The Plastics Compendium Volume 1 Key Properties and Sources
M.C. Hough and R. Dolbey
The Plastics Compendium Volume 1...
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The Plastics Compendium Volume 1 Key Properties and Sources
M.C. Hough and R. Dolbey
The Plastics Compendium Volume 1 Key Properties and Sources
First Published 1995 by Rapra Technology Limited Shawbury, Shrewsbury, Shropshire SY4 4NR, UK
© Copyright 1995, Rapra Technology Limited
Typeset by Rapra Technology Limited Printed by The British Printing Company
ISBN: 1-85957-058-5
All rights reserved. No part of this publication may be reproduced, stored in a retrieval system or transmitted in any form or by any means; electronic, electrostatic, magnetic tape, mechanical, photocopying, recording or otherwise, without permission in writing from the copyright holder.
The Plastics Compendium Volume 1 Key Properties and Sources
Michael Hough, Head of Plascams Development Rebecca Dolbey, Editor
Rapra Technology Limited Shawbury, Shrewsbury, Shropshire SY4 4NR, United Kingdom Telephone: +44 (0)1939 250383 Fax: +44 (0)1939 251118
Contents
Contents Introduction .................................................................................................................................... xvii
Property and Commercial Data Sheets:
ABS (Acrylonitrile Butadiene Styrene) ..................................................................................... 1 ABS (Acrylonitrile Butadiene Styrene): Fire retardant ........................................................................................................... 1 ABS (Acrylonitrile Butadiene Styrene): 30% Glass fibre reinforced ..................................................................................... 2 ABS (Acrylonitrile Butadiene Styrene): High heat ................................................................................................................. 3 ABS (Acrylonitrile Butadiene Styrene): High heat; UV stabilised ......................................................................................... 4 ABS (Acrylonitrile Butadiene Styrene): High impact ............................................................................................................. 5 ABS (Acrylonitrile Butadiene Styrene): High impact; UV stabilised ...................................................................................... 6 ABS (Acrylonitrile Butadiene Styrene): Low gloss ................................................................................................................ 6 ABS (Acrylonitrile Butadiene Styrene): Medium impact ........................................................................................................ 7 ABS (Acrylonitrile Butadiene Styrene): Plating ..................................................................................................................... 8 ABS (Acrylonitrile Butadiene Styrene): Structural foam ........................................................................................................ 9 ABS (Acrylonitrile Butadiene Styrene): Transparent ........................................................................................................... 10
ABS/PC Alloy (Acrylonitrile Butadiene Styrene/Polycarbonate Alloy) ........................ 11
ABS/PSul Alloy (Acrylonitrile Butadiene Styrene/Polysulphone Alloy) ....................... 12
ABS/PVC Alloy (Acrylonitrile Butadiene Styrene/Polyvinylchloride Alloy) ................ 13
Acetal (POM) (Polyoxymethylene) ........................................................................................... 14 Acetal (POM) (Polyoxymethylene): Copolymer ................................................................................................................... 14 Acetal (POM) (Polyoxymethylene): Copolymer; 30% carbon fibre reinforced ................................................................... 15 Acetal (POM) (Polyoxymethylene): Copolymer; 30% glass fibre coupled .......................................................................... 16 Acetal (POM) (Polyoxymethylene): Copolymer; 2% silicone lubricated ............................................................................. 17 Acetal (POM) (Polyoxymethylene): Copolymer; UV stabilised ........................................................................................... 17 Acetal/Elastomer alloy: Super tough .................................................................................................................................... 18 Acetal (POM) (Polyoxymethylene): Homopolymer .............................................................................................................. 19 Acetal (POM) (Polyoxymethylene): Homopolymer; glass fibre reinforced ......................................................................... 20 Acetal (POM) (Polyoxymethylene): Homopolymer; PTFE lubricated ................................................................................. 20 Acetal (POM) (Polyoxymethylene): Homopolymer; UV stabilised ...................................................................................... 21
Acrylic (PMMA) (Polymethylmethacrylate) ........................................................................... 22
v
The Plastics Compendium - Volume 1, Key Properties and Sources Acrylic (PMMA) (Polymethylmethacrylate): Casting ............................................................................................................ 22 Acrylic (PMMA) (Polymethylmethacrylate): Cast sheet ...................................................................................................... 23 Acryli (PMMA) (Polymethylmethacrylate): General purpose .............................................................................................. 24 Acrylic (PMMA) (Polymethylmethacrylate): High impact ..................................................................................................... 25
Alkyd ................................................................................................................................................... 26 Alkyd: Long glass fibre reinforced; high impact ................................................................................................................... 26 Alkyd: Mineral filled .............................................................................................................................................................. 27 Alkyd: Mineral & glass fibre reinforced ................................................................................................................................ 27 Alkyd: Mineral & glass fibre reinforced; fire retardant ......................................................................................................... 28 Alkyd: Short glass fibre reinforced ....................................................................................................................................... 29 Alkyd: Short glass fibre reinforced; fire retardant ................................................................................................................ 29
ASA (Acrylate Styrene Acrylonitrile) ...................................................................................... 30
CA (Cellulose Acetate) ................................................................................................................. 31
CAB (Cellulose Acetate Butyrate) ............................................................................................ 32
CEE TPE (Coether Ester based Thermoplastic Elastomer) ............................................. 33 CEE TPE (Coether Ester based Thermoplastic Elastomer): TPE 40D ............................................................................... 33 CEE TPE (Coether Ester based Thermoplastic Elastomer): TPE 55D ............................................................................... 34 CEE TPE (Coether Ester based Thermoplastic Elastomer): TPE 72D ............................................................................... 35
CP (Cellulose Propionate) ........................................................................................................... 35
CPE (Chlorinated Polyethylene) ................................................................................................ 36
CPVC (Chlorinated Polyvinyl Chloride) (Chlorinated PVC) .............................................. 37
CTFE (Chlorotrifluoroethylene) ................................................................................................. 38
DAIP (Diallyl Isophthalate) .......................................................................................................... 39 DAIP (Diallyl Isophthalate): Long glass fibre reinforced ..................................................................................................... 39 DAIP (Diallyl Isophthalate): Mineral filled ............................................................................................................................ 40 DAIP (Diallyl Isophthalate): Short glass fibre reinforced ..................................................................................................... 41
DAP (Diallyl Phthalate) ................................................................................................................. 41 DAP (Diallyl Phthalate): Long glass fibre reinforced ........................................................................................................... 42
vi
Contents DAP (Diallyl Phthalate): Long glass fibre reinforced; fire retardant .................................................................................... 42 DAP (Diallyl Phthalate): Mineral filled .................................................................................................................................. 43 DAP (Diallyl Phthalate): Mineral and synthetic fibre filled ................................................................................................... 44 DAP (Diallyl Phthalate): Short glass fibre reinforced .......................................................................................................... 45 DAP (Diallyl Phthalate): Short glass fibre reinforced; fire retardant ................................................................................... 45
ECTFE (Ethylene-Chlorotrifluoroethylene) ............................................................................ 46 ECTFE (Ethylene-Chlorotrifluoroethylene): Glass fibre filled ............................................................................................. 47
EEA TPE (Etherester Amide based Thermoplastic Elastomer) ..................................... 48 EEA TPE (Etherester Amide based Thermoplastic Elastomer): TPE 70A ......................................................................... 48 EEA TPE (Etherester Amide based Thermoplastic Elastomer): TPE 40D ......................................................................... 49 EEA TPE (Etherester Amide based Thermoplastic Elastomer): TPE 63D ......................................................................... 49
Epoxies .............................................................................................................................................. 50 Epoxies: Laminate; carbon fibre prepreg ............................................................................................................................. 51 Epoxies: Laminate; glass fabric ........................................................................................................................................... 51 Epoxies: Laminate; glass prepreg ...................................................................................................................................... 52 Epoxies: Laminate; Kevlar prepreg ...................................................................................................................................... 53 Epoxies: MC; glass fibre reinforced ..................................................................................................................................... 54 Epoxies: MC; high heat; glass fibre reinforced .................................................................................................................... 54 Epoxies: MC; mineral filled ................................................................................................................................................... 55 Epoxies: MC; mineral and glass fibre reinforced ................................................................................................................. 56 Epoxies: MC; fire retardant; mineral and glass fibre reinforced ......................................................................................... 57 Epoxies: Casting; aluminium filled ....................................................................................................................................... 57 Epoxies: Casting; glass filled ............................................................................................................................................... 58 Epoxies: Casting; mineral filled ............................................................................................................................................ 59 Epoxies: Casting; silica filled ................................................................................................................................................ 60 Epoxies: Resin; flexible ........................................................................................................................................................ 61 Epoxies: Resin; general purpose ......................................................................................................................................... 61 Epoxies: Resin; high heat .................................................................................................................................................... 62
ETFE (Ethylene-Tetrafluoroethylene) ...................................................................................... 63 ETFE (Ethylene-Tetrafluoroethylene): 10% Glass fibre filled ............................................................................................. 64 ETFE (Ethylene-Tetrafluoroethylene): 30% Glass fibre filled ............................................................................................. 65 ETFE (Ethylene-Tetrafluoroethylene): 30% Carbon fibre filled ........................................................................................... 65
Ethylene-Propylene Copolymer (Polyallomer) ...................................................................... 66
EVA (Ethylene-Vinyl Acetate) .................................................................................................... 67
vii
The Plastics Compendium - Volume 1, Key Properties and Sources EVA (Ethylene-Vinyl Acetate): 12% VA ................................................................................................................................ 67 EVA (Ethylene-Vinyl Acetate): 25% VA ................................................................................................................................ 68 EVA (Ethylene-Vinyl Acetate): 33% VA ................................................................................................................................ 69
FEP (Fluorinated Ethylene-Propylene) .................................................................................... 70 FEP (Fluorinated Ethylene-Propylene): 20% glass fibre coupled ....................................................................................... 71
Furane ................................................................................................................................................ 71
HDPE (High Density Polyethylene) ........................................................................................... 72 HDPE (High Density Polyethylene): UV stabilised .............................................................................................................. 73 HDPE (High Density Polyethylene): MDPE ......................................................................................................................... 74
HIPS (High Impact Polystyrene) ............................................................................................... 75 HIPS (High Impact Polystyrene): Fire retardant .................................................................................................................. 76 HIPS (High Impact Polystyrene): UV stabilised ................................................................................................................... 77
Ionomer .............................................................................................................................................. 78
LDPE (Low Density Polyethylene) ............................................................................................ 79 LDPE (Low Density Polyethylene): UV stabilised ............................................................................................................... 80
LLDPE (Linear Low Density Polyethylene) ............................................................................ 81
MF (Melamine Formaldehyde) (Melamine): Cellulose filled ............................................ 82
Ol TPE (Olefinic TPE) (Olefinic based Thermoplastic Elastomer) ................................ 83 Ol TPE (Olefinic TPE) (Olefinic based Thermoplastic Elastomer): TPE 65A ..................................................................... 83 Ol TPE (Olefinic TPE) (Olefinic based Thermoplastic Elastomer): TPE 85A ..................................................................... 84 Ol TPE (Olefinic TPE) (Olefinic based Thermoplastic Elastomer): TPE 93A ..................................................................... 85
PA 4/6 (Polyamide 4/6) (Nylon 4/6) ........................................................................................... 86
PA 6 (Polyamide 6) (Nylon 6) ...................................................................................................... 87 PA 6 (Polyamide 6) (Nylon 6): 30% Carbon fibre reinforced .............................................................................................. 88 PA 6 (Polyamide 6) (Nylon 6): Casting ................................................................................................................................ 89 PA 6 (Polyamide 6) (Nylon 6): Elastomer copolymer .......................................................................................................... 90 PA 6 (Polyamide 6) (Nylon 6): Fire retardant ...................................................................................................................... 91 PA 6 (Polyamide 6) (Nylon 6): 25% Glass bead filled ......................................................................................................... 92
viii
Contents PA 6 (Polyamide 6) (Nylon 6): 50% Glass bead filled ......................................................................................................... 93 PA 6 (Polyamide 6) (Nylon 6): Glass fibre and bead reinforced ......................................................................................... 94 PA 6 (Polyamide 6) (Nylon 6): 10% Glass fibre reinforced ................................................................................................. 95 PA 6 (Polyamide 6) (Nylon 6): 30% Glass fibre reinforced ................................................................................................. 96 PA 6 (Polyamide 6) (Nylon 6): 30% Glass fibre reinforced; fire retardant .......................................................................... 97 PA 6 (Polyamide 6) (Nylon 6): 60% Glass fibre reinforced ................................................................................................. 98 PA 6 (Polyamide 6) (Nylon 6): High impact ......................................................................................................................... 99 PA 6 (Polyamide 6) (Nylon 6): Mineral filled ...................................................................................................................... 100 PA 6 (Polyamide 6) (Nylon 6): Molybdenum disulphide lubricated ................................................................................... 101 PA 6 (Polyamide 6) (Nylon 6): 20% PTFE lubricated ........................................................................................................ 102 PA 6 (Polyamide 6) (Nylon 6): 2% Silicone lubricated ...................................................................................................... 103 PA 6 (Polyamide 6) (Nylon 6): Stampable sheet; glass fibre reinforced .......................................................................... 104 PA 6 (Polyamide 6) (Nylon 6): UV stabilised ..................................................................................................................... 105
PA 6/6 (Polyamide 6/6) (Nylon 6/6) ........................................................................................ 106 PA 6/6 (Polyamide 6/6) (Nylon 6/6): 10% Carbon fibre reinforced ................................................................................... 108 PA 6/6 (Polyamide 6/6) (Nylon 6/6): 30% Carbon fibre reinforced ................................................................................... 109 PA 6/6 (Polyamide 6/6) (Nylon 6/6): Fire retardant ............................................................................................................ 110 PA 6/6 (Polyamide 6/6) (Nylon 6/6): 40% Glass bead filled ............................................................................................... 111 PA 6/6 (Polyamide 6/6) (Nylon 6/6): 10% Glass fibre reinforced ....................................................................................... 112 PA 6/6 (Polyamide 6/6) (Nylon 6/6): 33% Glass fibre reinforced ....................................................................................... 113 PA 6/6 (Polyamide 6/6) (Nylon 6/6): 60% Glass fibre reinforced ....................................................................................... 114 PA 6/6 (Polyamide 6/6) (Nylon 6/6): Glass fibre and bead reinforced ............................................................................... 115 PA 6/6 (Polyamide 6/6) (Nylon 6/6): High impact ............................................................................................................... 116 PA 6/6 (Polyamide 6/6) (Nylon 6/6): 40% Mineral filled ..................................................................................................... 117 PA 6/6 (Polyamide 6/6) (Nylon 6/6): Molybdenum disulphide lubricated .......................................................................... 118 PA 6/6 (Polyamide 6/6) (Nylon 6/6): 20% PTFE lubricated ............................................................................................... 119 PA 6/6 (Polyamide 6/6) (Nylon 6/6): Supertough .............................................................................................................. 120 PA 6/6 (Polyamide 6/6) (Nylon 6/6): Supertough; fire retardant ....................................................................................... 121 PA 6/6 (Polyamide 6/6) (Nylon 6/6): Supertough; 33% glass fibre reinforced ................................................................. 122 PA 6/6 (Polyamide 6/6) (Nylon 6/6): UV stabilised ............................................................................................................ 123
PA 6/6-6 (Polyamide 6/6-6) (Nylon 6/6-6) ............................................................................. 124
PA 6/9 (Polyamide 6/9) (Nylon 6/9) ........................................................................................ 125
PA 6/10 (Polyamide 6/10) (Nylon 6/10) ................................................................................. 126 PA 6/10 (Polyamide 6/10) (Nylon 6/10): 30% Carbon fibre reinforced ............................................................................. 127 PA 6/10 (Polyamide 6/10) (Nylon 6/10): Fire retardant ..................................................................................................... 127 PA 6/10 (Polyamide 6/10) (Nylon 6/10): 10% Glass fibre reinforced ................................................................................ 128 PA 6/10 (Polyamide 6/10) (Nylon 6/10): 30% Glass fibre reinforced ................................................................................ 129
ix
The Plastics Compendium - Volume 1, Key Properties and Sources PA 6/10 (Polyamide 6/10) (Nylon 6/10): 20% PTFE lubricated ........................................................................................ 130 PA 6/10 (Polyamide 6/10) (Nylon 6/10): 2% Silicone lubricated ....................................................................................... 130
PA 6/12 (Polyamide 6/12) (Nylon 6/12) ................................................................................. 131 PA 6/12 (Polyamide 6/12) (Nylon 6/12): 30% Carbon fibre reinforced ............................................................................. 132 PA 6/12 (Polyamide 6/12) (Nylon 6/12): Fire retardant ..................................................................................................... 133 PA 6/12 (Polyamide 6/12) (Nylon 6/12): 10% Glass fibre reinforced ................................................................................ 134 PA 6/12 (Polyamide 6/12) (Nylon 6/12): 30% Glass fibre reinforced ................................................................................ 135 PA 6/12 (Polyamide 6/12) (Nylon 6/12): 20% PTFE lubricated ........................................................................................ 135 PA 6/12 (Polyamide 6/12) (Nylon 6/12): 2% Silicone lubricated ....................................................................................... 136
PA 11 (Polyamide 11) (Nylon 11) ............................................................................................ 137 PA 11 (Polyamide 11) (Nylon 11): 30% Carbon fibre reinforced ....................................................................................... 138 PA 11 (Polyamide 11) (Nylon 11): Fire retardant ............................................................................................................... 139 PA 11 (Polyamide 11) (Nylon 11): Flexible ......................................................................................................................... 139 PA 11 (Polyamide 11) (Nylon 11): 30% Glass fibre reinforced .......................................................................................... 140 PA 11 (Polyamide 11) (Nylon 11): Semi flexible ................................................................................................................ 141 PA 11 (Polyamide 11) (Nylon 11): UV stabilised ................................................................................................................ 142
PA 12 (Polyamide 12) (Nylon 12) ............................................................................................ 143 PA 12 (Polyamide 12) (Nylon 12): Fire retardant .............................................................................................................. 144 PA 12 (Polyamide 12) (Nylon 12): Flexible ........................................................................................................................ 144 PA 12 (Polyamide 12) (Nylon 12): 50% Glass bead filled ................................................................................................. 145 PA 12 (Polyamide 12) (Nylon 12): 30% Glass fibre reinforced ......................................................................................... 146 PA 12 (Polyamide 12) (Nylon 12): Semi flexible ................................................................................................................ 147 PA 12 (Polyamide 12) (Nylon 12): UV Stabilised .............................................................................................................. 148
PA RIM (Polyamide RIM) (Nyrim) (RIM Nylon) ................................................................... 149
PA Transparent (Tranparent Polyamide) (Transparent Nylon) ..................................... 150 PA Transparent (Tranparent Polyamide) (Transparent Nylon): Amorphous; 30% glass fibre reinforced ........................ 151
PA/ABS Alloy (Nylon/ABS Alloy) (Polyamide/ABS alloy) ................................................. 152
PAI (Polyamideimide) ................................................................................................................. 153 PAI (Polyamideimide): Glass fibre reinforced .................................................................................................................... 154 PAI (Polyamideimide): Graphite filled ................................................................................................................................ 154
PAr (Polyarylate) .......................................................................................................................... 155
x
Contents PB (Polybutylene) ........................................................................................................................ 156
PBT (Polybutylene Terephthalate) ........................................................................................ 157 PBT (Polybutylene Terephthalate): 30% Carbon fibre reinforced ..................................................................................... 158 PBT (Polybutylene Terephthalate): Fire retardant ............................................................................................................. 159 PBT (Polybutylene Terephthalate): 30% Glass bead filled ............................................................................................... 159 PBT (Polybutylene Terephthalate): 10% Glass fibre reinforced ....................................................................................... 160 PBT (Polybutylene Terephthalate): 20% Glass fibre reinforced; fire retardant ................................................................ 161 PBT (Polybutylene Terephthalate): 30% Glass fibre reinforced ....................................................................................... 162 PBT (Polybutylene Terephthalate): 30% Glass fibre reinforced; fire retardant ................................................................ 163 PBT (Polybutylene Terephthalate): 45% Mineral and glass filled ..................................................................................... 164 PBT (Polybutylene Terephthalate): 15% PTFE lubricated ................................................................................................ 165 PBT (Polybutylene Terephthalate): 2% Silicone lubricated ............................................................................................... 166 PBT (Polybutylene Terephthalate): Structural foam .......................................................................................................... 166 PBT (Polybutylene Terephthalate): UV stabilised .............................................................................................................. 167
PC (Polycarbonate) ..................................................................................................................... 168 PC (Polycarbonate): 30% Carbon fibre reinforced ............................................................................................................ 169 PC (Polycarbonate): Fire retardant .................................................................................................................................... 170 PC (Polycarbonate): 20% Glass fibre reinforced .............................................................................................................. 171 PC (Polycarbonate): 30% Glass fibre reinforced .............................................................................................................. 172 PC (Polycarbonate): High flow ........................................................................................................................................... 173 PC (Polycarbonate): 15% PTFE lubricated ....................................................................................................................... 174 PC (Polycarbonate): Structural foam ................................................................................................................................. 174 PC (Polycarbonate): UV stabilised .................................................................................................................................... 175
PC/PBT Alloy (Polycarbonate/Polybutylene Terephthalate Alloy) .............................. 176
PE Foam (Polyethylene Foam) ................................................................................................ 177
PEEK (Polyether Ether Ketone) .............................................................................................. 178 PEEK (Polyether Ether Ketone): 30% Carbon fibre reinforced ......................................................................................... 179 PEEK (Polyether Ether Ketone): 10% Glass fibre reinforced ........................................................................................... 180 PEEK (Polyether Ether Ketone): 20% Glass fibre reinforced ........................................................................................... 180 PEEK (Polyether Ether Ketone): 30% Glass fibre reinforced ........................................................................................... 181
PEI (Polyetherimide) .................................................................................................................. 182 PEI (Polyetherimide): 10% Glass fibre reinforced ............................................................................................................. 183 PEI (Polyetherimide): 20% Glass fibre reinforced ............................................................................................................. 184 PEI (Polyetherimide): 30% Glass fibre reinforced ............................................................................................................. 184
xi
The Plastics Compendium - Volume 1, Key Properties and Sources PES (Polyethersulphone) .......................................................................................................... 185 PES (Polyethersulphone): 30% Carbon fibre reinforced ................................................................................................... 186 PES (Polyethersulphone): 20% Glass fibre reinforced ..................................................................................................... 187 PES (Polyethersulphone): 30% Glass fibre reinforced ..................................................................................................... 188
PET (Polyethylene Terephthalate) ........................................................................................ 189 PET (Polyethylene Terephthalate): Amorphous ................................................................................................................. 189 PET (Polyethylene Terephthalate): Crystalline ................................................................................................................... 190 PET (Polyethylene Terephthalate): Fire retardant .............................................................................................................. 191 PET (Polyethylene Terephthalate): 15% Glass fibre reinforced; high impact .................................................................. 192 PET (Polyethylene Terephthalate): 30% Glass fibre reinforced; fire retardant ................................................................. 192 PET (Polyethylene Terephthalate): 30% Glass fibre reinforced; high impact .................................................................. 193 PET (Polyethylene Terephthalate): 35% Glass fibre reinforced; supertough ................................................................... 194 PET (Polyethylene Terephthalate): 36% Glass fibre reinforced ........................................................................................ 195 PET (Polyethylene Terephthalate): 45% Glass fibre reinforced ........................................................................................ 195 PET (Polyethylene Terephthalate): 55% Glass fibre reinforced ........................................................................................ 196 PET (Polyethylene Terephthalate): 35% Mica and glass fibre reinforced ........................................................................ 197 PET (Polyethylene Terephthalate): Mineral filled ............................................................................................................... 198 PET (Polyethylene Terephthalate): 45% Mineral and glass fibre reinforced; fire retardant ............................................. 198 PET (Polyethylene Terephthalate): UV stabilised .............................................................................................................. 199
PF (Phenol Formaldehyde) (Phenolic) .................................................................................. 200 PF (Phenol Formaldehyde) (Phenolic): Cellulose filled; shock resistant .......................................................................... 200 PF (Phenol Formaldehyde) (Phenolic): Chopped fabric filled; medium impact .............................................................. 201 PF (Phenol Formaldehyde) (Phenolic): Cotton filled; medium shock ............................................................................... 202 PF (Phenol Formaldehyde) (Phenolic): Foam ................................................................................................................... 203 PF (Phenol Formaldehyde) (Phenolic): Glass fibre reinforced; high impact ................................................................... 204 PF (Phenol Formaldehyde) (Phenolic): Laminate; cotton fabric ....................................................................................... 205 PF (Phenol Formaldehyde) (Phenolic): Laminate; glass fabric ........................................................................................ 205 PF (Phenol Formaldehyde) (Phenolic): Laminate; paper .................................................................................................. 206 PF (Phenol Formaldehyde) (Phenolic): Mica filled; electrical ........................................................................................... 207 PF (Phenol Formaldehyde) (Phenolic): Mica and glass fibre reinforced; electrical ........................................................ 208 PF (Phenol Formaldehyde) (Phenolic): Mineral filled; high heat ...................................................................................... 209 PF (Phenol Formaldehyde) (Phenolic): Natural fibre filled; general purpose .................................................................. 209 PF (Phenol Formaldehyde) (Phenolic): Wood filled; general purpose ............................................................................. 210
PFA (Perfluoroalkoxyethylene) ............................................................................................... 211 PFA (Perfluoroalkoxyethylene): 20% Glass fibre reinforced ............................................................................................. 212
PI (Polyimide) ................................................................................................................................ 213 PI (Polyimide): 40% Glass fibre reinforced ........................................................................................................................ 214
xii
Contents PI (Polyimide): 25% Graphite lubricated ........................................................................................................................... 215 PI (Polyimide): Molybdenum disulphide lubricated .......................................................................................................... 215 PI (Polyimide): PTFE lubricated ......................................................................................................................................... 216
Polyarylamide ............................................................................................................................... 217
Polyester ........................................................................................................................................ 218 Polyester: Bisphenol polyester laminate (glass filled) ...................................................................................................... 218 Polyester: Casting; flexible ................................................................................................................................................. 219 Polyester: Casting; rigid ..................................................................................................................................................... 220 Polyester: DMC ................................................................................................................................................................... 220 Polyester: DMC; electrical .................................................................................................................................................. 221 Polyester: DMC; fire retardant ............................................................................................................................................ 222 Polyester: DMC; high heat ................................................................................................................................................. 223 Polyester: DMC; low profile ................................................................................................................................................ 224 Polyester: GMC ................................................................................................................................................................... 224 Polyester: GMC; fire retardant ........................................................................................................................................... 225 Polyester: GMC; high impact ............................................................................................................................................. 226 Polyester: GMC; mineral filled ........................................................................................................................................... 226 Polyester: Laminate; chopped glass filled ........................................................................................................................ 227 Polyester: Laminate; woven glass roving .......................................................................................................................... 228 Polyester: SMC ................................................................................................................................................................... 229 Polyester: SMC; fire retardant ............................................................................................................................................ 229 Polyester: SMC; high impact .............................................................................................................................................. 230 Polyester: SMC; low profile ................................................................................................................................................ 231 Polyester: Vinyl ester .......................................................................................................................................................... 231
PP (Polypropylene) ...................................................................................................................... 232 PP (Polypropylene): 20% Calcium carbonate filled .......................................................................................................... 233 PP (Polypropylene): 40% Calcium carbonate filled .......................................................................................................... 233 PP (Polypropylene): Copolymer ......................................................................................................................................... 234 PP (Polypropylene): Copolymer; UV stabilised ................................................................................................................. 235 PP (Polypropylene): Elastomer modified ........................................................................................................................... 236 PP (Polypropylene): Elastomer modified; UV stabilised ................................................................................................... 237 PP (Polypropylene): Fire retardant ..................................................................................................................................... 237 PP (Polypropylene): 30% Glass fibre coupled .................................................................................................................. 238 PP (Polypropylene): 20% Glass fibre reinforced ............................................................................................................... 239 PP (Polypropylene): Homopolymer .................................................................................................................................... 240 PP (Polypropylene): Homopolymer; UV stabilised ............................................................................................................ 241 PP (Polypropylene): Structural foam .................................................................................................................................. 242 PP (Polypropylene): 20% Talc filled ................................................................................................................................... 243 PP (Polypropylene): 40% Talc filled ................................................................................................................................... 244
xiii
The Plastics Compendium - Volume 1, Key Properties and Sources PPO (Polyphenylene Oxide - modified) ................................................................................ 245 PPO (Polyphenylene Oxide - modified): Fire retardant ..................................................................................................... 246 PPO (Polyphenylene Oxide - modified): 10% Glass fibre reinforced ............................................................................... 246 PPO (Polyphenylene Oxide - modified): 10% Glass fibre reinforced; fire retardant ........................................................ 247 PPO (Polyphenylene Oxide - modified): 30% Glass fibre reinforced ............................................................................... 248 PPO (Polyphenylene Oxide - modified): 30% Glass fibre reinforced; fire retardant ........................................................ 249 PPO (Polyphenylene Oxide - modified): Structural foam .................................................................................................. 250
PPO/PA Alloy (PPO/Nylon Alloy) (Polyphenylene Oxide/Polyamide Alloy) ............... 250
PPS (Polyphenylene Sulphide) ................................................................................................. 251 PPS (Polyphenylene Sulphide): 30% Carbon fibre reinforced ......................................................................................... 252 PPS (Polyphenylene Sulphide): 40% Glass fibre reinforced ............................................................................................ 252 PPS (Polyphenylene Sulphide): Glass fibre and bead reinforced .................................................................................... 253 PPS (Polyphenylene Sulphide): 20% PTFE lubricated ...................................................................................................... 254
PPVC (Plasticised Polyvinyl Chloride) (Plasticised PVC) ............................................. 255 PPVC (Plasticised Polyvinyl Chloride) (Plasticised PVC): 0 - 100% Elongation .............................................................. 255 PPVC (Plasticised Polyvinyl Chloride) (Plasticised PVC): 100 - 300% Elongation .......................................................... 256 PPVC (Plasticised Polyvinyl Chloride) (Plasticised PVC): >300% Elongation ................................................................. 257
PS (Polystyrene) .......................................................................................................................... 258 PS (Polystyrene): 30% Glass fibre reinforced ................................................................................................................... 259 PS (Polystyrene): Medium impact ...................................................................................................................................... 260 PS (Polystyrene): 2% Silicone lubricated .......................................................................................................................... 261 PS (Polystyrene): Structural foam ...................................................................................................................................... 262 PS (Polystyrene): UV stabilised ......................................................................................................................................... 263
PSul (Polysulphone) .................................................................................................................... 264 PSul (Polysulphone): 30% Carbon fibre reinforced .......................................................................................................... 265 PSul (Polysulphone): 10% Glass fibre reinforced ............................................................................................................. 266 PSul (Polysulphone): 30% Glass fibre reinforced ............................................................................................................. 266 PSul (Polysulphone): 15% PTFE lubricated ....................................................................................................................... 267
PTFE (Polytetrafluoroethylene) .............................................................................................. 268 PTFE (Polytetrafluoroethylene): 60% Bronze filled ............................................................................................................ 269 PTFE (Polytetrafluoroethylene): 15% Glass fibre filled ..................................................................................................... 270 PTFE (Polytetrafluoroethylene): 25% Glass fibre filled ..................................................................................................... 271 PTFE (Polytetrafluoroethylene): 15% Graphite filled ......................................................................................................... 271
xiv
Contents PU (Polyurethane - thermoset) ............................................................................................... 272 PU (Polyurethane - thermoset): Hard cast elastomer ....................................................................................................... 273 PU (Polyurethane - thermoset): Hard microcellular elastomer ......................................................................................... 273 PU (Polyurethane - thermoset): Reinforced microcellular elastomer ............................................................................... 274 PU (Polyurethane - thermoset): Semi-rigid foam ............................................................................................................... 275 PU (Polyurethane - thermoset): Soft microcellular elastomer ........................................................................................... 276 PU (Polyurethane - thermoset): Structural foam ................................................................................................................ 277
PU TPE (Polyurethane Thermoplastic Elastomer) .......................................................... 278 PU TPE (Polyurethane Thermoplastic Elastomer): TPE 70A ............................................................................................. 278 PU TPE (Polyurethane Thermoplastic Elastomer): TPE 80A ............................................................................................. 279 PU TPE (Polyurethane Thermoplastic Elastomer): TPE 95A ............................................................................................. 280
PVDF (Polyvinylidene Fluoride) .............................................................................................. 281 PVDF (Polyvinylidene Fluoride): 20% Carbon fibre reinforced ......................................................................................... 282
PVF (Polyvinyl Fluoride) ............................................................................................................ 282
SAN (Styrene Acrylonitrile) ..................................................................................................... 283 SAN (Styrene Acrylonitrile): Fire retardant ........................................................................................................................ 284 SAN (Styrene Acrylonitrile): 30% Glass fibre reinforced ................................................................................................... 285 SAN (Styrene Acrylonitrile): High heat ............................................................................................................................... 286 SAN (Styrene Acrylonitrile): High impact .......................................................................................................................... 287 SAN (Styrene Acrylonitrile): UV stabilised ......................................................................................................................... 288
SB (Styrene Butadiene) ............................................................................................................. 289
SBS TPE (Styrene-Butadiene-Styrene based Thermoplastic Elastomer) ................ 290 SBS TPE (Styrene-Butadiene-Styrene based Thermoplastic Elastomer): TPE 35A ........................................................ 290 SBS TPE (Styrene-Butadiene-Styrene based Thermoplastic Elastomer): TPE 80A ........................................................ 291 SBS TPE (Styrene-Butadiene-Styrene based Thermoplastic Elastomer): TPE 35D ........................................................ 291
SEBS TPE (Styrene-Ethylene-Butylene-Styrene based Thermoplastic Elastomer) ..................................................................................................................................... 292 SEBS TPE (Styrene-Ethylene-Butylene-Styrene based Thermoplastic Elastomer): TPE 45A ......................................... 293 SEBS TPE (Styrene-Ethylene-Butylene-Styrene based Thermoplastic Elastomer): TPE 55A ......................................... 293 SEBS TPE (Styrene-Ethylene-Butylene-Styrene based Thermoplastic Elastomer): TPE 95A ......................................... 294
Silicones ......................................................................................................................................... 295 Silicones: Glass fibre & mineral filled ................................................................................................................................ 296
xv
The Plastics Compendium - Volume 1, Key Properties and Sources SMAc (Styrene Maleic Anhydride copolymer) ................................................................... 296 SMAc (Styrene Maleic Anhydride copolymer): 30% Glass fibre reinforced .................................................................... 297
SMAt (Styrene Maleic Anhydride terpolymer) ................................................................... 298
TPX (Polymethylpentene) ......................................................................................................... 299
UF (Urea Formaldehyde) (Urea) ............................................................................................. 300 UF (Urea formaldehyde) (Urea): Cellulose filled ............................................................................................................... 300 UF (Urea formaldehyde) (Urea): Foam .............................................................................................................................. 301
UHMWPE (Ultra-High Molecular Weight Polyethylene) .................................................. 302
UPVC (Unplasticised Polyvinyl Chloride) (Unplasticised PVC) .................................. 303 UPVC (Unplasticised Polyvinyl Chloride) (Unplasticised PVC): Crosslinked .................................................................. 304 UPVC (Unplasticised Polyvinyl Chloride) (Unplasticised PVC): Structural foam ............................................................. 305 UPVC (Unplasticised Polyvinyl Chloride) (Unplasticised PVC): UV stabilised ................................................................ 305 UPVC (Unplasticised Polyvinyl Chloride) (Unplasticised PVC): High impact .................................................................. 306
XLPE (Crosslinked Polyethylene) .......................................................................................... 307
Trade Name Index ....................................................................................................................... 309
Company Listing .......................................................................................................................... 369
Materials Index ............................................................................................................................ 401
xvi
Introduction
The Plastics Compendium Volume 1, Key Properties and Sources INTRODUCTION This volume of the Plastics Compendium is based upon the materials data and commercial information contained within PLASCAMS, Rapra Technology’s Plastics Computer Aided Materials Selection software package. It has been compiled and published in response to the requests for ‘hard copy’ received from many of the 1,000 clients who have rented the software over the past 10 years. Like the software system, it presents the essential characteristics of 351 generic and modified plastic material types, which are representative of 30,000 or more commercially available trade-named materials. The volume contains several main sections: ●
Property and commercial data sheets (see additional information below),
●
An alphabetical trade name index,
●
A listing of suppliers’ (or their agents’) addresses, together with telephone, telex and fax numbers, in up to fifteen European countries and the USA,
●
A detailed alphabetical index to the materials for which data are listed.
The information has been obtained from a variety of sources, including published data (research reports, company literature etc.) and the knowledge and experience of a team of plastics engineers, technologists and designers from Rapra Technology Limited and Lucas Group Research. Rapra updates the information in PLASCAMS on a continual basis, particularly in relation to suppliers and tradenames, and so it will have been as accurate as could be obtained at the time of publication in autumn 1995. The property and commercial data sheets contain three types of information: 1) Materials Texts These provide information on the properties and qualities of the 351 generic and modified materials. The text is displayed in the form of Advantages, Disadvantages and Typical Applications of the materials. The sections on advantages and disadvantages highlight particular strengths and weaknesses of a material in comparison with other generic types, or other modified grades of the same basic material. The sections on applications list some typical end-uses of materials, processed via the primary conversion techniques. 2) PLASCAMS Materials Data Sheets The data supplied within a data sheet are typical for a material, and do not refer to any one raw material manufacturer’s product. Clearly for the more widely used materials, e.g. polyamide 6/6 or polycarbonate, there are numerous suppliers each offering various grades of a particular form, but differing in molecular weight or stabilisation level. For this reason the data can only be typical, and not specific to a particular manufacturer or grade. The data are based upon the results of tests conducted according to various national or international standards, but are not exclusive to any one standardisation body (e.g. ASTM, BS, DIN or ISO).
xvii
The Plastics Compendium - Volume 1, Key Properties and Sources The data are NOT intended for use as design data. A description of each of the properties listed in the data sheets is supplied later in this introductory section. The units used throughout the book are metric; however a conversion table between metric and imperial units is provided at the end of the introduction.
3) Commercial Data Manufacturers and their tradenames are listed for each material. These lists cover the principal raw material manufacturers or suppliers for that particular grade. However they are not exhaustive, and they do not include compounders or agents for small quantities. Suppliers' addresses, telephone, telex and fax numbers in up to fifteen European countries and the USA are listed later in the book.
PROPERTIES LISTED IN PLASCAMS MATERIALS DATA SHEETS Wherever possible and applicable data are provided for all the following properties for all the materials listed. Where data is not supplied the following abbreviations have been used: NA - Not Applicable. (For example the various electrical properties of carbon fibre filled grades are described as NA.) NI
- No Information found.
NY - No Yield. (For strain at yield.) Resin Type A material will be described as being of one of four types: TP S.Cryst.
Thermoplastic semi-crystalline
TP Amorph.
Thermoplastic amorphous
TSet
Thermoset
TP Elast.
Thermoplastic Elastomer
Cost (£/Tonne) This is a typical (1995) price for a one tonne lot of material. Clearly the price of nominally similar grades of a material from different suppliers will vary. Additionally the price offered by a material’s supplier to a customer may vary according to the quantity purchased each year. Prices are also subject to fluctuation due to the influences of supply and demand. The price quoted should consequently only be considered as a typical or guide-line price, and used in a comparative manner. Accurate up-to-date information on prices may be obtained from the materials’ suppliers at the addresses listed later in this volume.
Specific Gravity (S.G.) Specific gravity (or relative density) is the ratio of the weight of unit volume of a material weighed in air to the weight of an equal volume of distilled water measured at the same temperature. The values given are typical room temperature specific gravities.
xviii
Introduction Maximum Operating Temperature (°C) Maximum operating temperatures are based upon the Underwriters Laboratory (UL) rating for long term (100,000 hours) continuous use. Specifically, the elevated temperature which causes the ambient temperature tensile strength of the material to fall to half its unexposed initial value following exposure to that elevated temperature for 100,000 hours.
Water Absorption (%) The values given represent an absorption level for total immersion in water for 24 hours. Absorption of water usually results in changes in electrical and mechanical properties, and in physical dimensions.
Tensile Strength (MPa) The values given are typical room temperature values, taken at break for brittle materials, and at yield for ductile materials.
Flexural Modulus (GPa) The values given are typical room temperature values usually determined at ~1% strain.
Elongation at Break (%) The values given are typical room temperature values of the strain at which a material breaks when tested in tension.
Strain at Yield (%) This is an indication of the degree of strain that a material can accept without yielding. The values given are typical room temperature values. If a material is brittle and does not exhibit a yield point, then the value is given as NA. If the material is ductile and does not exhibit a yield point, then the value is given as NY.
Notched Izod Impact Strength (kJ/m) These are typical room temperature values of notched Izod impact strength. A material that does not break in the Izod test is given a value of 1.06+ kJ/m, the + indicating that it has a higher impact energy than the test can generate. Heat Distortion Temperature (HDT) at 0.45 MPa (°C) The heat distortion temperature at 0.45 MPa is the temperature which causes a beam loaded to 0.45 MPa to deflect by 0.3mm. If the HDT is lower than ambient temperature a value of 20- °C is given. Heat Distortion Temperature (HDT) at 1.80 MPa (°C) The heat distortion temperature at 1.80 MPa is the temperature which causes a beam loaded to 1.80 MPa to deflect by 0.3mm. If the HDT is lower than ambient temperature a value of 20- °C is given.
xix
The Plastics Compendium - Volume 1, Key Properties and Sources Surface Hardness (Rockwell or Shore) The values given are typical room temperature values. There is no single hardness measuring technique or hardness scale which accommodates the range of hardness values available in plastics between, for example, a soft EVA and a hard DAP. Therefore it is necessary to quote four different hardness scales. In decreasing order of hardness they are as follows: RM 123 RR 112 SD 75 SA 65
Rockwell M 123 Rockwell R112 Shore D 75 Shore A 65
(hard)
(soft)
Linear Expansion (m/m/°C) The values given are typical values of room temperature linear thermal expansion.
Flammability (UL 94) The values quoted are based on the Underwriters Laboratory (UL94) flame spread ratings. In order of increasing resistance to flame spread these are: HB V2 V1 V0
least resistant
most resistant
Oxygen Index (%) The oxygen index of a material is the percentage of atmospheric oxygen that will just support material combustion under equilibrium conditions, and therefore the higher the oxygen index is, the more difficult it is for the material to burn. The values given are typical room temperature values.
Volume Resistivity (log ohm cm) The volume resistivity of a material is its resistance to leakage of electrical current through itself. Specifically it is the ratio of the potential gradient in the direction of the current to the current density. It is dependent upon moisture content and temperature, and the values given are typical room temperature values.
Dielectric Strength (MV/m) Dielectric strength is the voltage that an insulating material can withstand before dielectric breakdown occurs. Note that dielectric strength generally increases with decreasing specimen thickness. The values given are typical dielectric strength values at room temperature, for a 3mm thick specimen.
Dielectric Constant The dielectric constant of a material is defined as the ratio of the capacitance of a particular capacitor containing the material to that of the same capacitor when the material is removed and replaced by air.
xx
Introduction The dielectric constant varies with frequency and generally increases with temperature. The values given are typical room temperature values measured at a frequency of 1kHz.
Dissipation Factor The dissipation factor (or dielectric loss) is a measure of the fraction of energy absorbed per cycle by the dielectric from the field at a frequency of 1kHz. A low dissipation factor implies efficient electrical insulation. Material Drying (hrs @ °C) The values given indicate typical pre-processing materials drying times and temperatures for material which may have absorbed moisture. Normally raw materials are delivered in a dry condition in appropriate packaging, and therefore do not appear to require pre-drying prior to processing. However it is recommended that the raw material supplier is always contacted for advice on material drying since the material may have absorbed moisture inadvertently in transit or storage.
Mould Shrinkage (%) The values given are typical values for mould shrinkage. Materials that display anisotropic shrinkage, e.g. fibre reinforced materials, have been assigned average values. Melt Temperature Range (°C) The ranges given are typical melt temperature ranges for injection moulding. Usually barrel heater temperatures are lower to allow for shear heating occurring during material transfer. Mould Temperature Range (°C) The ranges given are typical mould temperature ranges.
ABBREVIATIONS USED IN DATA SHEETS The following abbreviations are used to reduce the length of material descriptions:
ABS ASA CA CAB CEE TPE CP CPE CPVC CTFE DAIP DAP
Acrylonitrile Butadiene Styrene Acrylate styrene acrylonitrile Cellulose acetate Cellulose acetate butyrate Co-ether ester based TPE Cellulose propionate Chlorinated polyethylene Chlorinated polyvinyl chloride Chlorotrifluoroethylene Diallyl isophthalate Diallyl phthalate
xxi
The Plastics Compendium - Volume 1, Key Properties and Sources DMC ECTFE EEA TPE Elast. ETFE EVA FEP Gfr Gl. GMC HDPE HIPS Lam. LDPE LLDPE MC MDPE MF Min. Mod. Molyb. Ol PTP PA PAI PB PBT PC PE PEEK PEI PES PET PFA PI PP PPO PPS PPVC PS Psul PTFE PU PU TPE PVC PVDF PVF Reinf. Ret. RIM SAN SB SBS TPE SEBS TPE Sht. SMA
xxii
Dough moulding compound Ethylene chlorotrifluoroethylene Ether ester amide based TPE Elastomer Ethylene tetrafluoroethylene Ethylene vinyl acetate Fluorinated ethylene propylene Glass fibre reinforced Glass General-purpose moulding compound High density polyethylene High impact polystyrene Laminate Low density polyethylene Linear low density polyethylene Moulding compound Medium density polyethylene Melamine formaldehyde Mineral Modified Molybdenum Olefinic based TPE Polyamide Polyamide-imide Polybutylene Polybutylene terephthalate Polycarbonate Polyethylene Polyether etherketone Polyether imide Polyether sulphone Polyethylene terephthalate Perfluroalkoxy Polyimide Polypropylene Polyphenylene oxide Polyphenylene sulphide Plasticised polyvinyl chloride Polystyrene Polysulphone Polytetrafluoroethylene Polyurethane Urethane-based thermoplastic elastomer Polyvinyl chloride Polyvinylidene fluoride Polyvinyl fluoride Reinforced Retardant Reaction injection moulding Styrene acrylonitrile Styrene butadiene Styrene butadiene styrene based TPE Styrene ethylene butadiene styrene based TPE Sheet Styrene maleic anhydride
Introduction SMAc SMAt SMC TPE TPX UF UHMWPE UPVC UV X linked XLPE
Styrene maleic anhydride copolymer Styrene maleic anhydride terpolymer Sheet moulding compound Thermoplastic elastomer Polymethyl pentene Urea formaldehyde Ultra high molecular weight polyethylene Unplasticised polyvinyl chloride Ultra-violet Crosslinked Crosslinked polyethylene
CONVERSION FACTORS The following conversion factors can be applied to the metric values contained within the Data Sheets to convert them to imperial units.
Property
Metric Units
Imperial Units
Conversion Factor
°C
°F
°F = 32 + (1.8 x °C)
Tensile Strength
MPa
p.s.i.
p.s.i. = 145 x MPa
Flexural Modulus
GPa
p.s.i.
p.s.i. = 145000 x GPa
Notched Izod Impact
kJ/m
ft.lb/in
ft.lb/in = 18.73 x kJ/m
Linear Expansion
m/m/°C
ft/ft/°F
ft/ft/°F = m/m/°C ÷ 1.8
Dielectric Strength
MV/m
V/mil
V/mil = 25.4 x MV/m
Maximum Operating Temperature, Heat Distortion Temperature (HDT), Melt and Mould Temperature.
FURTHER VOLUMES OF THE PLASTICS COMPENDIUM Two further volumes of The Plastics Compendium are currently planned:
Volume 2, Value Judgements Volume 2 will contain information based on the value judgements which have been assigned to all 351 generic and modified materials within PLASCAMS to facilitate materials selection. Value judgements have been assigned for 61 qualities, covering general and electrical properties, mechanical properties, cost factors, production methods and post-processing.
xxiii
The Plastics Compendium - Volume 1, Key Properties and Sources Within PLASCAMS ten ranked values are used, between 0 and 9. These will be simplified in the Plastics Compendium, so that for each material/property combination one of four value judgements will be given, ranging from N/A (if the material does not possess that property) to good. The values and their equivalents within PLASCAMS will be as follows: Plastics Compendium N/A poor reasonable good
PLASCAMS 0 1-3 4-6 7-9
Volume 3, Time and Temperature Dependency Volume 3 will contain information regarding the long term performance characteristics of plastic materials. In particular it will cover modulus as a function of time and temperature, and long term failure characterisation. This will provide basic long term design data essential in the primary selection of plastic materials for engineering applications.
PLASCAMS COMPUTER AIDED MATERIALS SELECTOR PLASCAMS is the leading independent PC-based materials selection package covering thermoplastics, thermosets, composites and thermoplastic elastomers. It is available on a rental basis from Rapra Technology Limited. A user may identify the most appropriate materials for an application by a process of elimination and optimisation; specifying his requirements in terms of up to 61 searchable properties, and then ranking the identified materials according to the relative importance of each parameter. PLASCAMS 6 (the latest version at the time of publication in Autumn 1995) operates within the Windows environment, and includes flexural modulus vs. temperature data presented in graphical form. Detailed chemical resistance data has been added for the first time, and it also offers a User Text function, enabling users to incorporate their own information. For more information on PLASCAMS please contact Rapra Technology Limited.
The information provided in The Plastics Compendium is based upon material obtained from a variety of sources. It is the product of many years work in accumulation and validation of data, and every effort has been made to ensure accuracy and currency. However it should be appreciated that there are many variables which affect the characterisation and performance of materials. Whilst the information contained in this book is supplied in good faith it is published on the basis that no responsibility or liability of any nature shall attach to Rapra Technology Limited arising out of or in connection with any utilisation in any form of any material contained herein.
xxiv
ABS
ABS (Acrylonitrile Butadiene Styrene) All Grades: ADVANTAGES: Hard for a thermoplastic. Reasonably tough (maintains impact resistance to low temperatures). Easily processed (may be electroplated). Easily bonded. Good gloss, surface scuff resistant. Low shrinkage & warpage.
DISADVANTAGES: Poor solvent & fatigue resistance. Poor UV resistance unless protected. Maximum continuous use temperature approx. 70°C (160°F). Poor bearing properties (high friction & wear). High smoke evolution.
APPLICATIONS: Cabinets & cases, particularly for domestic & industrial instruments, e.g. TV cabinets, food mixers, telephone sets, vacuum cleaners. Vacuum formings for baths, shower trays etc. Extruded into pipe. Used in preference to PVC for high (50-70°C/120160°F) or low (less than -20°C/-4°F) temperatures. Mouldings may be electroplated for bathroom or automotive applications.
ABS (Acrylonitrile Butadiene Styrene): Fire retardant ADVANTAGES:
Better fire resistance (UL = V0) than standard grades of ABS. Low notched izod impact strength (~ 0.18 KJ/m / 3.4 ft-lb/in) compared with unmodified grades of ABS.
DISADVANTAGES:
Care must be taken not to exceed processing temperatures of approx. 245°C(470°F) so as to avoid decomposition of the material. Colour may not exhibit the same degree of fastness associated with other ABS grades.
APPLICATIONS:
Transformer housings, switches, personal computer housings, television cabinets, oven doors, electric tool housings, institutional furniture and shelving, air conditioner housings, carpet cleaner housings, smoke detectors.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 2270; S.G. 1.20 Max. Operating Temp. °C
70
Surface hardness
RR96 -5
Linear expansion m/m/°C (x10 )
7
34
Flammability UL94
V0
2.1
Oxygen index %
30
Elongation at break %
6
Vol. Resist. log ohmcm
13
Strain at Yield %
2
Dielect. strength MV/m
14
Water absorption %
0.4
Tensile strength MPa Flexural modulus GPa
Notched Izod kJ/m
0.18
Dielect. const. 1kHz
3.26
HDT @ 0.45 MPa °C
88
Dissipation Fact.1kHz
0.008
HDT @ 1.80 MPa °C
82
1
The Plastics Compendium - Volume 1, Key Properties and Sources Matl. drying hrs @ °C
3 @ 80
Melt temp. range °C
210 - 240
Mould shrinkage %
0.7
Mould temp. range °C
60 - 80
TRADE NAMES: ASHLENE
Ashley Polymers
COMALLOY ABS
ComAlloy
CYCOLAC
G.E. Plastics
DOW ABS
Dow
LASTILAC
Lati
LUSTRAN
Monsanto
LUSTRAN ABS 911
Monsanto
MAGNUM
Dow
NOVODUR
Bayer
POLYMAN ABS
A. Schulman
RONFALIN
DSM
STARFLAM ABS
Ferro
TERLURAN
BASF
THERMOFIL ABS
Thermofil
TOYOLAC
Toray Industries
ABS (Acrylonitrile Butadiene Styrene): 30% Glass fibre reinforced ADVANTAGES:
Higher heat distortion temperature (HDT) by approx 15°C (25°F) @ 0.45MPa (66psi). Higher tensile strength and modulus than standard grades of ABS. The fibre reinforcement reduces the coefficient of thermal expansion and lowers mould shrinkage compared with standard ABS grades.
DISADVANTAGES:
Very low notched izod impact strengths (~ 0.07 KJ/m / 1.3 ft-lb/in) compared with ordinary grades of ABS. High mould temperatures (80-95°C) required for good surface finish. Incorporation of glass does not increase HDT significantly in comparison with unmodified grades.
APPLICATIONS:
Dashboard supports for automobiles.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 2600; S.G. 1.28 Max. Operating Temp. °C
70
Surface hardness
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
2.9
Tensile strength MPa
100
Flammability UL94
HB
RR100
Flexural modulus GPa
6.9
Oxygen index %
19
Elongation at break %
3
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
20
Notched Izod kJ/m
0.07
Dielect. const. 1kHz
3
HDT @ 0.45 MPa °C
110
Dissipation Fact.1kHz
0.007
HDT @ 1.80 MPa °C
104
Matl. drying hrs @ °C
2 @ 80
Melt temp. range °C
250 - 270
Mould shrinkage %
0.1
Mould temp. range °C
70 - 100
2
ABS
TRADE NAMES: ASHLENE
Ashley Polymers
COMALLOY ABS
ComAlloy
CYCOLAC
G.E. Plastics
DOW ABS
Dow
LASTILAC
Lati
NOVODUR
Bayer
POLYMAN ABS
A. Schulman
RTP 605
RTP
RTP 605
Vigilant Plastics
SINKRAL
EniChem
TERLURAN
BASF
THERMOCOMP AF
LNP Engineering Plastics
THERMOFIL ABS
Thermofil
TOYOLAC
Toray Industries
ABS (Acrylonitrile Butadiene Styrene): High heat ADVANTAGES:
Higher heat distortion temperature than conventional grades of ABS by approx. 15°C(25°F) @ 0.45MPa (66psi).
DISADVANTAGES:
Requires higher mould surface temperatures and higher temperature profiles in processing than typical grades of ABS. Hence moulding cycle times are likely to be longer.
APPLICATIONS:
Automotive radiator grilles and hot air ducts, handles for electric irons, housings for hair dryers, food serving trays, coffee machine housings.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1500; S.G. 1.06 Max. Operating Temp. °C
70
Surface hardness
RR111
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
7
Tensile strength MPa
47
Flammability UL94
HB
Flexural modulus GPa
2.7
Oxygen index %
19
Elongation at break %
7
Vol. Resist. log ohmcm
16
Strain at Yield %
3.2
Dielect. strength MV/m
15
Notched Izod kJ/m
0.13
Dielect. const. 1kHz
2.7
HDT @ 0.45 MPa °C
112
Dissipation Fact.1kHz
0.008
HDT @ 1.80 MPa °C
104
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
250 - 285
Mould shrinkage %
0.5
Mould temp. range °C
40 - 80
TRADE NAMES: ASHLENE
Ashley Polymers
COMALLOY ABS
ComAlloy
CYCOLAC
G.E. Plastics
3
The Plastics Compendium - Volume 1, Key Properties and Sources DOW ABS
Dow
LASTILAC
Lati
LUSTRAN
Monsanto
LUSTRAN ELITE HH
Monsanto
NOVODUR
Bayer
POLYMAN ABS
A. Schulman
RONFALIN
DSM
SINKRAL
EniChem
TERLURAN
BASF
THERMOFIL ABS
Thermofil
TOYOLAC
Toray Industries
ABS (Acrylonitrile Butadiene Styrene): High heat; UV stabilised ADVANTAGES:
May be used in outdoor applications involving exposure to sunlight (UV radiation). Higher heat distortion temperature than ordinary grades of ABS.
DISADVANTAGES:
Incorporation of heat and UV stabilisers reduces notched izod impact strength (~ 0.1 KJ/m / 1.9 ft-lb/in) compared with unstabilised grades of ABS.
APPLICATIONS:
Automotive interiors.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1635; S.G. 1.08 Max. Operating Temp. °C
70
Surface hardness
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
8
Tensile strength MPa
44
Flammability UL94
HB
Flexural modulus GPa
2.7
Oxygen index %
19
Elongation at break %
6
Vol. Resist. log ohmcm
14
Strain at Yield %
2
Dielect. strength MV/m
14
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
3
HDT @ 0.45 MPa °C
112
Dissipation Fact.1kHz
0.008
HDT @ 1.80 MPa °C
104
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
250 - 285
Mould shrinkage %
0.5
Mould temp. range °C
40 - 80
TRADE NAMES: ASHLENE
Ashley Polymers
COMALLOY ABS
ComAlloy
CYCOLAC
G.E. Plastics
DOW ABS
Dow
LASTILAC
Lati
LUSTRAN
Monsanto
NOVODUR
Bayer
POLYMAN ABS
A. Schulman
RONFALIN
DSM
4
RR112
ABS SINKRAL
EniChem
TERLURAN
BASF
THERMOFIL ABS
Thermofil
TOYOLAC
Toray Industries
ABS (Acrylonitrile Butadiene Styrene): High impact ADVANTAGES:
Higher notched izod impact strength (~ 0.4 kj/m / 7.5 ft-lb/in) than other types of ABS.
DISADVANTAGES:
Lower tensile strength creep resistance, hardness and scratch resistance than medium impact ABS.
APPLICATIONS:
Safety helmets, boat hulls, recreational vehicle bodies and parts, luggage, ski boots, insulated power tools, furniture, agricultural parts and DWV pipe.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1680; S.G. 1.03 Max. Operating Temp. °C
70
Surface hardness
RR102
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
9
Tensile strength MPa
38
Flammability UL94
HB
Flexural modulus GPa
2.2
Oxygen index %
19
Elongation at break %
8
Vol. Resist. log ohmcm
16
Strain at Yield %
2.6
Dielect. strength MV/m
25
Notched Izod kJ/m
0.4
Dielect. const. 1kHz
2.8
HDT @ 0.45 MPa °C
98
Dissipation Fact.1kHz
0.007
HDT @ 1.80 MPa °C
89
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
230 - 270
Mould shrinkage %
0.7
Mould temp. range °C
40 - 60°C
TRADE NAMES: ASHLENE
Ashley Polymers
COMALLOY ABS
ComAlloy
CYCOLAC
G.E. Plastics
DOW ABS
Dow
LASTILAC
Lati
LUSTRAN
Monsanto
LUSTRAN ABS 448
Monsanto
MAGNUM
Dow
NOVODUR
Bayer
POLYMAN ABS
A. Schulman
RONFALIN
DSM
SINKRAL
EniChem
TERLURAN
BASF
THERMOFIL ABS
Thermofil
TOYOLAC
Toray Industries
5
The Plastics Compendium - Volume 1, Key Properties and Sources
ABS (Acrylonitrile Butadiene Styrene): High impact; UV stabilised ADVANTAGES:
Can be used in outdoor applications involving exposure to UV radiation (sunlight).
DISADVANTAGES:
Should not be processed above 220°C (430°F) to prevent material degradation. Incorporation of UV stabiliser reduces notched izod impact strength (~ 0.3 KJ/m / 5.6 ft-lb/in) compared with unmodified high impact grades.
APPLICATIONS:
Recreational vehicle bodies and parts, agricultural parts, ski boots.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1675; S.G. 1.06 Max. Operating Temp. °C
70
Surface hardness
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
9
Tensile strength MPa
35
Flammability UL94
HB
RR103
Flexural modulus GPa
2.3
Oxygen index %
19
Elongation at break %
6
Vol. Resist. log ohmcm
14
Strain at Yield %
2
Dielect. strength MV/m
20
Notched Izod kJ/m
0.3
Dielect. const. 1kHz
3
HDT @ 0.45 MPa °C
98
Dissipation Fact.1kHz
0.007
HDT @ 1.80 MPa °C
89
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
230 - 270
Mould shrinkage %
0.6
Mould temp. range °C
40 - 60
TRADE NAMES: ASHLENE
Ashley Polymers
COMALLOY ABS
ComAlloy
CYCOLAC
G.E. Plastics
DOW ABS
Dow
LUSTRAN
Monsanto
LUSTRAN ABS
Monsanto
MAGNUM
Dow
NOVODUR
Bayer
POLYMAN ABS
A. Schulman
RONFALIN
DSM
SINKRAL
EniChem
TERLURAN
BASF
THERMOFIL ABS
Thermofil
TOYOLAC
Toray Industries
ABS (Acrylonitrile Butadiene Styrene): Low gloss ADVANTAGES:
Higher notched impact and heat distortion temperature than medium impact ABS.
DISADVANTAGES:
Lower tensile strength and flexural modulus than medium impact ABS.
APPLICATIONS:
Automotive instrument panel components.
6
ABS
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1600; S.G. 1.03 Max. Operating Temp. °C
70
Surface hardness
RR80
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
10
Tensile strength MPa
30
Flammability UL94
HB
Flexural modulus GPa
1.7
Oxygen index %
19
Elongation at break %
8
Vol. Resist. log ohmcm
16
Strain at Yield %
2.6
Dielect. strength MV/m
20
Notched Izod kJ/m
0.4
Dielect. const. 1kHz
2.8
HDT @ 0.45 MPa °C
121
Dissipation Fact.1kHz
0.007
HDT @ 1.80 MPa °C
106
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
230 - 270
Mould shrinkage %
0.7
Mould temp. range °C
40 - 60
TRADE NAMES: ASHLENE
Ashley Polymers
COMALLOY ABS
ComAlloy
CYCOLAC
G.E. Plastics
DOW ABS
Dow
LUSTRAN
Monsanto
LUSTRAN ELITE LGM
Monsanto
POLYMAN ABS
A. Schulman
SINKRAL
EniChem
TERLURAN
BASF
THERMOFIL ABS
Thermofil
TOYOLAC
Toray Industries
ABS (Acrylonitrile Butadiene Styrene): Medium impact ADVANTAGES:
Higher tensile strength, creep resistance, hardness and scratch resistance than high impact class.
DISADVANTAGES:
Relatively low notched izod impact strength (~ 0.2 KJ/m / 3.7 ft-lb/in) compared with high impact grades (~ 0.4 KJ/m / 7.5 ft-lb/in).
APPLICATIONS:
Projector & camera housings, audio visual equipment appliance housings, business machine housings, toys and automotive parts.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1580; S.G. 1.05 Max. Operating Temp. °C
70
Surface hardness
RR110 -5
Water absorption %
0.3
Linear expansion m/m/°C (x10 )
8
Tensile strength MPa
47
Flammability UL94
HB
Flexural modulus GPa
2.7
Oxygen index %
19
Elongation at break %
8
Vol. Resist. log ohmcm
16
7
The Plastics Compendium - Volume 1, Key Properties and Sources Strain at Yield %
1.9
Dielect. strength MV/m
Notched Izod kJ/m
0.2
Dielect. const. 1kHz
20 2.8
HDT @ 0.45 MPa °C
98
Dissipation Fact.1kHz
0.007
HDT @ 1.80 MPa °C
89
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
230 - 270
Mould shrinkage %
0.6
Mould temp. range °C
40 - 80
TRADE NAMES: ASHLENE
Ashley Polymers
COMALLOY ABS
ComAlloy
CYCOLAC
G.E. Plastics
DOW ABS
Dow
LASTILAC
Lati
LUSTRAN
Monsanto
LUSTRAN ABS 248
Monsanto
MAGNUM
Dow
NOVODUR
Bayer
POLYMAN ABS
A. Schulman
RONFALIN
DSM
SINKRAL
EniChem
TERLURAN
BASF
THERMOFIL ABS
Thermofil
TOYOLAC
Toray Industries
ABS (Acrylonitrile Butadiene Styrene): Plating ADVANTAGES:
Can be electroplated to give parts with the more decorative finish of metals such as Chrome, Gold, Silver and Brass. The plating can increase the rigidity of a moulding as well as scratch resistance. The metal layer screens radio waves and conducts electricity.
DISADVANTAGES:
Temperature profile and mould surface temperatures need to be kept higher than for standard ABS grades. This is in order to ensure good surface finish for subsequent electroplating & also to minimise moulded-in stresses. Mould release agents should not be used as they affect plating behaviour. Regrind should not be used for items to be electroplated because of possible flaws in surface finish.
APPLICATIONS:
Sanitary ware, Automotive or Radiator Grilles. Wheel covers, headlight bezels, interior & exterior trim and knobs, marine hardware, radio & TV parts, shavers, light fixtures and appliance housings.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1540; S.G. 1.06 Max. Operating Temp. °C
70
Surface hardness
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
8
Tensile strength MPa
42
Flammability UL94
HB
RR107
Flexural modulus GPa
2.4
Oxygen index %
19
Elongation at break %
8
Vol. Resist. log ohmcm
16
Strain at Yield %
2.5
Dielect. strength MV/m
20
8
ABS Notched Izod kJ/m
0.4
Dielect. const. 1kHz
2.7
HDT @ 0.45 MPa °C
98
Dissipation Fact.1kHz
0.008
HDT @ 1.80 MPa °C
89
Matl. drying hrs @ °C
4 @ 90
Melt temp. range °C
250 - 285
Mould shrinkage %
0.6
Mould temp. range °C
40 - 80
TRADE NAMES: ASHLENE
Ashley Polymers
COMALLOY ABS
ComAlloy
CYCOLAC
G.E. Plastics
DOW ABS
Dow
LUSTRAN
Monsanto
POLYMAN ABS
A. Schulman
SINKRAL
EniChem
TERLURAN
BASF
THERMOFIL ABS
Thermofil
TOYOLAC
Toray Industries
ABS (Acrylonitrile Butadiene Styrene): Structural foam ADVANTAGES:
Foamed ABS gives increased rigidity compared to a part made from the same weight of solid material. Injection speeds are increased and injection and locking pressures are lower, hence relatively inexpensive moulds can be used. Have a reduced tendency to sinking.
DISADVANTAGES:
Ram injection not recommended. Cooling time longer than for other ABS varieties. Air locks can cause cell collapse so adequate venting must be provided. Have lower modulus, notched izod impact and tensile strengths than other classes of ABS.
APPLICATIONS:
Furniture, Loudspeaker Boxes, Picture Frames & Knobs. Telephone junction boxes, sprinkler housings, television surrounds, electric fan components, business machine housings, computer readout terminals, copying machine housings and automotive bucket seats.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1700; S.G. 0.85 Max. Operating Temp. °C
70
Surface hardness
RR60
Water absorption %
0.6
Linear expansion m/m/°C (x10-5)
10
Tensile strength MPa
25
Flammability UL94
HB
Flexural modulus GPa
1.5
Oxygen index %
19
Elongation at break %
4
Vol. Resist. log ohmcm
16
Strain at Yield %
1.2
Dielect. strength MV/m
10
Notched Izod kJ/m
0.07
Dielect. const. 1kHz
2.6
HDT @ 0.45 MPa °C
84
Dissipation Fact.1kHz
0.008
HDT @ 1.80 MPa °C
82
Matl. drying hrs @ °C
2 @ 80
Melt temp. range °C
230 - 270
Mould shrinkage %
0.8
Mould temp. range °C
40 - 60
9
The Plastics Compendium - Volume 1, Key Properties and Sources
TRADE NAMES: ASHLENE
Ashley Polymers
COMALLOY ABS
ComAlloy
CYCOLAC
G.E. Plastics
DOW ABS
Dow
LASTILAC
Lati
POLYMAN ABS
A. Schulman
TERLURAN
BASF
THERMOFIL ABS
Thermofil
TOYOLAC
Toray Industries
ABS (Acrylonitrile Butadiene Styrene): Transparent ADVANTAGES:
Can be used in applications where light transmission is desired.
DISADVANTAGES:
Tend to have slight tint. Reduced tensile strength, flexural modulus, elongation at break, notched izod impact strength and heat distortion temperature compared with ABS (medium impact).
APPLICATIONS:
Medical Infusion and Dosage Equipment, Clips, Tubes and Caps.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1820; S.G. 1.07 Max. Operating Temp. °C
70
Surface hardness
RR105 -5
Water absorption %
0.3
Linear expansion m/m/°C (x10 )
9
Tensile strength MPa
43
Flammability UL94
HB
Flexural modulus GPa
2.4
Oxygen index %
19
Elongation at break %
5.5
Vol. Resist. log ohmcm
15
Strain at Yield %
1.3
Dielect. strength MV/m
17
Notched Izod kJ/m
0.12
Dielect. const. 1kHz
2.9
HDT @ 0.45 MPa °C
92
Dissipation Fact.1kHz
0.014
HDT @ 1.80 MPa °C
87
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
220 - 270
Mould shrinkage %
0.6
Mould temp. range °C
40 - 60
TRADE NAMES: ASHLENE
Ashley Polymers
COMALLOY ABS
ComAlloy
CYCOLAC
G.E. Plastics
DOW ABS
Dow
LUSTRAN SPARKLE
Monsanto
MAGNUM
Dow
POLYMAN ABS
A. Schulman
TERLURAN
BASF
THERMOFIL ABS
Thermofil
TOYOLAC
Toray Industries
10
ABS/PC Alloy
ABS/PC Alloy (Acrylonitrile Butadiene Styrene/ Polycarbonate Alloy) ADVANTAGES: Improved stiffness over conventional high impact ABS. Better processing properties than Polycarbonate. Improved notched izod impact resistance compared to high impact ABS.
DISADVANTAGES: Limited resistance to hot water. Lower notched izod impact resistance (c. 0.55 KJ/m / 10.3 ft-lb/in) compared to Polycarbonate (c. 0.7 KJ/m / 13.1 ft-lb/in).
APPLICATIONS: Helmets,car instrument panels, electrical connectors, housings.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 2500; S.G. 1.10 Max. Operating Temp. °C
70
Surface hardness
RR118
Water absorption %
0.25
Linear expansion m/m/°C (x10-5)
6.2
Tensile strength MPa
50
Flammability UL94
HB
Flexural modulus GPa
2.8
Oxygen index %
19
Elongation at break %
80
Vol. Resist. log ohmcm
17
Strain at Yield %
5
Dielect. strength MV/m
17
Notched Izod kJ/m
0.55
Dielect. const. 1kHz
3
HDT @ 0.45 MPa °C
128
Dissipation Fact.1kHz
0.005
HDT @ 1.80 MPa °C
122
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
245 - 265
Mould shrinkage %
0.7
Mould temp. range °C
40 - 80
TRADE NAMES: BAYBLEND T
Albis
BAYBLEND T
Bayer
KOBLEND PCA
EniChem
PROLOY
G.E. Plastics
STAPRON C
DSM
TERBLEND B
BASF
TRIAX 2000
Monsanto
11
The Plastics Compendium - Volume 1, Key Properties and Sources
ABS/PSul Alloy (Acrylonitrile Butadiene Styrene/Polysulphone Alloy) ADVANTAGES: Improved melt flow over Polysulphone.High HDT at 150°C/300°F. Better toughness than Polysulphone. Can be electroplated.
DISADVANTAGES: Increased cost compared to ABS.
APPLICATIONS: Electrical connectors, components for relays, switch housings, plated plumbing parts, food service trays.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 4500; S.G. 1.14 Max. Operating Temp. °C
125
Surface hardness
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
6.5
Tensile strength MPa
51
Flammability UL94
V2
Flexural modulus GPa
2.5
Oxygen index %
22
Elongation at break %
3.7
Vol. Resist. log ohmcm
16
Strain at Yield %
1.4
Dielect. strength MV/m
17
Notched Izod kJ/m
0.51
Dielect. const. 1kHz
3.14
HDT @ 0.45 MPa °C
157
Dissipation Fact.1kHz
0.004
HDT @ 1.80 MPa °C
150
Matl. drying hrs @ °C
3 @120
Melt temp. range °C
280 - 310
Mould shrinkage %
0.7
Mould temp. range °C
70 - 120
TRADE NAMES: MINDEL
Amoco Performance Products
MINDEL A
Amoco Chemicals
TERLURAN S
BASF
12
R117
ABS/PVC Alloy
ABS/PVC Alloy (Acrylonitrile Butadiene Styrene/Polyvinylchloride Alloy) ADVANTAGES: Inherently flame resistant. Higher maximum operating temperature, notched izod impact strength and HDT than unmodified UPVC. Lower mould shrinkage than unmodified ABS.
DISADVANTAGES: Difficult to process compared with ABS. Reduced surface gloss. Lower notched izod impact strength than ABS (medium impact).
APPLICATIONS: Computer housings.Domestic appliance housings. Printer components, cash register bases. Plumbing components.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1750; S.G. 1.25 Max. Operating Temp. °C
60
Surface hardness
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
6
Tensile strength MPa
50
Flammability UL94
V0
R109
Flexural modulus GPa
2.7
Oxygen index %
28
Elongation at break %
20
Vol. Resist. log ohmcm
15
Strain at Yield %
8
Dielect. strength MV/m
23
Notched Izod kJ/m
0.10
Dielect. const. 1kHz
3.0
HDT @ 0.45 MPa °C
75
Dissipation Fact.1kHz
0.040
HDT @ 1.80 MPa °C
70
Matl. drying hrs @ °C
3 @ 70
Melt temp. range °C
200 - 210
Mould shrinkage %
0.45
Mould temp. range °C
40 - 60
TRADE NAMES: CYCOVIN
G.E. Plastics
TROSIPLAST PVC/ABS
Huls
13
The Plastics Compendium - Volume 1, Key Properties and Sources
Acetal (POM) (Polyoxymethylene) All Grades: ADVANTAGES: Highly crystalline, more creep resistant than Nylon. Excellent abrasion resistance.Good resistance to solvents (except phenols).Low smoke emission. High gloss surfaces. Lower moisture absorption than Nylons.
DISADVANTAGES: Poor resistance to acids/alkalis (particularly homopolymer). Burns easily, (not available with flame retardants). Limited processing temperature range. Poor UV resistance. High mould shrinkage. Degradation catalysed by contact with zinc ions.
APPLICATIONS: Gears, bearings, conveyor belt tracks, plumbing fittings, fan blades, pen cases, lock mechanisms, aerosol valves, spring levers, nuts, screws, video/audio cassette components, disposable lighters, switches.
Acetal (POM) (Polyoxymethylene): Copolymer ADVANTAGES:
Excellent rigidity, impact toughness, abrasion resistance, creep resistance and solvent resistance. Good appearance, hydrolytic stability, fatigue endurance and low coefficient of friction. Better creep resistance, thermal stability, resistance to bases and processability than homopolymer. Higher continuous use temperature than homopolymer - about 100°C (212°F) in in air compared to 80°C (175°F).
DISADVANTAGES:
High mould shrinkage (approximately 2%). Post moulding shrinkage of about 0.1% normally complete within 48hrs. Attacked by acids and bases, very rapid attack by nitric acid. Very poor resistance to UV radiation. Homopolymers have higher tensile strength, flexural strength, fatigue resistance and hardness. Cannot be fire retarded - Explosive decomposition if processed with halogens.
APPLICATIONS:
Due to low coefficient of friction, commonly used as bearings, gears and conveyor belt limits. Electric kettles and water jugs. Components with snap fits. Chemical pumps. Bathroom scales. Telephone key pads, pulley wheels, housings for domestic appliances, shower heads, fuel expansion tanks. Toys.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2410; S.G. 1.41 Max. Operating Temp. °C
90
Surface hardness
RR117 -5
Water absorption %
0.22
Linear expansion m/m/°C (x10 )
11
Tensile strength MPa
73
Flammability UL94
HB
Flexural modulus GPa
2.58
Oxygen index %
15
Elongation at break %
65
Vol. Resist. log ohmcm
15 20
Strain at Yield %
8
Dielect. strength MV/m
Notched Izod kJ/m
0.069
Dielect. const. 1kHz
3.7
HDT @ 0.45 MPa °C
160
Dissipation Fact.1kHz
0.0015
HDT @ 1.80 MPa °C
110
Matl. drying hrs @ °C
3 @ 90
Melt temp. range °C
190 - 210
Mould shrinkage %
1.8
Mould temp. range °C
60 - 120
14
Acetal
TRADE NAMES: BEETLE ACETAL
BIP Plastics
CELCON
Hoechst
DELRIN ST
DuPont
FULTON
LNP Engineering Plastics
HOSTAFORM
Hoechst
KEMATAL
Hoechst
LATAN
Lati
RTP 805
RTP
TENAC-C4510
Asahi Chemical
THERMOFIL ACETAL
Thermofil
ULTRAFORM
BASF
Acetal (POM) (Polyoxymethylene): Copolymer; 30% carbon fibre reinforced ADVANTAGES:
Significantly increased flexural modulus, moderate increase in tensile strength and HDT compared with unmodified Acetal.
DISADVANTAGES:
Significant reduction in elongation at break and moderate reduction in notched izod impact strength compared with unmodified Acetal. Incorporation of carbon fibres can cause anisotropic mechanical properties in moulded components and reduced electrical resistance.
APPLICATIONS:
Bearings, cams and gears.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 16000; S.G. 1.48 Max. Operating Temp. °C
105
Surface hardness
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
4
Tensile strength MPa
85
Flammability UL94
HB
Flexural modulus GPa
17.2
Oxygen index %
18
Elongation at break %
1
Vol. Resist. log ohmcm
2.95
Strain at Yield %
N/A
Dielect. strength MV/m
3.3
RM94
Notched Izod kJ/m
.038
Dielect. const. 1kHz
NA
HDT @ 0.45 MPa °C
168
Dissipation Fact.1kHz
NA
HDT @ 1.80 MPa °C
162
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
170 - 210
Mould shrinkage %
0.2
Mould temp. range °C
100 - 120
TRADE NAMES: CELCON
Hoechst
DELRIN ST
DuPont
FULTON
LNP Engineering Plastics
LATAN
Lati
THERMOCOMP KC
LNP Plastics
15
The Plastics Compendium - Volume 1, Key Properties and Sources THERMOCOMP KC-1006
LNP Engineering Plastics
THERMOFIL ACETAL
Thermofil
Acetal (POM) (Polyoxymethylene): Copolymer; 30% glass fibre coupled ADVANTAGES:
Superior rigidity, hardness, and tensile strength compared with unmodified copolymer. Improved mould shrinkage and lower coefficient of expansion. Excellent creep resistance. Also excellent solvent resistance associated with copolymer.
DISADVANTAGES:
Reduced impact strength compared to unmodified grades. Properties of glass reinforced grades are strongly influenced by the dimensions of the glass fibres and the efficiency of distribution of glass fibres in components can be highly anisotropic.
APPLICATIONS:
Sports equipment; eg. Handles for tennis racquets, mast supports on wind surfing boards. Snap fit components. Ski boot bindings. Toys and models. Frame connectors, sprockets and gears, slide guides for drawers, bearing bushes and water filter bodies.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2560; S.G. 1.63 Max. Operating Temp. °C
100
Surface hardness
RM86
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
4
Tensile strength MPa
134
Flammability UL94
HB
Flexural modulus GPa
9.6
Oxygen index %
15
Elongation at break %
3.5
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
20.7
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
3.95
HDT @ 0.45 MPa °C
168
Dissipation Fact.1kHz
0.0025
HDT @ 1.80 MPa °C
160
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
200 - 210
Mould shrinkage %
0.5
Mould temp. range °C
60 - 120
TRADE NAMES: CELCON
Hoechst
DELRIN ST
DuPont
FULTON
LNP Engineering Plastics
HOSTAFORM
Hoechst
KEMATAL
Hoechst
LATAN
Lati
RTP 805 CC
Vigilant Plastics
THERMOCOMP KFX-1006
LNP Engineering Plastics
THERMOFIL ACETAL
Thermofil
ULTRAFORM
BASF
16
Acetal
Acetal (POM) (Polyoxymethylene): Copolymer; 2% silicone lubricated ADVANTAGES:
Extremely low coefficient of friction. Good rigidity, creep resistance and toughness. Excellent resistance to most solvents.
DISADVANTAGES:
Those normally associated with unmodified copolymer, i.e. high mould shrinkage, poor resistance to UV radiation, acids and bases.
APPLICATIONS:
Gears, bearings, sprockets, conveyor belt components, drive chains, bearing bushes, snap-fit components, pulley wheels & spring studs.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 3280; S.G. 1.40 Max. Operating Temp. °C
90
Surface hardness
RR112
Water absorption %
0.18
Linear expansion m/m/°C (x10-5)
11
Tensile strength MPa
55
Flammability UL94
HB
Flexural modulus GPa
2.1
Oxygen index %
15
Elongation at break %
50
Vol. Resist. log ohmcm
15
Strain at Yield %
8
Dielect. strength MV/m
20
Notched Izod kJ/m
0.085
Dielect. const. 1kHz
3.7
HDT @ 0.45 MPa °C
148
Dissipation Fact.1kHz
0.0015
HDT @ 1.80 MPa °C
110
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
190 - 210
Mould shrinkage %
1.8
Mould temp. range °C
60 - 120
TRADE NAMES: CELCON
Hoechst
DELRIN ST
DuPont
FULTON
LNP Plastics
FULTON
LNP Engineering Plastics
HOSTAFORM
Hoechst
KEMATAL
Hoechst
LATAN
Lati
LUBRICOMP KL-4410
LNP Engineering Plastics
RTP 800 SI2
Vigilant Plastics
THERMOFIL ACETAL
Thermofil
ULTRAFORM
BASF
Acetal (POM) (Polyoxymethylene): Copolymer; UV stabilised ADVANTAGES:
Superior UV resistance compared with unmodified grades. Titanium dioxide used for non - black UV resistant mouldings. Excellent mechanical properties and solvent resistance as expected with Acetal copolymer.
17
The Plastics Compendium - Volume 1, Key Properties and Sources DISADVANTAGES:
In the case of carbon black modification best results are obtained with 1.5% of well dispersed fine particles. However the finer the particle, the poorer the heat stability. Also prone to high mould shrinkage and attack by acids and bases as with unmodified copolymers.
APPLICATIONS:
Sporting equipment, eg. ski boot bindings, tennis racquet handles, mast supports and frame connectors for windsurfing boards, toys.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2670; S.G. 1.41 Max. Operating Temp. °C
90
Surface hardness
Water absorption %
0.22
Linear expansion m/m/°C (x10-5)
11
Tensile strength MPa
68
Flammability UL94
HB
RR117
Flexural modulus GPa
2.5
Oxygen index %
15
Elongation at break %
60
Vol. Resist. log ohmcm
14
Strain at Yield %
8
Dielect. strength MV/m
19
Notched Izod kJ/m
0.069
Dielect. const. 1kHz
3.8
HDT @ 0.45 MPa °C
155
Dissipation Fact.1kHz
0.0018
HDT @ 1.80 MPa °C
105
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
190 - 210
Mould shrinkage %
1.8
Mould temp. range °C
60 - 120
TRADE NAMES: CELCON
Hoechst
DELRIN ST
DuPont
FULTON
LNP Engineering Plastics
HOSTAFORM
Hoechst
KEMATAL
Hoechst
LATAN
Lati
TENAC-C 4563
Asahi Chemical
THERMOFIL ACETAL
Thermofil
ULTRAFORM
BASF
Acetal/Elastomer alloy: Super tough ADVANTAGES:
Significantly increased elongation at break and notched izod impact strength compared with unmodified grades of Acetal.
DISADVANTAGES:
Significantly reduced tensile strength and flexural modulus compared with unmodified Acetal.
APPLICATIONS:
Bicycle wheels, sports equipment, toys, automotive fasteners and helmets.
PLASCAMS DATA SHEET Resin Type: TP Semi-Crystalline; Cost: £/tonne: 3050; S.G. 1.34 Max. Operating Temp. °C
80
Surface hardness
RR105
Water absorption %
0.27
Linear expansion m/m/°C (x10-5)
12.3
18
Acetal Tensile strength MPa
45
Flammability UL94
Flexural modulus GPa
1.4
Oxygen index %
HB 15
Elongation at break %
200
Volume Resist. log ohm cm
19
Strain at Yield %
37
Dielect. strength MV/m
18.9
Notched Izod kJ/m
0.907
Dielect. const. 1KHz
3.8
HDT @ 0.45 MPa °C
145
Dissipation Fact. 1KHz
0.005
HDT @ 1.8 MPa °C
90
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
210 - 220
Mould shrinkage %
1.1
Mould temp. range °C
30 - 50
TRADENAMES CELCON
Hoechst
DELRIN ST
DuPont
FULTON
LNP Plastics
THERMOFIL ACETAL
Thermofil
ULTRAFORM
BASF
Acetal (POM) (Polyoxymethylene): Homopolymer ADVANTAGES:
Hard, tough and stiff. Excellent creep resistance and solvent resistance - only dissolved by hot solvents, eg. Chlorophenols and Benzyl alcohol above 70°C. Higher tensile strength, flexural strength, fatigue resistance and hardness than acetal copolymer. Good resistance to stress cracking. Low coefficient of friction.
DISADVANTAGES:
High mould shrinkage (appr.2%), post moulding shrinkage (appr. 0.1%) takes about 48 hrs. Attacked by acids and bases, very rapid attack by nitric acid. Very poor resistance to UV radiation. Black components are necessary for outdoor applications. Copolymers have better creep resistance, thermal stability and processability. Unsuitable for continuous use in hot water or steam. Poor fire resistance (UL) fire retardants cannot be incorporated into polymer. Halogens can cause explosive decomposition during processing.
APPLICATIONS:
Applications where good abrasion resistance and low coefficient of friction are needed (bearings, gears and conveyor belt links). Components with snap fits. Cams. Plumbing components such as valve stems, pump impellors. Carburettor bodies.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2410; S.G. 1.42 Max. Operating Temp. °C
85
Surface hardness
RM94
Water absorption %
0.25
Linear expansion m/m/°C (x10-5)
12.2
Tensile strength MPa
69
Flammability UL94
HB
Flexural modulus GPa
2.83
Oxygen index %
15
Elongation at break %
40
Vol. Resist. log ohmcm
15
Strain at Yield %
12
Dielect. strength MV/m
19.7
Notched Izod kJ/m
0.075
Dielect. const. 1kHz
3.7
HDT @ 0.45 MPa °C
172
Dissipation Fact.1kHz
0.003
HDT @ 1.80 MPa °C
136
19
The Plastics Compendium - Volume 1, Key Properties and Sources Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
200 - 220
Mould shrinkage %
2
Mould temp. range °C
80 - 100
TRADE NAMES: DELRIN
DuPont
TENAC 5010
Asahi CHemical
Acetal (POM) (Polyoxymethylene): Homopolymer; glass fibre reinforced ADVANTAGES:
Improved rigidity, hardness and strength over unmodified POM homopolymer.
DISADVANTAGES:
Impact strength and elongation at break lower than for unmodified POM homopolymer. Properties are dependent on the dimensions of the glass fibres and the efficiency of distribution during mixing. Components can be anisotropic.
APPLICATIONS:
Pump housings, Ski boot bindings, housings for domestic appliances. Toys and models. Sports equipment. Pipe fittings.
PLASCAMS DATA SHEET Resin Type: TP Semi-Crystalline; Cost £/tonne: 2610; S.G. 1.56 Max. Operating Temp. °C
85
Surface Hardness
R118 -5
Water absorption %
0.25
Linear expansion m/m/°C (x10 )
5.5
Tensile strength MPa
58
Flammability UL94
HB
Flexural modulus GPa
6.2
Oxygen index %
15
Elongation at break %
12
Vol. Resist. log ohm cm
14
Strain at Yield %
N/A
Dielectric strength MV/m
19
Notched Izod kJ/m
0.043
Dielect. const. 1KHz
3.9
HDT @ 0.45MPa °C
174
Dissipation Fact. 1KHz
0.003
HDT @ 1.8MPa °C
158
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
200 - 220
Mould shrinkage %
0.6
Mould temp. range °C
60 - 120
TRADENAMES DELRIN
DuPont
Acetal (POM) (Polyoxymethylene): Homopolymer; PTFE lubricated ADVANTAGES:
Low coefficient of friction compared to unmodified grades. Good solvent resistance, as with homopolymer, and good hydrolytic stability.
DISADVANTAGES:
Reduced mechanical properties i.e. stiffness, strength and toughness, compared to unmodified homopolymer. Poor resistance to acids, bases and UV radiation.
20
Acetal APPLICATIONS:
Bearings, gears, sprockets, conveyor belt components, bearing bushes, snap fits, pulley wheels, switch components.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 5310; S.G. 1.54 Max. Operating Temp. °C
90
Surface hardness
RR118 -5
Water absorption %
0.2
Linear expansion m/m/°C (x10 )
9
Tensile strength MPa
48
Flammability UL94
HB
Flexural modulus GPa
2.4
Oxygen index %
15
Elongation at break %
12
Vol. Resist. log ohmcm
16
Strain at Yield %
4
Dielect. strength MV/m
20
Notched Izod kJ/m
0.037
Dielect. const. 1kHz
3.3
HDT @ 0.45 MPa °C
165
Dissipation Fact.1kHz
0.009
HDT @ 1.80 MPa °C
118
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
210 - 230
Mould shrinkage %
2.1
Mould temp. range °C
70 - 110
TRADE NAMES: DELRIN
DuPont
FULTON
LNP Plastics Plastics
LATAN
Lati
TENAC FS410
Asahi Chemical
Acetal (POM) (Polyoxymethylene): Homopolymer; UV stabilised ADVANTAGES:
The excellent mechanical properties of homopolymer with improved weatherability and longer life time for external components.
DISADVANTAGES:
In the case of carbon black modification best results are obtained with 1.5% of well dispersed fine particles. However the finer the particle, the poorer the heat stability. Also prone to high mould shrinkage and attack by acids and bases, as with unmodified homopolymer.
APPLICATIONS:
Sporting equipment, eg. Ski boot bindings, tennis racquet handles, mast supports and frame connectors for windsurfing boards. Toys.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2620; S.G. 1.42 Max. Operating Temp. °C
85
Surface hardness
RM94
Water absorption %
0.25
Linear expansion m/m/°C (x10-5)
12
Tensile strength MPa
64
Flammability UL94
HB
Flexural modulus GPa
2.78
Oxygen index %
15
Elongation at break %
35
Vol. Resist. log ohmcm
14
Strain at Yield %
10
Dielect. strength MV/m
18
21
The Plastics Compendium - Volume 1, Key Properties and Sources Notched Izod kJ/m
0.072
Dielect. const. 1kHz
3.8
HDT @ 0.45 MPa °C
165
Dissipation Fact.1kHz
0.003
HDT @ 1.80 MPa °C
130
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
200 - 220
Mould shrinkage %
2
Mould temp. range °C
80 - 100
TRADE NAMES: DELRIN
DuPont
TENAC 5013A
Asahi CHemical
Acrylic (PMMA) (Polymethylmethacrylate) All Grades: ADVANTAGES: Excellent clarity & UV resistance. Good abrasion resistance, hardness & stiffness. Low water absorption. Low smoke emission. Good track and arc resistance.
DISADVANTAGES: Poor solvent resistance. Low continuous use temperature of approx. 50°C (120°F). Poor fatigue resistance. Notch sensitive.
APPLICATIONS: Lenses, light covers, glazing (particularly in aircraft), light pipes, meter covers, bathroom fittings, outdoor signs, skylights, baths, toys. Acrylic film is laminated over ABS sheet to provide UV protection.
Acrylic (PMMA) (Polymethylmethacrylate): Casting ADVANTAGES:
Similar physical properties to general purpose acrylic. Can be made up in small batches, as required, and hand poured into moulds.
DISADVANTAGES:
Same problems as associated with general purpose acrylic, ie. brittle and notch sensitive, limited/poor resistance to organic solvents.
APPLICATIONS:
Decorative plaques for car badges, domestic appliance motifs, etc. Protective coatings for metals, concrete and wood.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 3500; S.G. 1.19 Max. Operating Temp. °C
50
Surface hardness
RM100
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
6
22
Acrylic Tensile strength MPa
70
Flammability UL94
Flexural modulus GPa
3
Oxygen index %
HB 18
Elongation at break %
4
Vol. Resist. log ohmcm
17
Strain at Yield %
N/A
Dielect. strength MV/m
20
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
3.3
HDT @ 0.45 MPa °C
103
Dissipation Fact.1kHz
0.04
HDT @ 1.80 MPa °C
90
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
NA
Mould temp. range °C
NA
TRADE NAMES: ACRIVE
Swedlow
ACRYLITE
Cyro Industries
ALTUGLAS
AtoHaas
GLASFLEX
Glasflex
LUCITE
DuPont
PLEXIGLAS
Rohm & Haas
PLEXIT 55
Cornelius Chemical
Acrylic (PMMA) (Polymethylmethacrylate): Cast sheet ADVANTAGES:
Transparent, good surface finish, good outdoor weathering properties and rigidity. Good electrical insulating properties at low frequency. Resistant to alkalis. Easily machinable using drills, saws, etc. Low mould shrinkage (~ 0.8%). Thermoformable.
DISADVANTAGES:
Poor scratch resistance, dissolved by a number of organic solvents - organic materials that are not solvents for acrylic can cause cracking and crazing. Attacked by mineral acids. Difficult to weld but can be satisfactorily solvent cemented. Not suitable for normal vacuum forming operations.
APPLICATIONS:
Glazing, illuminated and non illuminated signs. Street lamp housings, Coach roof lights, guards for machines and food displays. Baths and washbasins. Covers on solar panels.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 2510; S.G. 1.19 Max. Operating Temp. °C
50
Surface hardness
RM104 -5
Water absorption %
0.2
Linear expansion m/m/°C (x10 )
6
Tensile strength MPa
72
Flammability UL94
HB
Flexural modulus GPa
3.1
Oxygen index %
18
Elongation at break %
4
Vol. Resist. log ohmcm
17
Strain at Yield %
N/A
Dielect. strength MV/m
20
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
3.3
HDT @ 0.45 MPa °C
107
Dissipation Fact.1kHz
0.04
HDT @ 1.80 MPa °C
96
Matl. drying hrs @ °C
NI
Melt temp. range °C
NA
Mould shrinkage %
0.04
Mould temp. range °C
NA
23
The Plastics Compendium - Volume 1, Key Properties and Sources
TRADE NAMES: ACRIVE
Swedlow
ACRYLITE
Cyro Industries
ALTUGLAS
AtoHaas
GLASFLEX
Glasflex
LUCITE
DuPont
OROGLAS
Rohm & Haas
PERSPEX
ICI Acrylics
PLEXIGLAS
Rohm & Haas
Acrylic (PMMA) (Polymethylmethacrylate): General purpose ADVANTAGES:
Outstanding weathering and resistance to UV radiation. Transparent. High gloss and hardness. Good rigidity. Dimensionally stable. Good abrasion resistance - surface scratches can be polished out.
DISADVANTAGES:
Not a tough material in comparison with engineering plastics, notch sensitive and generally brittle. Although not attacked by alcohol alone, alcohol with carbon tetrachloride and ether will cause swelling. Dissolved by most aromatic and chlorinated hydrocarbons. Water absorption is low but can have a considerable effect on dimensions and a lesser one on mechanical properties.
APPLICATIONS:
Sinks, baths, knobs and battons. Displays and signs. Aircraft glazing, technical models, tap tops and accessories. Automotive rear light housings, automotive components such as badges, steering wheel insignia and fascia panels.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1910; S.G. 1.18 Max. Operating Temp. °C
50
Surface hardness
RM92
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
7
Tensile strength MPa
70
Flammability UL94
HB
Flexural modulus GPa
2.9
Oxygen index %
19
Elongation at break %
2.5
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
25
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
3.3
HDT @ 0.45 MPa °C
103
Dissipation Fact.1kHz
0.03
HDT @ 1.80 MPa °C
95
Matl. drying hrs @ °C
2 @ 75
Melt temp. range °C
220 - 240
Mould shrinkage %
0.6
Mould temp. range °C
60 - 80
TRADE NAMES: ACRIVE
Swedlow
ACRYLITE
Cyro Industries
ALTUGLAS
AtoHaas
DIAKON
ICI Acrylics
GLASFLEX
Glasflex
LUCITE
DuPont
LUCRYL G
BASF
24
Acrylic PLEXIGLAS
Rohm & Haas
PMMA
Goodfellow
Acrylic (PMMA) (Polymethylmethacrylate): High impact ADVANTAGES:
Improved toughness and elongation at break and good flow properties when compared with unmodified grades.
DISADVANTAGES:
Increased haze and reduced tensile properties compared to conventional acrylic.
APPLICATIONS:
Glazing, displays and signs, moulds for display and demonstration purposes. Automotive rear light housings.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 2265; S.G. 1.11 Max. Operating Temp. °C
50
Surface hardness
RM25
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
10
Tensile strength MPa
40
Flammability UL94
HB
Flexural modulus GPa
1.9
Oxygen index %
19
Elongation at break %
3.5
Vol. Resist. log ohmcm
16
Strain at Yield %
N/A
Dielect. strength MV/m
17
Notched Izod kJ/m
0.04
Dielect. const. 1kHz
2.8
HDT @ 0.45 MPa °C
90
Dissipation Fact.1kHz
0.03
HDT @ 1.80 MPa °C
75
Matl. drying hrs @ °C
2 @ 75
Melt temp. range °C
220 - 240
Mould shrinkage %
0.6
Mould temp. range °C
60 - 80
TRADE NAMES: ACRIVE
Swedlow
ACRYLITE
Cyro Industries
ALTUGLAS
AtoHaas
DIAKON TD
ICI Acrylics
GLASFLEX
Glasflex
LUCITE
DuPont
LUCRYL
BASF
PLEXIGLAS
Rohm & Haas
25
The Plastics Compendium - Volume 1, Key Properties and Sources
Alkyd All Grades: ADVANTAGES: Much cheaper than DAP and Silicones.Relatively easy to injection mould. Excellent dielectric strength.
DISADVANTAGES: Electrical properties affected by high humidity. Limited temperature range up to 130°C (270°F).
APPLICATIONS: Mouldings for electronic components such as coils and brush holders, pump impellers. Cookware for microwave ovens. Coatings, particularly for aluminium and wood.
Alkyd: Long glass fibre reinforced; high impact ADVANTAGES:
Long glass fibre gives the highest tensile strength, oxygen index, flexural modulus, notched izod impact strength and heat distortion temperature for alkyd grades within this Handbook. Good elongation at break and mould shrinkage compared with other modified grades of alkyd.
DISADVANTAGES:
Highest linear expansion and cost compared with other modified grades of alkyd.
APPLICATIONS:
Electrical switching components and insulators, complicated parts with insulators.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 4750; S.G. 2.07 Max. Operating Temp. °C
130
Surface hardness
RM125
Water absorption %
0.18
Linear expansion m/m/°C (x10-5)
5.5
Tensile strength MPa
80
Flammability UL94
V0
Flexural modulus GPa
9
Oxygen index %
50
Elongation at break %
0.9
Vol. Resist. log ohmcm
16
Strain at Yield %
N/A
Dielect. strength MV/m
13
Notched Izod kJ/m
0.32
Dielect. const. 1kHz
4.7
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.011
HDT @ 1.80 MPa °C
260
Matl. drying hrs @ °C
6 @ 30
Melt temp. range °C
40 - 70
Mould shrinkage %
0.3
Mould temp. range °C
135 - 160
26
Alkyd
TRADE NAMES: DUREZ (ALKYD)
Occidental Chemical
GLASKYD
Cytec
PLENCO ALKYD
Plastics Engineering
USP ALKYD
Fibrecote Industries
Alkyd: Mineral filled ADVANTAGES:
Lowest S.G. compared with other modified grades of alkyd.
DISADVANTAGES:
Lowest tensile strength, flexural modulus, elongation at break, notched impact strength, mould shrinkage and HDT compared with other modified grades of alkyd.
APPLICATIONS:
Lamp holders, sockets, relay bases, switches, coil formers and brush holders. Encapsulation of capacitors, resistors and diodes.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 3300; S.G. 1.9 Max. Operating Temp. °C
130
Surface hardness
RE98 -5
Water absorption %
0.2
Linear expansion m/m/°C (x10 )
4
Tensile strength MPa
45
Flammability UL94
V1
Flexural modulus GPa
7
Oxygen index %
29
Elongation at break %
0.6
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
13
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
6.5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.02
HDT @ 1.80 MPa °C
210
Matl. drying hrs @ °C
6 @ 30
Melt temp. range °C
40 - 80
Mould shrinkage %
0.5
Mould temp. range °C
150 - 180
TRADE NAMES: DUREZ (ALKYD)
Occidental Chemical
GLASKYD
Cytec
PLENCO ALKYD
Plastics Engineering
USP ALKYD
Fibrecote Industries
Alkyd: Mineral & glass fibre reinforced ADVANTAGES:
Good tensile strength and flexural modulus compared with other modified grades of alkyd.
DISADVANTAGES:
Lowest oxygen index and high S.G. compared with other modified grades of alkyd.
APPLICATIONS:
Lamp holders, sockets, relay bases, switches, coil formers and brush holders.
27
The Plastics Compendium - Volume 1, Key Properties and Sources
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 2550; S.G. 2.2 Max. Operating Temp. °C
130
Surface hardness
RM125
Water absorption %
0.19
Linear expansion m/m/°C (x10-5)
3.75
Tensile strength MPa
72
Flammability UL94
V2
Flexural modulus GPa
8.6
Oxygen index %
27
Elongation at break %
0.8
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
13
Notched Izod kJ/m
0.24
Dielect. const. 1kHz
6.1
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.012
HDT @ 1.80 MPa °C
220
Matl. drying hrs @ °C
6 @ 30
Melt temp. range °C
40 - 80
Mould shrinkage %
0.4
Mould temp. range °C
150 - 180
TRADE NAMES: DUREZ (ALKYD)
Occidental Chemical
GLASKYD
Cytec
PLENCO ALKYD
Plastics Engineering
USP ALKYD
Fibrecote Industries
Alkyd: Mineral & glass fibre reinforced; fire retardant ADVANTAGES:
Very high oxygen index (50%) compared with other modified grades grades of alkyd.
DISADVANTAGES:
Highest S.G. and lowest heat distortion temperature compared with other modified grades of alkyd.
APPLICATIONS:
Lamp holders, sockets, relay bases, switches, coil formers and brush holders. Encapsulation of capacitors, resistors and diodes.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 3450; S.G. 2.3 Max. Operating Temp. °C
130
Surface hardness
RM120 -5
Water absorption %
0.19
Linear expansion m/m/°C (x10 )
3.8
Tensile strength MPa
68
Flammability UL94
V0
Flexural modulus GPa
8.4
Oxygen index %
50
Elongation at break %
0.8
Vol. Resist. log ohmcm
13
Strain at Yield %
N/A
Dielect. strength MV/m
12
Notched Izod kJ/m
0.025
Dielect. const. 1kHz
6.2
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.019
HDT @ 1.80 MPa °C
210
Matl. drying hrs @ °C
6 @ 30
Melt temp. range °C
40 - 80
Mould shrinkage %
0.4
Mould temp. range °C
150 - 170
28
Alkyd
TRADE NAMES: DUREZ (ALKYD)
Occidental Chemical
GLASKYD
Cytec
PLENCO ALKYD
Plastics Engineering
USP ALKYD
Fibrecote Industries
Alkyd: Short glass fibre reinforced ADVANTAGES:
Short glass fibre gives the lowest mould shrinkage and highest elongation at break for alkyd grades within this Handbook. Good notched izod impact strength, heat distortion temperature and S.G. compared with other modified grades of alkyd.
DISADVANTAGES:
Low tensile strength, flexural modulus and oxygen index compared with other modified grades of alkyd.
APPLICATIONS:
Automotive ignition applications and electronic switching components.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 2550; S.G. 2.06 Max. Operating Temp. °C
130
Surface hardness
RM110 -5
Water absorption %
0.15
Linear expansion m/m/°C (x10 )
4.5
Tensile strength MPa
60
Flammability UL94
V1
Flexural modulus GPa
8
Oxygen index %
30
Elongation at break %
1
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
13
Notched Izod kJ/m
0.265
Dielect. const. 1kHz
6.5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.017
HDT @ 1.80 MPa °C
240
Matl. drying hrs @ °C
6 @ 30
Melt temp. range °C
40 - 70
Mould shrinkage %
0.2
Mould temp. range °C
160 - 180
TRADE NAMES: DUREZ (ALKYD)
Occidental Chemical
GLASKYD
Cytec
PLENCO ALKYD
Plastics Engineering
USP ALKYD
Fibrecote Industries
Alkyd: Short glass fibre reinforced; fire retardant ADVANTAGES:
High oxygen index (34%) compared with non-flame retarded modified grades of Alkyd. Good heat distortion temperature, mould shrinkage and elongation at break compared with other modified grades of Alkyd.
29
The Plastics Compendium - Volume 1, Key Properties and Sources DISADVANTAGES:
Low tensile strength and flexural modulus compared with other modified grades of Alkyd.
APPLICATIONS:
Lamp holders, sockets, relay bases, switches, coil formers and brush holders. Encapsulation of capacitors, resistors and diodes.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 3500; S.G. 2.1 Max. Operating Temp. °C
130
Surface hardness
RM110
Water absorption %
0.16
Linear expansion m/m/°C (x10-5)
4.7
Tensile strength MPa
58
Flammability UL94
V0
Flexural modulus GPa
7.5
Oxygen index %
34
Elongation at break %
1
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
13
Notched Izod kJ/m
0.22
Dielect. const. 1kHz
6.9
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.02
HDT @ 1.80 MPa °C
240
Matl. drying hrs @ °C
6 @ 30
Melt temp. range °C
40 - 80
Mould shrinkage %
0.2
Mould temp. range °C
150 - 180
TRADE NAMES: DUREZ (ALKYD)
Occidental Chemical
GLASKYD
Cytec
PLENCO ALKYD
Plastics Engineering
USP ALKYD
Fibrecote Industries
ASA (Acrylate Styrene Acrylonitrile) ADVANTAGES: Good UV resistance. Reasonable impact performance.
DISADVANTAGES: Limited resistance to solvents.
APPLICATIONS: Outdoor signs. Covers for machinery. Exterior panels. Garden furniture.
30
CA
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1850; S.G. 1.07 Max. Operating Temp. °C
60
Surface hardness
RR105
Water absorption %
0.5
Linear expansion m/m/°C (x10-5)
10
Tensile strength MPa
35
Flammability UL94
HB
Flexural modulus GPa
2.5
Oxygen index %
19
Elongation at break %
10
Vol. Resist. log ohmcm
14
Strain at Yield %
3.3
Dielect. strength MV/m
22
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
3.2
HDT @ 0.45 MPa °C
97
Dissipation Fact.1kHz
0.025
HDT @ 1.80 MPa °C
85
Matl. drying hrs @ °C
3 @ 85
Melt temp. range °C
210 - 240
Mould shrinkage %
0.5
Mould temp. range °C
50 - 85
TRADE NAMES: CENTREX
Monsanto
LURAN S
BASF
LUSTRAN ASA
Monsanto
CA (Cellulose Acetate) ADVANTAGES: Transparent, glossy and reasonably hard for a thermoplastic. Reasonable impact at low temperatures.
DISADVANTAGES: Only moderate UV stability. High moisture absorption and associated dimensional instability. Flammable. Attacked by concentrated acids and alkalis. Swollen by chlorinated and aromatic hydrocarbons, alcohols and ketones.
APPLICATIONS: Cosmetic containers, tool handles, steering wheel covers, spectacle frames, pens, packaging, toys and models, brush handles.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 2700; S.G. 1.28 Max. Operating Temp. °C
60
Surface hardness
RR71
Water absorption %
2.2
Linear expansion m/m/°C (x10-5)
12
Tensile strength MPa
30
Flammability UL94
HB
Flexural modulus GPa
1.7
Oxygen index %
17
31
The Plastics Compendium - Volume 1, Key Properties and Sources Elongation at break %
35
Vol. Resist. log ohmcm
11
Strain at Yield %
3.9
Dielect. strength MV/m
11
Notched Izod kJ/m
0.2
Dielect. const. 1kHz
6
HDT @ 0.45 MPa °C
63
Dissipation Fact.1kHz
0.06
HDT @ 1.80 MPa °C
60
Matl. drying hrs @ °C
2 @ 70
Melt temp. range °C
170 - 240
Mould shrinkage %
0.6
Mould temp. range °C
40 - 50
TRADE NAMES: DEXEL
Courtaulds Chemicals
TENITE A
Eastman Chemical Co.
TENITE ACETATE
Eastman Chemical
CAB (Cellulose Acetate Butyrate) ADVANTAGES: Better weathering characteristics than Cellulose Acetate or Cellulose Propionate. Tougher than Cellulose Acetate. Lower moisture absorption than Cellulose Acetate. Transparent. Glossy.
DISADVANTAGES: Attacked or swollen by many solvents including chlorinated and aromatic hydrocarbons, alcohols and ketones. More expensive than Cellulose Acetate.
APPLICATIONS: Tool handles, panels for illuminated signs, steering wheels, goggles, bathroom fittings, decorative trim for cars and consumer durables, drawing stencils, pens, pneumatic system traps, blister packaging, laminating with aluminium foil.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 3480; S.G. 1.18 Max. Operating Temp. °C
60
Surface hardness
RR69
Water absorption %
1.3
Linear expansion m/m/°C (x10-5)
12
Tensile strength MPa
35
Flammability UL94
HB
Flexural modulus GPa
1.3
Oxygen index %
17
Elongation at break %
60
Vol. Resist. log ohmcm
11
Strain at Yield %
4
Dielect. strength MV/m
10
Notched Izod kJ/m
0.26
Dielect. const. 1kHz
5
HDT @ 0.45 MPa °C
73
Dissipation Fact.1kHz
0.04
HDT @ 1.80 MPa °C
62
32
CEE TPE Matl. drying hrs @ °C
2 @ 70
Melt temp. range °C
170 - 240
Mould shrinkage %
0.5
Mould temp. range °C
40 - 50
TRADE NAMES: CELLIDOR B
Albis
TENITE B
Eastman Chemical Co.
TENITE BUTYRATE
Eastman Chemical
CEE TPE (Coether Ester based Thermoplastic Elastomer) All Grades: ADVANTAGES: Good abrasion resistance. Useable between -60°C/-80°F and +85°C/+185°F, certain formulations up to +140°C/+280°F. Excellent impermeability. Can be rotationally moulded.
DISADVANTAGES: Sensitive to hydrolysis at elevated temperatures. More expensive than other TPEs.
APPLICATIONS: Low permeability hose and tubing, fuel tanks, flexible couplings, transmission belts and gears. Impact modifier for PVC.
CEE TPE (Coether Ester based Thermoplastic Elastomer): TPE 40D ADVANTAGES:
Best low temperature stability, impact resistance, resilience, and flex fatigue of the CEE TPEs (40D - 72D).
DISADVANTAGES:
Lowest tensile strength and modulus of the CEE TPEs (40D - 72D).
APPLICATIONS:
Tubing, hose, film, sheeting, belting, auto trim, seals, gears, other moulded parts.
PLASCAMS DATA SHEET Resin type: TP Elast.; Cost £/Tonne: 4100; S.G. 1.17 Max. Operating Temp. °C
85
Surface hardness
SD40
Water absorption %
0.6
Linear expansion m/m/°C (x10-5)
20
Tensile strength MPa
25
Flammability UL94
HB
Flexural modulus GPa
0.05
Oxygen index %
19
33
The Plastics Compendium - Volume 1, Key Properties and Sources Elongation at break %
450
Vol. Resist. log ohmcm
10
Strain at Yield %
N/Y
Dielect. strength MV/m
17
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
4.5
HDT @ 0.45 MPa °C
100
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
10@115
Melt temp. range °C
200 - 230
Mould shrinkage %
1
Mould temp. range °C
20 - 50
TRADE NAMES: ARNITEL
DSM
HYTREL
DuPont
LOMOD
G.E. Plastics
RITEFLEX
Hoechst
CEE TPE (Coether Ester based Thermoplastic Elastomer): TPE 55D ADVANTAGES:
Exhibits the best combination of high and low temperature properties such as flexibility, impact resistance and creep resistance of the CEE TPEs (40D-72D).
DISADVANTAGES:
Lower tensile strength and flexural modulus than CEE TPE 72D.
APPLICATIONS:
Tubing, hose, film, sheet, belting, segmental tracks, seals, packings, fuel tanks, rotomoulded wheels, moulded parts.
PLASCAMS DATA SHEET Resin type: TP Elast.; Cost £/Tonne: 4000; S.G. 1.2 Max. Operating Temp. °C
85
Surface hardness
SD55
Water absorption %
0.5
Linear expansion m/m/°C (x10-5)
18
Tensile strength MPa
38
Flammability UL94
HB
Flexural modulus GPa
0.2
Oxygen index %
19
Elongation at break %
450
Vol. Resist. log ohmcm
10
Strain at Yield %
N/Y
Dielect. strength MV/m
17
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
4.3
HDT @ 0.45 MPa °C
157
Dissipation Fact.1kHz
0.015
HDT @ 1.80 MPa °C
49
Matl. drying hrs @ °C
NI
Melt temp. range °C
200 - 230
Mould shrinkage %
1
Mould temp. range °C
20 - 50
TRADE NAMES: ARNITEL
DSM
HYTREL
DuPont
LOMOD
G.E. Plastics
RITEFLEX
Hoechst
34
CP
CEE TPE (Coether Ester based Thermoplastic Elastomer): TPE 72D ADVANTAGES:
Higher tensile strength and modulus than other CEE TPEs (40D - 72D).
DISADVANTAGES:
Lower elongation at break, notched izod impact strength and low-temperature properties than other CEE TPE (40D - 72D).
APPLICATIONS:
Tubing, wire and cable jacketing, moulded shapes.
PLASCAMS DATA SHEET Resin type: TP Elast.; Cost £/Tonne: 3730; S.G. 1.25 Max. Operating Temp. °C
85
Surface hardness
SD72
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
20
Tensile strength MPa
40
Flammability UL94
HB
Flexural modulus GPa
0.5
Oxygen index %
19
Elongation at break %
350
Vol. Resist. log ohmcm
10
Strain at Yield %
N/Y
Dielect. strength MV/m
17
Notched Izod kJ/m
0.3
Dielect. const. 1kHz
4.2
HDT @ 0.45 MPa °C
166
Dissipation Fact.1kHz
0.02
HDT @ 1.80 MPa °C
30
Matl. drying hrs @ °C
10@115
Melt temp. range °C
200 - 230
Mould shrinkage %
1
Mould temp. range °C
20 - 50
TRADE NAMES: ARNITEL
DSM
HYTREL
DuPont
RITEFLEX
Hoechst
CP (Cellulose Propionate) ADVANTAGES: Lower plasticiser migration than Cellulose Acetate or Cellulose Acetate Butyrate. Stiffer than Cellulose Acetate or Cellulose Acetate Butyrate. Transparent. Glossy. Better low temperature impact properties than Cellulose Acetate or Cellulose Acetate Butyrate.
DISADVANTAGES: Poorer weathering resistance than Cellulose Acetate or Cellulose Acetate Butyrate. More expensive than Cellulose Acetate or Cellulose Acetate Butyrate. Attacked by acids & alkalis and swollen by chlorinated and aromatic hydrocarbons, alcohols and ketones.
35
The Plastics Compendium - Volume 1, Key Properties and Sources APPLICATIONS: Spectacle frames, goggles, tool handles, covers for television screens, cutlery handles, lampshades, drawing aids, packaging, toys, blister packaging.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 3480; S.G. 1.22 Max. Operating Temp. °C
60
Surface hardness
RR94
Water absorption %
1.8
Linear expansion m/m/°C (x10-5)
12
Tensile strength MPa
35
Flammability UL94
HB
Flexural modulus GPa
1.76
Oxygen index %
17
Elongation at break %
60
Vol. Resist. log ohmcm
12
Strain at Yield %
4
Dielect. strength MV/m
11
Notched Izod kJ/m
0.13
Dielect. const. 1kHz
4
HDT @ 0.45 MPa °C
96
Dissipation Fact.1kHz
0.03
HDT @ 1.80 MPa °C
82
Matl. drying hrs @ °C
2 @ 70
Melt temp. range °C
180 - 250
Mould shrinkage %
0.5
Mould temp. range °C
40 - 50
TRADE NAMES: CELLIDOR CP
Albis
TENITE P
Eastman Chemical Co.
TENITE PROPIONATE
Eastman Chemical
CPE (Chlorinated Polyethylene) ADVANTAGES: Good UV resistance. Flexible. High tear strength. Good chemical resistance. Inherently difficult to ignite.
DISADVANTAGES: Evolution of hydrogen chloride during combustion. High gas permeability.
APPLICATIONS: Mainly used as impact modifier for PVC or compounded with LDPE or HDPE film to improve toughness. Films used as pond liners and for agricultural applications.
36
CPVC
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 1500; S.G. 1.16 Max. Operating Temp. °C
60
Surface hardness
SA70
Water absorption %
0.01
Linear expansion m/m/°C (x10-5)
18
Tensile strength MPa
12.5
Flammability UL94
HB
Flexural modulus GPa
0.002
Oxygen index %
22
Elongation at break %
700
Vol. Resist. log ohmcm
13
Strain at Yield %
N/Y
Dielect. strength MV/m
12
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
5.5
HDT @ 0.45 MPa °C
35
Dissipation Fact.1kHz
0.1
HDT @ 1.80 MPa °C
25
Matl. drying hrs @ °C
NA
Melt temp. range °C
150 - 170
Mould shrinkage %
3
Mould temp. range °C
20 - 40
TRADE NAMES: DOW CPE
Dow
HOSTAPREN
Hoechst
TYRIN CPE
Dow
CPVC (Chlorinated Polyvinyl Chloride) (Chlorinated PVC) ADVANTAGES: Service tempertaure of 90°C/190°F. Self-extinguishing. Reasonable weathering performance.
DISADVANTAGES: More difficult to process than UPVC or Plasticised PVC.
APPLICATIONS: Hot water piping.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1600; S.G. 1.52 Max. Operating Temp. °C
90
Surface hardness
RR120 -5
Water absorption %
0.1
Linear expansion m/m/°C (x10 )
7
Tensile strength MPa
58
Flammability UL94
V0
37
The Plastics Compendium - Volume 1, Key Properties and Sources Flexural modulus GPa
3.1
Oxygen index %
50
Elongation at break %
30
Vol. Resist. log ohmcm
14
Strain at Yield %
5
Dielect. strength MV/m
14
Notched Izod kJ/m
0.06
Dielect. const. 1kHz
3.1
HDT @ 0.45 MPa °C
110
Dissipation Fact.1kHz
0.025
HDT @ 1.80 MPa °C
105
Matl. drying hrs @ °C
2 @ 75
Melt temp. range °C
220 - 240
Mould shrinkage %
0.5
Mould temp. range °C
40 - 70
TRADE NAMES: GEON CPVC
Geon
LUCALOR
Elf Atochem
RHENOFLEX
Huls
TEMPRITE
BF Goodrich Chemical
CTFE (Chlorotrifluoroethylene) ADVANTAGES: May be transparent if cooled rapidly. Melt processable. Higher stiffness than PTFE. Very low vapour transmission properties in film form.
DISADVANTAGES: Very expensive. Lower continuous use temperature than ETFE or PFA (c. 150°C/300°F). Higher dissipation factor than PTFE. Inferior chemical resistance to PTFE - attacked by some halogenated hydrocarbons, ethers and esters. Use of CTFE now limited due to competition from other, more recently developed, melt-processable polymers, e.g. FEP, PFA, ECTFE & ETFE.
APPLICATIONS: Chemically resistant O-rings, gaskets, seals and transparent windows. Cryogenic applications. As a film for packaging and sensitive electronics and drugs.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 40500; S.G. 2.1 Max. Operating Temp. °C
150
Surface hardness
RR110
Water absorption %
0.003
Linear expansion m/m/°C (x10-5)
8
Tensile strength MPa
24
Flammability UL94
V0
Flexural modulus GPa
1.6
Oxygen index %
95
Elongation at break %
150
Vol. Resist. log ohmcm
18
Strain at Yield %
7
Dielect. strength MV/m
48
Notched Izod kJ/m
0.2
Dielect. const. 1kHz
2.5
38
DAIP HDT @ 0.45 MPa °C
120
HDT @ 1.80 MPa °C
72
Dissipation Fact.1kHz
0.01
Matl. drying hrs @ °C
NA
Melt temp. range °C
200 - 280
Mould shrinkage %
2
Mould temp. range °C
80 - 130
TRADE NAMES KEL-F
3M
VOLTALEF
Elf Atochem
DAIP (Diallyl Isophthalate) All Grades: ADVANTAGES: High heat resistance (180°C/360°F). No post cure is required in the case of laminates. No volatile products released during curing. Superior tracking resistance compared to phenolic. Good electrical properties maintained at high temperature and high humidity. Non toxic - No volatile solvents as with Polyesters or dermatitic reactions as with Epoxies. Wide range of colours. Higher strength than Epoxy or Polyester.
DISADVANTAGES: Poor resistance to acids. High coefficient of friction.
APPLICATIONS: Moulding compound: Electrical connectors, insulators, tool handles, pump impellers. Coating resin: Sealant for metal castings and wood. Laminating resin: PCBs, high temp. applications, radomes, trunking.
DAIP (Diallyl Isophthalate): Long glass fibre reinforced ADVANTAGES:
Higher tensile strength, flexural modulus, notched izod impact strength and lower mould shrinkage than the other modified grades of DAIP within this Handbook.
DISADVANTAGES:
Lower volume resistance, dielectric strength and higher S.G. compared with the other modified grades of DAIP within this Handbook.
APPLICATIONS:
Pump impellers, tool handles, switchgear.
39
The Plastics Compendium - Volume 1, Key Properties and Sources
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 12500; S.G. 1.81 Max. Operating Temp. °C
180
Surface hardness
RM112
Water absorption %
0.25
Linear expansion m/m/°C (x10-5)
3
Tensile strength MPa
82
Flammability UL94
V2
Flexural modulus GPa
11.3
Oxygen index %
27
Elongation at break %
0.9
Vol. Resist. log ohmcm
13
Strain at Yield %
N/A
Dielect. strength MV/m
14
Notched Izod kJ/m
0.37
Dielect. const. 1kHz
4.1
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.012
HDT @ 1.80 MPa °C
280
Matl. drying hrs @ °C
4 @ 40
Melt temp. range °C
60 - 90
Mould shrinkage %
0.2
Mould temp. range °C
150 - 180
TRADE NAMES: COSMIC DAIP
Cosmic Plastics
DUREZ (DAIP)
Occidental Chemical
DAIP (Diallyl Isophthalate): Mineral filled ADVANTAGES:
Better flow properties and more uniform shrinkage, hence lower warpage than with glass reinforced grades of DAIP.
DISADVANTAGES:
Lower tensile strength, flexural modulus, notched izod impact strength and heat distortion temperature compared with the glass fibre modified grades of DAIP.
APPLICATIONS:
Electrical connectors, switchgear, electrical housings.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 13000; S.G. 1.65 Max. Operating Temp. °C
180
Surface hardness
RM110
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
3.2
Tensile strength MPa
65
Flammability UL94
V2
Flexural modulus GPa
9.5
Oxygen index %
27
Elongation at break %
0.9
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
15
Notched Izod kJ/m
0.32
Dielect. const. 1kHz
5.2
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.03
HDT @ 1.80 MPa °C
230
Matl. drying hrs @ °C
4 @ 40
Melt temp. range °C
60 - 90
Mould shrinkage %
0.3
Mould temp. range °C
150 - 180
40
DAP
TRADE NAMES COSMIC DAIP
Cosmic Plastics
DUREZ (DAIP)
Occidental Chemical
DAIP (Diallyl Isophthalate): Short glass fibre reinforced ADVANTAGES:
Lowest cost, good heat distortion temperature and mid-range tensile strength, flexural modulus and notched izod impact strength compared with other modified grades of DAIP.
DISADVANTAGES:
Highest mould shrinkage compared with other modified grades of DAIP.
APPLICATIONS:
Connectors, Lighting fittings, relay bases, switchgear, coil formers and brush holders.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 11800; S.G. 1.76 Max. Operating Temp. °C
180
Surface hardness
RM110
Water absorption %
0.25
Linear expansion m/m/°C (x10-5)
3.2
Tensile strength MPa
73
Flammability UL94
V2
Flexural modulus GPa
10.7
Oxygen index %
27
Elongation at break %
0.9
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
15
Notched Izod kJ/m
0.35
Dielect. const. 1kHz
4.5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.012
HDT @ 1.80 MPa °C
280
Matl. drying hrs @ °C
4 @ 40
Melt temp. range °C
60 - 90
Mould shrinkage %
0.4
Mould temp. range °C
150 - 180
TRADE NAMES: COSMIC DAIP
Cosmic Plastics
DUREZ (DAIP)
Occidental Chemical
DAP (Diallyl Phthalate) All Grades: ADVANTAGES: Similar to DAIP, but better resistance to alkalis.
41
The Plastics Compendium - Volume 1, Key Properties and Sources DISADVANTAGES: Similar to DAIP except : Lower temperature resistance (160°C/320°F compared with 180°C/360°F for DAIP). Tensile strength approximately 10% lower than DAIP.
APPLICATIONS: As for DAIP where lower temperature capability can be accepted.
DAP (Diallyl Phthalate): Long glass fibre reinforced ADVANTAGES:
Best tensile strength, flexural modulus, notched impact strength and heat distortion temperature compared with other modified grades of DAP.
DISADVANTAGES:
As with other glass filled DAP mouldings, can be anisotropic with a tendency to warp. Expensive compared with other filled grades of DAP.
APPLICATIONS:
Electrical connectors, relays, switches, potentiometers, contact bases and commutators.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 9000; S.G. 1.80 Max. Operating Temp. °C
160
Surface hardness
RM112
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
3
Tensile strength MPa
70
Flammability UL94
HB
Flexural modulus GPa
10.6
Oxygen index %
25
Elongation at break %
0.9
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
16
Notched Izod kJ/m
0.41
Dielect. const. 1kHz
4.4
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
210
Matl. drying hrs @ °C
4 @ 40
Melt temp. range °C
60 - 90
Mould shrinkage %
0.3
Mould temp. range °C
150 - 180
TRADE NAMES: COSMIC DAP
Cosmic Plastics
DUREZ DAP
Occidental Chemical
ROGERS DAP
Rogers
USP DAP
Fibrecote Industries
DAP (Diallyl Phthalate): Long glass fibre reinforced; fire retardant ADVANTAGES:
42
Very good fire retardant characteristics compared with non fire-retarded grades of DAP. Good tensile strength, notched impact strength, heat distortion temperature and mould shrinkage compared with other modified grades of DAP.
DAP DISADVANTAGES:
Most expensive and highest S.G. compared with other filled grades of DAP.
APPLICATIONS:
Electrical connectors, relays, switches, potentiometers, contact bases and commutators.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 9300; S.G. 1.82 Max. Operating Temp. °C
160
Surface hardness
RM110
Water absorption %
0.22
Linear expansion m/m/°C (x10-5)
3.1
Tensile strength MPa
66
Flammability UL94
V0
Flexural modulus GPa
9.6
Oxygen index %
34
Elongation at break %
0.8
Vol. Resist. log ohmcm
13
Strain at Yield %
N/A
Dielect. strength MV/m
15
Notched Izod kJ/m
0.38
Dielect. const. 1kHz
4.6
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.004
HDT @ 1.80 MPa °C
205
Matl. drying hrs @ °C
4 @ 40
Melt temp. range °C
60 - 90
Mould shrinkage %
0.3
Mould temp. range °C
150 - 180
TRADE NAMES: COSMIC DAP
Cosmic Plastics
DUREZ DAP
Occidental Chemical
ROGERS DAP
Rogers
USP DAP
Fibrecote Industries
DAP (Diallyl Phthalate): Mineral filled ADVANTAGES:
Better flow and more uniform shrinkage, hence lower warpage than glass reinforced grades of DAP.
DISADVANTAGES:
Low heat distortion temperature and tensile strength compared with other filled grades of DAP.
APPLICATIONS:
Electrical connectors, relays, switches, potentiometers, contact bases and commutators.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 7500; S.G. 1.65 Max. Operating Temp. °C
160
Surface hardness
RM110 -5
Water absorption %
0.25
Linear expansion m/m/°C (x10 )
3.2
Tensile strength MPa
57
Flammability UL94
HB
Flexural modulus GPa
9.5
Oxygen index %
25
Elongation at break %
0.9
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
15
Notched Izod kJ/m
0.35
Dielect. const. 1kHz
5.2
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.04
HDT @ 1.80 MPa °C
190
43
The Plastics Compendium - Volume 1, Key Properties and Sources Matl. drying hrs @ °C
4 @ 40
Melt temp. range °C
60 - 90
Mould shrinkage %
0.6
Mould temp. range °C
150 - 180
TRADE NAMES: COSMIC DAP
Cosmic Plastics
DUREZ DAP
Occidental Chemical
ROGERS DAP
Rogers
USP DAP
Fibrecote Industries
DAP (Diallyl Phthalate): Mineral and synthetic fibre filled ADVANTAGES:
Lowest cost, S.G., highest elongation at break and good notched impact strength compared with other modified grades of DAP.
DISADVANTAGES:
Lowest tensile strength, surface hardness and heat distortion temperature compared with other filled grades of DAP.
APPLICATIONS:
Electrical connectors, relays, switches, potentiometers, contact bases and commutators.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 5000; S.G. 1.6 Max. Operating Temp. °C
160
Surface hardness
RM90 -5
Water absorption %
0.3
Linear expansion m/m/°C (x10 )
3.4
Tensile strength MPa
45
Flammability UL94
HB
Flexural modulus GPa
6.8
Oxygen index %
25
Elongation at break %
1.1
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
16
Notched Izod kJ/m
0.38
Dielect. const. 1kHz
5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.035
HDT @ 1.80 MPa °C
170
Matl. drying hrs @ °C
4 @ 40
Melt temp. range °C
60 - 90
Mould shrinkage %
0.6
Mould temp. range °C
150 - 180
TRADE NAMES: COSMIC DAP
Cosmic Plastics
DUREZ DAP
Occidental Chemical
ROGERS DAP
Rogers
USP DAP
Fibrecote Industries
44
DAP
DAP (Diallyl Phthalate): Short glass fibre reinforced ADVANTAGES:
Good tensile strength, flexural modulus and elongation at break with the best combination of volume resistance and dielectric strength compared with other modified grades of DAP.
DISADVANTAGES:
As with other glass filled DAP mouldings, can be anisotropic with a tendency to warp.
APPLICATIONS:
Electrical connectors, relay bases, switches, coil formers and brush holders.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 7000; S.G. 1.75 Max. Operating Temp. °C
160
Surface hardness
RM110
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
3.2 HB
Tensile strength MPa
60
Flammability UL94
Flexural modulus GPa
10
Oxygen index %
25
Elongation at break %
1
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
16
Notched Izod kJ/m
0.37
Dielect. const. 1kHz
4.7
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.02
HDT @ 1.80 MPa °C
200
Matl. drying hrs @ °C
4 @ 40
Melt temp. range °C
60 - 90
Mould shrinkage %
0.6
Mould temp. range °C
150 - 180
TRADE NAMES: COSMIC DAP
Cosmic Plastics
DUREZ DAP
Occidental Chemical
ROGERS DAP
Rogers
USP DAP
Fibrecote Industries
DAP (Diallyl Phthalate): Short glass fibre reinforced; fire retardant ADVANTAGES:
Very good fire retardant characteristics compared with non fire-retarded grades of DAP.
DISADVANTAGES:
Low tensile strength and lowest notched impact strength compared with other filled grades of DAP.
APPLICATIONS:
Electrical connectors, relays, switches, potentiometers, contact bases and commutators.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 7500; S.G. 1.8 Max. Operating Temp. °C
160
Surface hardness
RM110 -5
Water absorption %
0.22
Linear expansion m/m/°C (x10 )
3.3
Tensile strength MPa
55
Flammability UL94
V0
45
The Plastics Compendium - Volume 1, Key Properties and Sources Flexural modulus GPa
8.5
Oxygen index %
34
Elongation at break %
0.8
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
15
Notched Izod kJ/m
0.3
Dielect. const. 1kHz
4.8
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.003
HDT @ 1.80 MPa °C
195
Matl. drying hrs @ °C
4 @ 40
Melt temp. range °C
60 - 90
Mould shrinkage %
0.6
Mould temp. range °C
150 - 180
TRADE NAMES: COSMIC DAP
Cosmic Plastics
DUREZ DAP
Occidental Chemical
ROGERS DAP
Rogers
USP DAP
Fibrecote Industries
ECTFE (Ethylene-Chlorotrifluoroethylene) All Grades: ADVANTAGES: Melt processable. Good high-frequency electrical characteristics. Inherent fire retardance. Good creep and tensile properties (comparable to Nylon 6/6). Good radiation and wear resistance.
DISADVANTAGES: Extremely expensive. Attacked by esters & aromatic hydrocarbons.
APPLICATIONS: Cable covering, chemically resistant linings etc., filaments for weaving into fabric, film, flexible circuitry, valve & pump components, tubing for optical fibres.
ECTFE (Ethylene-Chlorotrifluoroethylene) PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 17000; S.G. 1.7 Max. Operating Temp. °C
130
Surface hardness
RR93
Water absorption %
0.01
Linear expansion m/m/°C (x10-5)
20
Tensile strength MPa
30
Flammability UL94
V0
46
ECTFE Flexural modulus GPa
1.7
Oxygen index %
60
Elongation at break %
200
Vol. Resist. log ohmcm
15 40
Strain at Yield %
5
Dielect. strength MV/m
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
2.6
HDT @ 0.45 MPa °C
115
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
76
Matl. drying hrs @ °C
NA
Melt temp. range °C
270 - 300
Mould shrinkage %
3
Mould temp. range °C
90 - 135
TRADE NAMES FLUOROMELT FPC
LNP Plastics Plastics
HALAR
Ausimont
HALAR ECTFE
Allied Signal
ECTFE (Ethylene-Chlorotrifluoroethylene): Glass fibre filled ADVANTAGES:
Significantly increased tensile strength and flexural modulus, increased heat distortion temperature, reduced linear expansion and mould shrinkage compared with unmodified ECTFE.
DISADVANTAGES:
Significantly reduced elongation at break and notched izod impact strength compared with unmodified ECTFE. Mouldings can be highly anisotropic.
APPLICATIONS:
Chemical containers, valves, scrubbing towers and tower packings.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 17500; S.G. 1.85 Max. Operating Temp. °C
130
Surface hardness
RR100
Water absorption %
0.01
Linear expansion m/m/°C (x10-5)
2.9
Tensile strength MPa
82
Flammability UL94
V0
Flexural modulus GPa
6.5
Oxygen index %
60
Elongation at break %
10
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
35
Notched Izod kJ/m
0.37
Dielect. const. 1kHz
2.9
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.004
HDT @ 1.80 MPa °C
200
Matl. drying hrs @ °C
NA
Melt temp. range °C
270 - 300
Mould shrinkage %
0.4
Mould temp. range °C
100 - 120
TRADE NAMES: FLUOROMELT FPCF
LNP Plastics Plastics
HALAR
Ausimont
HALAR ECTFE
Allied Signal
47
The Plastics Compendium - Volume 1, Key Properties and Sources
EEA TPE (Etherester Amide based Thermoplastic Elastomer) All Grades: ADVANTAGES: Good low-temperature impact resistance.
DISADVANTAGES: Sensitive to hydrolysis. Not resistant to ketones, alcohols, chlorinated & aromatic hydrocarbons.
APPLICATIONS: Cable covering, footwear, hosing & tubing, membranes.
EEA TPE (Etherester Amide based Thermoplastic Elastomer): TPE 70A ADVANTAGES:
High elastic memory, better low temperature properties and higher elongation at break than other EEA TPEs.
DISADVANTAGES:
Lower hardness, abrasion resistance, tensile strength and modulus than other grades of EEA TPE (70A 63D).
APPLICATIONS:
Replaces rubbers in tubes, pipes and moulded parts.
PLASCAMS DATA SHEET Resin type: TP Elast.; Cost £/Tonne: 4190; S.G. 1.01 Max. Operating Temp. °C
65
Surface hardness
SA70
Water absorption %
1.2
Linear expansion m/m/°C (x10-5)
21
Tensile strength MPa
29
Flammability UL94
HB
Flexural modulus GPa
0.02
Oxygen index %
19
Elongation at break %
680
Vol. Resist. log ohmcm
10
Strain at Yield %
N/Y
Dielect. strength MV/m
14
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
5
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
4 @ 90
Melt temp. range °C
220 - 240
Mould shrinkage %
1.4
Mould temp. range °C
30 - 50
48
EEA TPE
TRADE NAMES: PEBAX
Atochem
PEBAX
Elf Atochem
EEA TPE (Etherester Amide based Thermoplastic Elastomer): TPE 40D ADVANTAGES:
Higher tensile strength and flexural modulus than EEA TPE 70A.
DISADVANTAGES:
Lower tensile strength, flexural modulus than EEA TPE 63D. Lower elongation at break than EEA TPE 70A.
APPLICATIONS:
Rotational moulding grade, balls, etc. Extrusion of tubes, pipes, profiles and film, cable jackets.
PLASCAMS DATA SHEET Resin type: TP Elast.; Cost £/Tonne: 5515; S.G. 1.01 Max. Operating Temp. °C
65
Surface hardness
SD40
Water absorption %
1.2
Linear expansion m/m/°C (x10-5)
22
Tensile strength MPa
33
Flammability UL94
HB
Flexural modulus GPa
0.1
Oxygen index %
18
Elongation at break %
620
Vol. Resist. log ohmcm
10
Strain at Yield %
40
Dielect. strength MV/m
14
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
5
HDT @ 0.45 MPa °C
30
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
4 @ 90
Melt temp. range °C
220 - 240
Mould shrinkage %
1.4
Mould temp. range °C
30 - 50
TRADE NAMES: PEBAX
Atochem
PEBAX
Elf Atochem
EEA TPE (Etherester Amide based Thermoplastic Elastomer): TPE 63D ADVANTAGES:
Better low-temperature impact resistance and elongation at break than other grades of EEA TPE (70A - 63D).
DISADVANTAGES:
Lowest elongation at break and highest water absorption of the EEA TPE (70A - 63D).
APPLICATIONS:
Moulded items: ski boots, sports goods, automotive parts.
49
The Plastics Compendium - Volume 1, Key Properties and Sources
PLASCAMS DATA SHEET Resin type: TP Elast.; Cost £/Tonne: 5015; S.G. 1.11 Max. Operating Temp. °C
65
Surface hardness
SD63
Water absorption %
6.4
Linear expansion m/m/°C (x10-5)
16
Tensile strength MPa
42
Flammability UL94
HB
Flexural modulus GPa
0.4
Oxygen index %
19
Elongation at break %
410
Vol. Resist. log ohmcm
10
Strain at Yield %
30
Dielect. strength MV/m
14
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
5
HDT @ 0.45 MPa °C
145
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
4 @ 90
Melt temp. range °C
220 - 240
Mould shrinkage %
1.4
Mould temp. range °C
30 - 50
TRADE NAMES: PEBAX
Atochem
PEBAX
Elf Atochem
Epoxies All Grades: ADVANTAGES: No volatiles during cure. Low resin shrinkage during cure. Good chemical resistance, better than polyesters. Good heat resistance - certain formulations to 170°C (340°F). Excellent adhesion to various substrates and reinforcing fibres.
DISADVANTAGES: Expensive. Certain catalysts (hardeners) can cause dermatitis. Require precise formulation and curing to achieve optimum properties.
APPLICATIONS: Mouldings: Injection, transfer and compression mainly for electrical components. Laminates: With carbon, glass and Kevlar fibres for aerospace applications. Coatings: For chemical protection of pipes and structures,marine protection, car coatings. Other: Used for tooling, encapsulation and as an adhesive.
50
Epoxies
Epoxies: Laminate; carbon fibre prepreg ADVANTAGES:
Carbon fibres exhibit generally superior performance in tensile, compressive and flexural properties as well as fatigue resistance. Also excellent interlaminar and in-plane shear strengths. Best tensile strength, flexural modulus, heat distortion temperature and linear expansion compared with other epoxy laminates.
DISADVANTAGES:
Very expensive. Lower impact strength compared with other epoxy laminates. Inclusion of carbon fibre results in negligible electrical characteristics.
APPLICATIONS:
Aerospace applications. Structural components. Helicopter blades. Small boat hulls. Chemical engineering plant and pressure vessels. Racing cars.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 73660; S.G. 1.5 Max. Operating Temp. °C
130
Surface hardness
RM113
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
0.05
Tensile strength MPa
600
Flammability UL94
V0
Flexural modulus GPa
80
Oxygen index %
28
Elongation at break %
1.3
Vol. Resist. log ohmcm
2
Strain at Yield %
N/A
Dielect. strength MV/m
NA
Notched Izod kJ/m
0.5
Dielect. const. 1kHz
NA
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
NA
HDT @ 1.80 MPa °C
230
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
NA
Mould temp. range °C
NA
TRADE NAMES: CARBOFORM
Cytec
FERROPREG EP
Ferro Corp.
FIBERDUX
Ciba Geigy
FIBERITE EP
ICI Composites
SCOTCHPLY
3M
Epoxies: Laminate; glass fabric ADVANTAGES:
Good adhesion. Much cheaper than Kevlar or carbon fibre epoxy laminates.
DISADVANTAGES:
Lower tensile strength and flexural modulus compared to Kevlar and carbon fibre epoxy laminates.
APPLICATIONS:
Building products. Chemical processing equipment. Laminated electrical products. Aircraft and aerospace structures. Marine applications.
51
The Plastics Compendium - Volume 1, Key Properties and Sources
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 10040; S.G. 1.7 Max. Operating Temp. °C
130
Surface hardness
RM115
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
1.5
Tensile strength MPa
340
Flammability UL94
V0
Flexural modulus GPa
17
Oxygen index %
28
Elongation at break %
1.7
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
20
Notched Izod kJ/m
0.8
Dielect. const. 1kHz
4.5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
220
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
NA
Mould temp. range °C
NA
TRADE NAMES: AC EP
Cytec
FERROPREG EP
Ferro Corp.
FIBERITE EP
ICI Composites
HEXCEL EP
Hexcel
PERMAGLAS EPOXY
BTR Permali RP
SCOTCHPLY
3M
TUFNOL EPOXY
Tufnol
Epoxies: Laminate; glass prepreg ADVANTAGES:
Lowest cost compared with other epoxy laminates.
DISADVANTAGES:
Lowest tensile strength, flexural modulus and highest linear expansion compared with other epoxy laminates.
APPLICATIONS:
Building products. Chemical plant, pressure vessels. Aerospace applications.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 9530; S.G. 1.7 Max. Operating Temp. °C
130
Surface hardness
RM110
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
1.8
Tensile strength MPa
285
Flammability UL94
V0
Flexural modulus GPa
16
Oxygen index %
28
Elongation at break %
1.4
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
18
Notched Izod kJ/m
0.6
Dielect. const. 1kHz
4.6
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
210
52
Epoxies Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
NA
Mould temp. range °C
NA
TRADE NAMES: AC EP
Cytec
FERROPREG EP
Ferro Corp.
FIBERITE EP
ICI Composites
HEXCEL EP
Hexcel
PERMAGLAS EPOXY
BTR Permali RP
SCOTCHPLY
3M
TUFNOL EPOXY
Tufnol
Epoxies: Laminate; Kevlar prepreg ADVANTAGES:
Best notched izod impact strength and lowest density. Low shrinkage, good tensile strength, flexural modulus and elongation at break compared with other epoxy laminates.
DISADVANTAGES:
Very expensive and low heat distortion temperature compared with other epoxy laminates.
APPLICATIONS:
Aerospace applications, especially structural components, chemical engineering plant, pressure vessels and safety helmets.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 43180; S.G. 1.33 Max. Operating Temp. °C
130
Surface hardness
RM112
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
1
Tensile strength MPa
500
Flammability UL94
V0
Flexural modulus GPa
25
Oxygen index %
28
Elongation at break %
1.7
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
18
Notched Izod kJ/m
1.0
Dielect. const. 1kHz
3.5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.1
HDT @ 1.80 MPa °C
210
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
NA
Mould temp. range °C
NA
TRADE NAMES: CARBOFORM
Cytec
FERROPREG EP
Ferro Corp.
FIBERDUX
Ciba Geigy
FIBERITE EP
ICI Composites
SCOTCHPLY
3M
53
The Plastics Compendium - Volume 1, Key Properties and Sources
Epoxies: MC; glass fibre reinforced ADVANTAGES:
Very low linear expansion, good tensile strength and flexural modulus compared to other epoxy moulding compounds. Generally better surface finish compared to cast components.
DISADVANTAGES:
Tendency to stick in mould. Mould shrinkage is greater than for mineral filled epoxy moulding compounds.
APPLICATIONS:
Encapsulation of electronic and electrical services for electrical insulation, physical protection and protection against moisture.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 3200; S.G. 1.9 Max. Operating Temp. °C
130
Surface hardness
RM110
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
2 V0
Tensile strength MPa
68
Flammability UL94
Flexural modulus GPa
14
Oxygen index %
28
Elongation at break %
0.7
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
15
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
200
Matl. drying hrs @ °C
NA
Melt temp. range °C
60 - 80
Mould shrinkage %
0.5
Mould temp. range °C
160 - 190
TRADE NAMES: ARALDITE
Ciba-Geigy Plastics Division
COSMIC EP
Cosmic Plastics
FIBERITE EP
ICI Composites
FIBERITE EPOXY
Vigilant Plastics
HD EP
Dexter
STYCAST
Emerson & Cuming
USP EP
Fibrecote Industries
Epoxies: MC; high heat; glass fibre reinforced ADVANTAGES:
Highest tensile strength, flexural modulus and heat distortion temperature of the epoxy moulding compounds. Generally superior surface surface finish compared to cast epoxy components.
DISADVANTAGES:
Tendency to stick in mould. Highest cost, mould shrinkage and lowest elongation at break compared with other reinfoced epoxy moulding compounds.
APPLICATIONS:
Encapsulation of electronic and electrical devices for electrical insulation, physical protection and protection against moisture.
54
Epoxies
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 6530; S.G. 1.9 Max. Operating Temp. °C
130
Surface hardness
RM110
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
2
Tensile strength MPa
72
Flammability UL94
V0
Flexural modulus GPa
15
Oxygen index %
28
Elongation at break %
0.6
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
15
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
210
Matl. drying hrs @ °C
NA
Melt temp. range °C
60 - 80
Mould shrinkage %
0.5
Mould temp. range °C
160 - 190
TRADE NAMES: ARALDITE
Ciba-Geigy Plastics Division
COSMIC EP
Cosmic Plastics
FIBERITE EP
ICI Composites
FIBERITE EPOXY
Vigilant Plastics
HD EP
Dexter
STYCAST
Emerson & Cuming
USP EP
Fibrecote Industries
Epoxies: MC; mineral filled ADVANTAGES:
Lowest cost, lower mould shrinkage and higher elongation at break compared with other glass filled epoxy mouldings compounds. Generally better surface finish compared to cast epoxy components.
DISADVANTAGES:
Tendency to stick in mould. Lowest tensile strength and flexural modulus compared with other epoxy moulding compounds.
APPLICATIONS:
Encapsulation of electronic and electrical devices for electrical insulation, physical protection and protection against moisture.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 2780; S.G. 1.9 Max. Operating Temp. °C
130
Surface hardness
RM115
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
2.5 V0
Tensile strength MPa
50
Flammability UL94
Flexural modulus GPa
10
Oxygen index %
28
Elongation at break %
1
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
15
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.1
HDT @ 1.80 MPa °C
200
55
The Plastics Compendium - Volume 1, Key Properties and Sources Matl. drying hrs @ °C
NA
Melt temp. range °C
60 - 80
Mould shrinkage %
0.3
Mould temp. range °C
160 - 190
TRADE NAMES: ARALDITE
Ciba-Geigy Plastics Division
COSMIC EP
Cosmic Plastics
FIBERITE EP
ICI Composites
FIBERITE EPOXY
Vigilant Plastics
HD EP
Dexter
STYCAST
Emerson & Cuming
USP EP
Fibrecote Industries
Epoxies: MC; mineral and glass fibre reinforced ADVANTAGES:
Good elongation at break and heat distortion temperature compared with other epoxy moulding compounds. Combined advantage gained from using glass and mineral fillers. Short cycles and ease of handling. Generally superior surface finish compared to cast epoxy components.
DISADVANTAGES:
Tendency to stick in mould. Expensive with highest S.G. compared with other epoxy moulding compounds.
APPLICATIONS:
Encapsulation of electronic and electrical devices for electrical insulation, physical protection and protection against moisture.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 6370; S.G. 2 Max. Operating Temp. °C
130
Surface hardness
RM110
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
2.3
Tensile strength MPa
58
Flammability UL94
V0
Flexural modulus GPa
11
Oxygen index %
28
Elongation at break %
0.8
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
15
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
5.2
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.06
HDT @ 1.80 MPa °C
200
Matl. drying hrs @ °C
NA
Melt temp. range °C
60 - 80
Mould shrinkage %
0.4
Mould temp. range °C
160 - 190
TRADE NAMES: ARALDITE
Ciba-Geigy Plastics Division
COSMIC EP
Cosmic Plastics
FIBERITE EP
ICI Composites
FIBERITE EPOXY
Vigilant Plastics
HD EP
Dexter
56
Epoxies STYCAST
Emerson & Cuming
USP EP
Fibrecote Industries
Epoxies: MC; fire retardant; mineral and glass fibre reinforced ADVANTAGES:
Highest oxygen index (~35%) and lowest mould shrinkage compared with other epoxy moulding compounds.
DISADVANTAGES:
Tendency to stick in mould. Lowest elongation at break compared with other epoxy moulding compounds.
APPLICATIONS:
Encapsulation of electronic and electrical devices for electrical insulation, physical protection and protection against moisture. Eg. Chokes, capacitors, resistors, transformers, printed cicuits, electronic modules.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 3700; S.G. 1.9 Max. Operating Temp. °C
130
Surface hardness
RM115
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
2.5 V0
Tensile strength MPa
60
Flammability UL94
Flexural modulus GPa
12
Oxygen index %
35
Elongation at break %
0.6
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
14
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
4
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
200
Matl. drying hrs @ °C
NA
Melt temp. range °C
60 - 80
Mould shrinkage %
0.3
Mould temp. range °C
160 - 190
TRADE NAMES: FIBERITE EPOXY
Vigilant Plastics
STYCAST
Emerson & Cuming
Epoxies: Casting; aluminium filled ADVANTAGES:
Highest oxygen index, good thermal conductivity, low mould shrinkage and S.G. compared with other modified casting epoxy resins within this Handbook.
DISADVANTAGES:
Presence of aluminiun fillers can sometimes inhibit cure. No resistance to acids. Lowest tensile strength, flexural modulus and notched impact strength and highest linear expansion compared with other modified casting epoxy resins within this Handbook.
ADVANTAGES:
Repairing of aluminium castings.
57
The Plastics Compendium - Volume 1, Key Properties and Sources
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 3370; S.G. 1.6 Max. Operating Temp. °C
130
Surface hardness
SD89
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
7.2
Tensile strength MPa
48
Flammability UL94
V0
Flexural modulus GPa
9.5
Oxygen index %
28
Elongation at break %
1
Vol. Resist. log ohmcm
NA
Strain at Yield %
N/A
Dielect. strength MV/m
NA
Notched Izod kJ/m
0.04
Dielect. const. 1kHz
NA
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
NA
HDT @ 1.80 MPa °C
120
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
0.15
Mould temp. range °C
NA
TRADE NAMES: ARALDITE
Ciba Geigy Corp.
BACON EP
Bacon Industries
DOW EP
Dow
EPOLITE
Hexcel
HD EP
Dexter
ISOCHEM EP
Furane Products
LEKUTHERM
Bayer
STYCAST
Emerson & Cuming
TSP EP
Thermoset Plastics
Epoxies: Casting; glass filled ADVANTAGES:
Greater flexural modulus than general purpose epoxy resin. Reduced coefficient of thermal expansion.
DISADVANTAGES:
Reduced elongation at break compared to general purpose epoxy.
APPLICATIONS:
Power transmission equipment (especially high voltage), bus bar insulation, bushing insulators, switchgear insulation.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 3160; S.G. 2 Max. Operating Temp. °C
130
Surface hardness
RM115 -5
Water absorption %
0.1
Linear expansion m/m/°C (x10 )
2.3
Tensile strength MPa
75
Flammability UL94
V0
Flexural modulus GPa
14
Oxygen index %
25
Elongation at break %
0.8
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
16
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
4.5
58
Epoxies HDT @ 0.45 MPa °C
260+
HDT @ 1.80 MPa °C
154
Dissipation Fact.1kHz
0.01
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
0.5
Mould temp. range °C
NA
TRADE NAMES: ARALDITE
Ciba Geigy Corp.
BACON EP
Bacon Industries
DOW EP
Dow
EPOLITE
Hexcel
HD EP
Dexter
ISOCHEM EP
Furane Products
LEKUTHERM
Bayer
STYCAST
Emerson & Cuming
TSP EP
Thermoset Plastics
Epoxies: Casting; mineral filled ADVANTAGES:
Slightly higher tensile strength, flexural modulus and HDT compared with aluminium filled casting epoxy resin.
DISADVANTAGES:
Lower dielectric strength than silica filled casting epoxy resin.
APPLICATIONS:
Power transmission equipment, bus bar insulation, switchgear insulation.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 3170; S.G. 1.92 Max. Operating Temp. °C
130
Surface hardness
RM106
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
2.7 V0
Tensile strength MPa
50
Flammability UL94
Flexural modulus GPa
10
Oxygen index %
25
Elongation at break %
1
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
16
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
4
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
138
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
0.6
Mould temp. range °C
NA
TRADE NAMES: ARALDITE
Ciba-Geigy Corp.
ARALDITE
Ciba-Geigy Plastics Division
BACON EP
Bacon Industries
59
The Plastics Compendium - Volume 1, Key Properties and Sources DOW EP
Dow
EPOLITE
Hexcel
HD EP
Dexter
ISOCHEM EP
Furane Products
LEKUTHERM
Bayer
STYCAST
Emerson & Cuming
TSP EP
Thermoset Plastics
Epoxies: Casting; silica filled ADVANTAGES:
Highest dielectric strength and flexural modulus compared with other modified casting epoxy resins within this Handbook.
DISADVANTAGES:
Lowest HDT compared with other modified casting epoxy resins within this Handbook.
APPLICATIONS:
Small supply transformers, end-sealing of capacitor cases.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 3100; S.G. 1.95 Max. Operating Temp. °C
130
Surface hardness
SD82
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
4 V0
Tensile strength MPa
72
Flammability UL94
Flexural modulus GPa
15
Oxygen index %
26
Elongation at break %
1
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
22
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
3.8
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.025
HDT @ 1.80 MPa °C
100
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
0.6
Mould temp. range °C
NA
TRADE NAMES: ARALDITE
Ciba-Geigy Corp.
ARALDITE
Ciba-Geigy Plastics Division
BACON EP
Bacon Industries
DOW EP
Dow
EPOLITE
Hexcel
HD EP
Dexter
ISOCHEM EP
Furane Products
LEKUTHERM
Bayer
STYCAST
Emerson & Cuming
TSP EP
Thermoset Plastics
60
Epoxies
Epoxies: Resin; flexible ADVANTAGES:
High thermal shock resistance and peel strength, superior elongation at break and significantly improved notched impact strength when compared with general purpose epoxy resin.
DISADVANTAGES:
Colour of castings may change with time. Tensile strength, HDT and flexural modulus lower than for general purpose epoxy resin.
APPLICATIONS:
Impregnant for laminated iron cores, encapsulation of wound components.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 4100; S.G. 1.2 Max. Operating Temp. °C
130
Surface hardness
SD80 -5
Water absorption %
0.3
Linear expansion m/m/°C (x10 )
6
Tensile strength MPa
35
Flammability UL94
V0
Flexural modulus GPa
1
Oxygen index %
28
Elongation at break %
40
Vol. Resist. log ohmcm
15
Strain at Yield %
N/Y
Dielect. strength MV/m
16
Notched Izod kJ/m
0.2
Dielect. const. 1kHz
3.5
HDT @ 0.45 MPa °C
180
Dissipation Fact.1kHz
0.02
HDT @ 1.80 MPa °C
90
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
0.5
Mould temp. range °C
NA
TRADE NAMES: ARALDITE
Ciba-Geigy Corp.
BACON EP
Bacon Industries
DOW EP
Dow
HD EP
Dexter
ISOCHEM EP
Furane Products
LEKUTHERM
Bayer
TSP EP
Thermoset Plastics
Epoxies: Resin; general purpose ADVANTAGES:
No volatiles during cure. Low resin shrinkage during cure. Good chemical resistance, better than polyesters. Good heat resistance - certain formulations to 170°C (340°F). Excellent adhesion to various substrates and reinforcing fibres.
DISADVANTAGES:
Expensive. Certain catalysts (hardeners) can cause dermatitis. Require precise formulation and curing to achieve optimum properties.
APPLICATIONS:
Injection, transfer and compression mouldings mainly for electrical components. Laminates with carbon, glass and Kevlar fibres for aerospace applications. Coatings for chemical protection of pipes and structures, marine protection, car coatings. Used for tooling, encapsulation and as an adhesive.
61
The Plastics Compendium - Volume 1, Key Properties and Sources
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 3530; S.G. 1.2 Max. Operating Temp. °C
130
Surface hardness
RM110
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
6
Tensile strength MPa
70
Flammability UL94
V0
Flexural modulus GPa
3
Oxygen index %
25
Elongation at break %
3
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
16
Notched Izod kJ/m
0.03
Dielect. const. 1kHz
3.5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.02
HDT @ 1.80 MPa °C
115
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
0.5
Mould temp. range °C
NA
TRADE NAMES: ARALDITE
Ciba Geigy Corp.
BACON EP
Bacon Industries
DOW EP
Dow
EPOLITE
Hexcel
EPIKOTE
Shell Chemicals
HD EP
Dexter
ISOCHEM EP
Furane Products
LEKUTHERM
Bayer
STYCAST
Emerson & Cuming
TSP EP
Thermoset Plastics
Epoxies: Resin; high heat ADVANTAGES:
Higher maximum operating temperature, heat distortion temperature and slightly improved oxygen index compared with general purpose epoxy resin.
DISADVANTAGES:
Higher curing temperature, reduced tensile strength, flexural modulus and notched impact strength compared with general purpose epoxy resin.
APPLICATIONS:
Applications requiring higher heat resistance.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 3325; S.G. 1.2 Max. Operating Temp. °C
170
Surface hardness
RM108
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
6
Tensile strength MPa
60
Flammability UL94
V0
Flexural modulus GPa
2.5
Oxygen index %
28
Elongation at break %
3
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
15
62
ETFE Notched Izod kJ/m
0.02
Dielect. const. 1kHz
3.5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
160
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
0.5
Mould temp. range °C
NA
TRADE NAMES: ARALDITE
Ciba-Geigy Corp.
BACON EP
Bacon Industries
DOW EP
Dow
EPOLITE
Hexcel
HD EP
Dexter
ISOCHEM EP
Furane Products
LEKUTHERM
Bayer
TSP EP
Thermoset Plastics
ETFE (Ethylene-Tetrafluoroethylene) All Grades: ADVANTAGES: Very high impact strength. Irradiation crosslinkable. May be glass reinforced. High stiffness for a fluoropolymer.
DISADVANTAGES: Expensive. Chemical resistance inferior to PTFE, particularly ketones & halogenated hydrocarbons. Lowest oxygen index of all the fluoroplastics.
APPLICATIONS: Linings, chemical apparatus, wire coatings, components for pumps, valves, tower packings.
ETFE (Ethylene-Tetrafluoroethylene) PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 21000; S.G. 1.7 Max. Operating Temp. °C
160
Surface hardness
RR50
Water absorption %
0.01
Linear expansion m/m/°C (x10-5)
16
Tensile strength MPa
28
Flammability UL94
V0
63
The Plastics Compendium - Volume 1, Key Properties and Sources Flexural modulus GPa
1.4
Oxygen index %
31
Elongation at break %
150
Vol. Resist. log ohmcm
16
Strain at Yield %
15
Dielect. strength MV/m
25
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
2.6
HDT @ 0.45 MPa °C
105
Dissipation Fact.1kHz
0.0008
HDT @ 1.80 MPa °C
71
Matl. drying hrs @ °C
NA
Melt temp. range °C
310 - 350
Mould shrinkage %
3
Mould temp. range °C
50 - 200
TRADE NAMES: HOSTAFLON ET
Hoechst
HYFLON ETFE
Ausimont
TEFZEL
DuPont
ETFE (Ethylene-Tetrafluoroethylene): 10% Glass fibre filled ADVANTAGES:
Improved tensile strength, flexural modulus, heat distortion temperature, mould shrinkage and linear expansion compared with unmodified ETFE.
DISADVANTAGES:
Reduced elongation at break and notched izod impact strength compared with unmodified ETFE.
APPLICATIONS:
Bearings in aggresive environments. Pump impellors, vanes, gears and bodies.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 25800; S.G. 1.75 Max. Operating Temp. °C
160
Surface hardness
RR60
Water absorption %
0.02
Linear expansion m/m/°C (x10-5)
5
Tensile strength MPa
58
Flammability UL94
V0
Flexural modulus GPa
3.4
Oxygen index %
31
Elongation at break %
10
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
22
Notched Izod kJ/m
0.32
Dielect. const. 1kHz
2.9
HDT @ 0.45 MPa °C
260
Dissipation Fact.1kHz
0.004
HDT @ 1.80 MPa °C
198
Matl. drying hrs @ °C
NA
Melt temp. range °C
310 - 350
Mould shrinkage %
0.6
Mould temp. range °C
100 - 150
TRADE NAMES: TEFZEL
DuPont
FLUOROCOMP ETFE
LNP Plastics
FLUOROCOMP FP-EF-1002
LNP Engineering Plastics
64
ETFE
ETFE (Ethylene-Tetrafluoroethylene): 30% Glass fibre filled ADVANTAGES:
Greatly improved tensile strength, flexural modulus, heat distortion temperature, mould shrinkage and linear expansion compared with unmodified ETFE.
DISADVANTAGES:
Reduced elongation at break and impact strength compared with unmodified ETFE. Incorporation of glass can produce anisotropic mouldings.
APPLICATIONS:
Bearings in aggressive environments. Pump impellors, vanes, gears and bodies.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 24100; S.G. 1.89 Max. Operating Temp. °C
160
Surface hardness
RR80
Water absorption %
0.02
Linear expansion m/m/°C (x10-5)
3
Tensile strength MPa
96.4
Flammability UL94
V0
Flexural modulus GPa
7.2
Oxygen index %
31
Elongation at break %
4
Vol. Resist. log ohmcm
16
Strain at Yield %
N/A
Dielect. strength MV/m
20
Notched Izod kJ/m
0.4
Dielect. const. 1kHz
3.4
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.003
HDT @ 1.80 MPa °C
237
Matl. drying hrs @ °C
NA
Melt temp. range °C
310 - 350
Mould shrinkage %
0.25
Mould temp. range °C
100 - 150
TRADE NAMES: FLUOROCOMP ETFE
LNP Plastics
FLUOROCOMP FP-EF-1006
LNP Engineering Plastics
TEFZEL
DuPont
ETFE (Ethylene-Tetrafluoroethylene): 30% Carbon fibre filled ADVANTAGES:
Significantly improved tensile strength, flexural modulus, heat distortion temperature, mould shrinkage and linear expansion compared with unmodified ETFE.
DISADVANTAGES:
Significantly reduced elongation at break and notched izod impact strength. Very expensive. Incorporation of carbon fibres can cause anisotropy in mouldings and negligible electrical resistance.
APPLICATIONS:
Bearings, seal rings, piston rings, valve plugs and compressor rings.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 36900; S.G. 1.73 Max. Operating Temp. °C
160
Surface hardness
RR80
Water absorption %
0.015
Linear expansion m/m/°C (x10-5)
1.4
65
The Plastics Compendium - Volume 1, Key Properties and Sources Tensile strength MPa
101
Flammability UL94
V0
Flexural modulus GPa
11.3
Oxygen index %
31
Elongation at break %
2
Vol. Resist. log ohmcm
NA
Strain at Yield %
N/A
Dielect. strength MV/m
NA
Notched Izod kJ/m
0.24
Dielect. const. 1kHz
NA
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
NA
HDT @ 1.80 MPa °C
240
Matl. drying hrs @ °C
NA
Melt temp. range °C
310 - 350
Mould shrinkage %
0.2
Mould temp. range °C
100 - 150
TRADE NAMES: FLUOROCOMP ETFE
LNP Plastics
FLUOROCOMP FP-EC-1006
LNP Engineering Plastics
TEFZEL
DuPont
Ethylene-Propylene Copolymer (Polyallomer) ADVANTAGES: Better resistance to stress-cracking than Polyethylene or Polypropylene. Superior low temperature toughness compared to Polypropylene or Polyethylene. Better fatigue resistance than Polypropylene. Low density.
DISADVANTAGES: Crystallisation continues for 50 hours after moulding. Low surface hardness.
APPLICATIONS: Wire covering, film, blow-moulded bottles.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 1340; S.G. 0.9 Max. Operating Temp. °C
60
Surface hardness
RR75
Water absorption %
0.01
Linear expansion m/m/°C (x10-5)
16
Tensile strength MPa
26
Flammability UL94
HB
Flexural modulus GPa
0.6
Oxygen index %
17
Elongation at break %
500
Vol. Resist. log ohmcm
15
Strain at Yield %
N/Y
Dielect. strength MV/m
30
Notched Izod kJ/m
0.15
Dielect. const. 1kHz
2.3
HDT @ 0.45 MPa °C
93
Dissipation Fact.1kHz
0.0005
HDT @ 1.80 MPa °C
54
66
EVA Matl. drying hrs @ °C
NA
Melt temp. range °C
200 - 230
Mould shrinkage %
1.5
Mould temp. range °C
20 - 50
TRADE NAMES: DYPRO POLYALLOMER
Arco Chemicals
LATENE EP
Lati
TENITE POLYALLOMER
Eastman Chemical Co.
EVA (Ethylene-Vinyl Acetate) All Grades: ADVANTAGES: Improved low-temperature flexibility compared to LDPE. Film has improved clarity compared to LDPE. Improved weathering. Similar flexibility to Plasticised PVC may be obtained, but without problems of plasticiser migration. May be crosslinked and radio-frequency welded. Better tear resistance than LDPE. Can accept high filler loadings.
DISADVANTAGES: Reduced chemical resistance compared to LDPE. Reduced barrier properties. Reduced creep resistance.
APPLICATIONS: Stretch film for shrink-wrapping, protector strips, shoe soles (crosslinked), disposable medical equipment. As a coating (for heat-sealing) on PP, PET and aluminium films. Flexible toys, tubing, wire coating.
EVA (Ethylene-Vinyl Acetate): 12% VA ADVANTAGES:
Lower water absorption and cost, higher tensile strength, permeability, modulus and dielectric strength than EVA with 25% or 33% VA.
DISADVANTAGES:
Lower heat seal strength, flexibility and low temperature performance compared with EVA containing 25% or 33% VA.
APPLICATIONS:
Food packaging, cable sheaths, O-rings, seals and rail pads.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 1140; S.G. 0.935 Max. Operating Temp. °C
50
Surface hardness
SA95
Water absorption %
0.05
Linear expansion m/m/°C (x10-5)
18
Tensile strength MPa
19
Flammability UL94
HB
67
The Plastics Compendium - Volume 1, Key Properties and Sources Flexural modulus GPa
0.07
Oxygen index %
19
Elongation at break %
750
Vol. Resist. log ohmcm
16
Strain at Yield %
N/Y
Dielect. strength MV/m
30
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
2.65
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.015
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
NA
Melt temp. range °C
160 - 220
Mould shrinkage %
2
Mould temp. range °C
20 - 40
TRADE NAMES: ELVAX
DuPont
ESCORENE EVA
EXXON Chemical
ESCORENE ULTRA EVA
EXXON Chemical
EVATANE
Elf Atochem
GREENFLEX
EniChem
LUPOLEN V
BASF
OPTENE
Borealis Chemicals
ULTRATHENE EVA
Quantum Chemical
EVA (Ethylene-Vinyl Acetate): 25% VA ADVANTAGES:
Greater heat seal strength, flexibility and low temperature performance than EVA containing 12% VA.
DISADVANTAGES:
Lower tensile strength, resistance to heat deformation and chemical resistance than EVA containing 12% comonomer. Also higher permeability.
APPLICATIONS:
Food packaging, cable coating, flexible panels, instrument legs, bellows, parts for circuit breakers, rail pads, O-rings, buffers and and seals.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 1180; S.G. 0.95 Max. Operating Temp. °C
50
Surface hardness
SA85
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
18
Tensile Strength MPa
17
Flammability UL94
HB
Flexural modulus GPa
0.02
Oxygen index %
19
Elongation at break %
750
Vol. Resist. log ohmcm
16
Strain at Yield %
N/Y
Dielect. strength MV/m
27
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
2.9
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.02
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
NA
Melt temp. range °C
140 - 200
Mould shrinkage %
2
Mould temp. range °C
20 - 40
68
EVA
TRADE NAMES: ELVAX
DuPont
ESCORENE EVA
EXXON Chemical
ESCORENE ULTRA EVA
EXXON Chemical
EVATANE
Elf Atochem
GREENFLEX
EniChem
OPTENE
Borealis Chemicals
ULTRATHENE EVA
Quantum Chemical
EVA (Ethylene-Vinyl Acetate): 33% VA ADVANTAGES:
Excellent heat seal strength, flexibility and low temperature performance compared with EVA containing 12% or 25% VA.
DISADVANTAGES:
Poor tensile strength, resistance to heat deformation, chemical resistance and barrier properties compared with EVA containing 12% or 25% VA.
APPLICATIONS:
Cable sheaths, hose, sheet, ring seals, protective caps, clips, cable binders, infusion bottles, lids, all kinds of closures, flexible panels, bellows, rail pads and O-rings.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 1400; S.G. 0.95 Max. Operating Temp. °C
50
Surface hardness
SA65
Water absorption %
0.13
Linear expansion m/m/°C (x10-5)
18
Tensile Strength MPa
10
Flammability UL94
HB
Flexural modulus GPa
0.007
Oxygen index %
20
Elongation at break %
900
Vol. Resist. log ohmcm
16
Strain at Yield %
N/Y
Dielect. strength MV/m
25
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
3.1
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.03
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
NA
Melt temp. range °C
130 - 190
Mould shrinkage %
2
Mould temp. range °C
20 - 40
TRADE NAMES: GREENFLEX
EniChem
ELVAX
DuPont
ESCORENE EVA
EXXON Chemical
ESCORENE ULTRA EVA
EXXON Chemical
EVATANE
Elf Atochem
OPTENE
Borealis Chemicals
ULTRATHENE EVA
Quantum Chemical
69
The Plastics Compendium - Volume 1, Key Properties and Sources
FEP (Fluorinated Ethylene-Propylene) All Grades: ADVANTAGES: Very high impact strength. Excellent high frequency electrical properties. Melt processable. Good weathering resistance.
DISADVANTAGES: Very expensive. Lowest strength & stiffness of all the fluoroplastics. Low HDT at c. 50°C (120°F). Poor wear resistance.
APPLICATIONS: Coatings, protective linings, chemical apparatus, wire coverings, glazing film for solar panels.
FEP (Fluorinated Ethylene-Propylene) PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 17400; S.G. 2.1 Max. Operating Temp. °C
150
Surface hardness
RR45
Water absorption %
0.01
Linear expansion m/m/°C (x10-5)
5
Tensile Strength MPa
14
Flammability UL94
V0
Flexural modulus GPa
0.6
Oxygen index %
95
Elongation at break %
150
Vol. Resist. log ohmcm
18
Strain at Yield %
6
Dielect. strength MV/m
50
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
2.1
HDT @ 0.45 MPa °C
70
Dissipation Fact.1kHz
0.0002
HDT @ 1.80 MPa °C
50
Matl. drying hrs @ °C
NA
Melt temp. range °C
340 - 360
Mould shrinkage %
2.5
Mould temp. range °C
50 - 200
TRADE NAMES: HOSTAFLON FEP
Hoechst
TEFLON FEP
DuPont
70
Furane
FEP (Fluorinated Ethylene-Propylene): 20% glass fibre coupled ADVANTAGES:
Significantly increased tensile strength, HDT and flexural modulus compared with unmodified grades of FEP. The mechanical properties of moulded components can be anisotropic.
DISADVANTAGES:
Elongation at break and notched izod impact strength are reduced compared with unmodified FEP. The mechanical properties of moulded components can be anisotropic.
APPLICATIONS:
Valves, electrical components and equipment for chemical plant.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 22700; S.G. 2.2 Max. Operating Temp. °C
150
Surface hardness
RR65 -5
Water absorption %
0.01
Linear expansion m/m/°C (x10 )
5
Tensile Strength MPa
40
Flammability UL94
V0
Flexural modulus GPa
5.5
Oxygen index %
95
Elongation at break %
2.5
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
13
Notched Izod kJ/m
0.2
Dielect. const. 1kHz
2.5
HDT @ 0.45 MPa °C
260
Dissipation Fact.1kHz
0.0005
HDT @ 1.80 MPa °C
158
Matl. drying hrs @ °C
NA
Melt temp. range °C
350 - 380
Mould shrinkage %
0.4
Mould temp. range °C
50 - 200
TRADE NAMES: TEFLON FEP
DuPont
THERMOCOMP FP-FF-1004
LNP Engineering Plastics
THERMOCOMP LF
LNP Plastics
Furane ADVANTAGES: Better chemical resistance than Epoxies or Polyesters to acids, alkalis and solvents. Good resistance to water penetration. Better temperature resistance than Epoxies and Polyesters. Excellent resistance to UV radiation. Very low smoke emission. Inherent fire resistance.
DISADVANTAGES: Poor adhesion to porous surfaces. High exotherm and higher cure shrinkage than Epoxies. Low viscosity makes lamination difficult. Somewhat brittle. Cure to black-red colour, application defects are not apparent. Attacked by bromine, iodine and conc. chromic acid.
71
The Plastics Compendium - Volume 1, Key Properties and Sources APPLICATIONS: Cements for chemical resistant flooring. With glass fibres or flakes as coatings for chemical process plant. Binders for foundry sand and graphite refractories. Adhesives for wood.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 2800; S.G. 1.25 Max. Operating Temp. °C
150
Surface hardness
RR105
Water absorption %
0.05
Linear expansion m/m/°C (x10-5)
6
Tensile Strength MPa
15
Flammability UL94
V0
Flexural modulus GPa
4
Oxygen index %
30
Elongation at break %
1
Vol. Resist. log ohmcm
1.25
Strain at Yield %
N/A
Dielect. strength MV/m
4.7
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
NI
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
NI
HDT @ 1.80 MPa °C
200
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
1
Mould temp. range °C
NA
TRADE NAMES: ASHLAND FURANE
General Polymers
OCCIDENTAL FURANE
Occidental Chemical
QUACORR
QO Chemicals
HDPE (High Density Polyethylene) All Grades: ADVANTAGES: Good low temperature impact resistance.Excellent chemical resistance.
DISADVANTAGES: Susceptible to stress cracking. Lower stiffness compared to Polypropylene. High mould shrinkage. Poor UV resistance.
APPLICATIONS: Pipe & pipe fittings for water. Toys, bowls, buckets, milk bottles, crates, tanks, containers. Film for packaging. Blown bottles for food. MDPE (Medium Density Polyethylene) is used for gas pipes and fittings.
72
HDPE
HDPE (High Density Polyethylene) PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 680; S.G. 0.96 Max. Operating Temp. °C
55
Surface hardness
SD68
Water absorption %
0.02
Linear expansion m/m/°C (x10-5)
12
Tensile Strength MPa
32
Flammability UL94
HB
Flexural modulus GPa
1.25
Oxygen index %
17
Elongation at break %
150
Vol. Resist. log ohmcm
17
Strain at Yield %
15
Dielect. strength MV/m
22
Notched Izod kJ/m
0.15
Dielect. const. 1kHz
2.3
HDT @ 0.45 MPa °C
75
Dissipation Fact.1kHz
0.0005
HDT @ 1.80 MPa °C
46
Matl. drying hrs @ °C
NA
Melt temp. range °C
220 - 310
Mould shrinkage %
3
Mould temp. range °C
30 - 70
TRADE NAMES: ELTEX
Solvay Chemicals
EMPEE PE
Monmouth Plastic
ERACLENE
EniChem
HDPE
Albis
HDPE
Goodfellow
HID
Chevron Chemical
HOSTALEN HD
Hoechst
LACQTENE HD
Elf Atochem
LUPOLEN 5021 D
BASF
PAXON
Allied Signal
RIGIDEX
BP Chemicals
STAMYLAN HD
DSM
STATOIL HDPE
Borealis Chemicals
VESTOLEN A
Huls
HDPE (High Density Polyethylene): UV stabilised ADVANTAGES:
Better resistance to UV degradation than unmodified HDPE.
DISADVANTAGES:
Slightly more expensive then unmodified HDPE. The tensile strength and elongation at break are reduced compared with unmodified HDPE.
APPLICATIONS:
Rotationally moulded storage tanks and vessels. Milk bottle crates.
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The Plastics Compendium - Volume 1, Key Properties and Sources
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 700; S.G. 0.96 Max. Operating Temp. °C
55
Surface hardness
SD68
Water absorption %
0.02
Linear expansion m/m/°C (x10-5)
12
Tensile Strength MPa
30
Flammability UL94
HB
Flexural modulus GPa
1.25
Oxygen index %
17
Elongation at break %
100
Vol. Resist. log ohmcm
17
Strain at Yield %
12
Dielect. strength MV/m
21
Notched Izod kJ/m
0.15
Dielect. const. 1kHz
2.5
HDT @ 0.45 MPa °C
75
Dissipation Fact.1kHz
0.001
HDT @ 1.80 MPa °C
46
Matl. drying hrs @ °C
NA
Melt temp. range °C
220 - 310
Mould shrinkage %
3
Mould temp. range °C
30 - 70
TRADE NAMES: EMPEE PE
Monmouth Plastic
ERACLENE
EniChem
HID
Chevron Chemical
HOSTALEN HD
Hoechst
LACQTENE HD
Elf Atochem
LUPOLEN 5021 D/BLA
BASF
PAXON
Allied Signal
RIGIDEX
BP Chemicals
STAMYLAN HD
DSM
STATOIL HDPE
Borealis Chemicals
VESTOLEN A
Huls
HDPE (High Density Polyethylene): MDPE ADVANTAGES:
Good shock and drop resistance. Less notch sensitive than HDPE, stress cracking resistance also better than HDPE.
DISADVANTAGES:
Lower hardness and rigidity than HDPE.
APPLICATIONS:
Gas pipes and fittings, sacks, shrink film, packaging film, carrier bags, screw closures.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 710; S.G. 0.94 Max. Operating Temp. °C
50
Surface hardness
SD50
Water absorption %
0.01
Linear expansion m/m/°C (x10-5)
18
Tensile Strength MPa
14
Flammability UL94
HB
Flexural modulus GPa
0.5
Oxygen index %
17
Elongation at break %
300
Vol. Resist. log ohmcm
16
74
HIPS Strain at Yield %
16
Dielect. strength MV/m
27
Notched Izod kJ/m
0.4
Dielect. const. 1kHz
2.3
HDT @ 0.45 MPa °C
62
Dissipation Fact.1kHz
0.0006
HDT @ 1.80 MPa °C
43
Matl. drying hrs @ °C
NA
Melt temp. range °C
220 - 260
Mould shrinkage %
3.5
Mould temp. range °C
20 - 60
TRADE NAMES: DOW MDPE
Dow
EMPEE PE
Monmouth Plastic
HID
Chevron Chemical
PAXON
Allied Signal
RIGIDEX
BP Chemicals
STAMYLAN MD
DSM
HIPS (High Impact Polystyrene) All Grades: ADVANTAGES: Tougher than polystyrene. Cheap. Easily processed.
DISADVANTAGES: Reduced electrical properties. Reduced transparency. Inreased moisture absorption.
APPLICATIONS: As for Polystyrene for quality goods e.g. toys, household appliances, cases, boxes, calculators, computer housings.
HIPS (High Impact Polystyrene) PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 880; S.G. 1.08 Max. Operating Temp. °C
50
Surface hardness
RM30 -5
Water absorption %
0.2
Linear expansion m/m/°C (x10 )
7
Tensile Strength MPa
42
Flammability UL94
HB
Flexural modulus GPa
2.1
Oxygen index %
18
Elongation at break %
2.5
Vol. Resist. log ohmcm
16
75
The Plastics Compendium - Volume 1, Key Properties and Sources Strain at Yield %
1.8
Dielect. strength MV/m
15
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
2.8
HDT @ 0.45 MPa °C
85
Dissipation Fact.1kHz
0.0006
HDT @ 1.80 MPa °C
75
Matl. drying hrs @ °C
2 @ 70
Melt temp. range °C
210 - 270
Mould shrinkage %
0.5
Mould temp. range °C
20 - 50
TRADE NAMES: AMOCO HIPS
Amoco Chemicals
BAPOLEN HIPS
Bamberger Polymers
BP POLYSTYRENE (HIPS)
BP Chemicals
EDISTIR HIPS
Himont
GULF HIPS
Chevron Chemical
HUNSTMAN PS (HIPS)
Huntsman Chemical
LASTIROL
Lati
MOBIL HIPS
Mobil Chemical
POLYSTYROL 475 K
BASF
SHUMAN HIPS
Shuman Plastics
STYRON HIPS
Dow
THERMOFIL HIPS
Thermofil
VESTYRON (HIPS)
Huls
HIPS (High Impact Polystyrene): Fire retardant ADVANTAGES:
Excellent resistance to fire and flame spread compared with unmodified HIPS.
DISADVANTAGES:
Almost twice as expensive as basic grade. Not suitable for food contact applications. Diminished tensile strength and toughness compared with unmodified HIPS.
APPLICATIONS:
Housings for electronic equipment, rear panels for TV sets, distribution boxes, recording tape cassettes, radio cases.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1610; S.G. 1.13 Max. Operating Temp. °C
50
Surface hardness
RM30
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
12
Tensile Strength MPa
28
Flammability UL94
V0
Flexural modulus GPa
2
Oxygen index %
28
Elongation at break %
2.5
Vol. Resist. log ohmcm
15
Strain at Yield %
0.9
Dielect. strength MV/m
15
Notched Izod kJ/m
0.06
Dielect. const. 1kHz
2.8
HDT @ 0.45 MPa °C
95
Dissipation Fact.1kHz
0.0006
HDT @ 1.80 MPa °C
85
Matl. drying hrs @ °C
3 @ 70
Melt temp. range °C
210 - 250
Mould shrinkage %
0.5
Mould temp. range °C
20 - 50
76
HIPS
TRADE NAMES: AMOCO HIPS
Amoco Chemicals
BAPOLEN HIPS
Bamberger Polymers
BP POLYSTYRENE (HIPS)
BP Chemicals
EDISTIR HIPS
Himont
GULF HIPS
Chevron Chemical
HUNSTMAN PS (HIPS)
Huntsman Chemical
LASTIROL
Lati
MOBIL HIPS
Mobil Chemical
POLYSTYROL 455 FWU
BASF
SHUMAN HIPS
Shuman Plastics
STYRON HIPS
Dow
THERMOFIL HIPS
Thermofil
VESTYRON (HIPS)
Huls
HIPS (High Impact Polystyrene): UV stabilised ADVANTAGES:
Addition of UV stabilisers overcomes the yellowing and brittleness associated with prolonged exposure to sunlight of unmodified HIPS.
DISADVANTAGES:
Reduced tensile strength and notched impact strength compared with non-stabilised grade.
APPLICATIONS:
Toys, casings for domestic appliances, automotive instrument panels and fittings, trays.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 920; S.G. 1.10 Max. Operating Temp. °C
50
Surface hardness
RM30
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
7
Tensile Strength MPa
40
Flammability UL94
HB
Flexural modulus GPa
2.1
Oxygen index %
18
Elongation at break %
5
Vol. Resist. log ohmcm
15
Strain at Yield %
1
Dielect. strength MV/m
15
Notched Izod kJ/m
0.08
Dielect. const. 1kHz
2.8
HDT @ 0.45 MPa °C
85
Dissipation Fact.1kHz
0.0006
HDT @ 1.80 MPa °C
75
Matl. drying hrs @ °C
2 @ 70
Melt temp. range °C
210 - 270
Mould shrinkage %
0.5
Mould temp. range °C
20 - 50
TRADE NAMES: AMOCO HIPS
Amoco Chemicals
BAPOLEN HIPS
Bamberger Polymers
BP POLYSTYRENE (HIPS)
BP Chemicals
EDISTIR HIPS
Himont
GULF HIPS
Chevron Chemical
HUNSTMAN PS (HIPS)
Huntsman Chemical
77
The Plastics Compendium - Volume 1, Key Properties and Sources LASTIROL
Lati
MOBIL HIPS
Mobil Chemical
SHUMAN HIPS
Shuman Plastics
STYRON HIPS
Dow
THERMOFIL HIPS
Thermofil
VESTYRON (HIPS)
Huls
Ionomer ADVANTAGES: Good low temperature toughness. Very good barrier properties (better than Polyethylenes). Transparent. Good oil and solvent resistance - little tendency to solvent stress cracking. Better puncture resistance than LDPE film.
DISADVANTAGES: Poor resistance to acids. Similar (poor) weathering characteristics as Polyethylene. Poor creep resistance.
APPLICATIONS: Puncture-resistant film for pouches and blister packs. Bottles and containers, tool handles. Covers for golf balls and skittles. Protective pads for shoes and boots.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 1240; S.G. 0.95 Max. Operating Temp. °C
50
Surface hardness
SD62
Water absorption %
0.4
Linear expansion m/m/°C (x10-5)
11
Tensile Strength MPa
25
Flammability UL94
HB
Flexural modulus GPa
0.3
Oxygen index %
17
Elongation at break %
400
Vol. Resist. log ohmcm
16
Strain at Yield %
17
Dielect. strength MV/m
35
Notched Izod kJ/m
0.5
Dielect. const. 1kHz
2.4
HDT @ 0.45 MPa °C
50
Dissipation Fact.1kHz
0.003
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
NA
Melt temp. range °C
290 - 330
Mould shrinkage %
1.5
Mould temp. range °C
40 - 40
TRADE NAMES: LUCALEN I
BASF
SURLYN
DuPont
78
LDPE
LDPE (Low Density Polyethylene) All Grades: ADVANTAGES: Cheap, good chemical resistance. High impact strength at low temperatures. Excellent electrical properties. Can be processed by all conventional methods. Transparent in thin films.
DISADVANTAGES: Low strength, stiffness and maximum operating temperature. Flammable. Poor UV resistance. High gas permeability (particularly CO2). Susceptible to environmental stress cracking.
APPLICATIONS: Chemically resistant fittings, bowls, lids, gaskets, toys, containers, packaging film, film liners, squeeze bottles. Heat-seal films for metal laminates. Pipe, cable covering, core in UHF cables.
LDPE (Low Density Polyethylene) PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 720; S.G. 0.92 Max. Operating Temp. °C
50
Surface hardness
SD48
Water absorption %
0.01
Linear expansion m/m/°C (x10-5)
20
Tensile Strength MPa
10
Flammability UL94
HB
Flexural modulus GPa
0.25
Oxygen index %
17
Elongation at break %
400
Vol. Resist. log ohmcm
16
Strain at Yield %
19
Dielect. strength MV/m
27
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
2.3
HDT @ 0.45 MPa °C
50
Dissipation Fact.1kHz
0.0003
HDT @ 1.80 MPa °C
35
Matl. drying hrs @ °C
NA
Melt temp. range °C
220 - 260
Mould shrinkage %
3
Mould temp. range °C
20 - 40
TRADE NAMES: ALATHON
DuPont
BAPOLENE PE
Bamberger Polymers
DOW PE
Dow
ESCORENE LDPE
EXXON Chemical
FPC PE
Federal Plastics
GULF PE
Chevron Chemical
HIZEX
Mitsui Plastics
79
The Plastics Compendium - Volume 1, Key Properties and Sources LACQTENE
Elf Atochem
LDPE
Albis
LDPE
Goodfellow
LUPOLEN 1800 H
BASF
MOBIL PE
Mobil Chemical
NESTE LDPE
Borealis Chemicals
NOVEX
BP Chemicals
PETROTHENE
Quantum Chemical
REXENE PE
Rexene Products
RIBLENE
EniChem
SHUMAN PE
Shuman Plastics
STAMYLAN LD
DSM
STATOIL LDPE
Borealis Chemicals
TENITE PE
Eastman Chemical Co.
UBE PE
Ube Industries
LDPE (Low Density Polyethylene): UV stabilised ADVANTAGES:
Significantly better UV resistance than unmodified LDPE.
DISADVANTAGES:
Slightly more expensive with reduced tensile strength and elongation at break compared with unmodified LDPE.
APPLICATIONS:
Agricultural / building components and sheeting film.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 790; S.G. 0.92 Max. Operating Temp. °C
50
Surface hardness
SD48 -5
Water absorption %
0.01
Linear expansion m/m/°C (x10 )
20
Tensile Strength MPa
9
Flammability UL94
HB
Flexural modulus GPa
0.25
Oxygen index %
17
Elongation at break %
300
Vol. Resist. log ohmcm
15
Strain at Yield %
16
Dielect. strength MV/m
25
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
2.5
HDT @ 0.45 MPa °C
50
Dissipation Fact.1kHz
0.0008
HDT @ 1.80 MPa °C
35
Matl. drying hrs @ °C
NA
Melt temp. range °C
220 - 260
Mould shrinkage %
3
Mould temp. range °C
20 - 40
TRADE NAMES: ALATHON
DuPont
BAPOLENE PE
Bamberger Polymers
DOW PE
Dow
ESCORENE LDPE
EXXON Chemical
FPC PE
Federal Plastics
GULF PE
Chevron Chemical
HIZEX
Mitsui Plastics
80
LLDPE LACQTENE
Elf Atochem
LUPOLEN 1842 D/BLA
BASF
MOBIL PE
Mobil Chemical
NESTE LDPE
Borealis Chemicals
NOVEX
BP Chemicals
PETROTHENE
Quantum Chemical
REXENE PE
Rexene Products
RIBLENE
EniChem
SHUMAN PE
Shuman Plastics
STAMYLAN LD
DSM
STATOIL LDPE
Borealis Chemicals
TENITE PE
Eastman Chemical Co.
UBE PE
Ube Industries
LLDPE (Linear Low Density Polyethylene) ADVANTAGES: Higher tensile strength than LDPE. Higher impact and puncture resistance than LDPE. Lower thickness (gauge) films can be blown compared to LDPE. Better environmental stress cracking resistance compared to LDPE.
DISADVANTAGES: Lower gloss than LDPE. Narrower temperature range for heat-sealing. Not as easy to process as LDPE.
APPLICATIONS: Packaging, particularly film for bags and sheets. Lower thickness (gauge) may be used compared to LDPE. Cable covering, toys, lids, buckets & containers, pipe.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 790; S.G. 0.92 Max. Operating Temp. °C
50
Surface hardness
SD48
Water absorption %
0.01
Linear expansion m/m/°C (x10-5)
20
Tensile Strength MPa
20
Flammability UL94
HB
Flexural modulus GPa
0.35
Oxygen index %
17
Elongation at break %
500
Vol. Resist. log ohmcm
16
Strain at Yield %
20
Dielect. strength MV/m
25
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
2.3
HDT @ 0.45 MPa °C
45
Dissipation Fact.1kHz
0.0003
HDT @ 1.80 MPa °C
37
Matl. drying hrs @ °C
NA
Melt temp. range °C
220 - 260
Mould shrinkage %
3
Mould temp. range °C
20 - 60
81
The Plastics Compendium - Volume 1, Key Properties and Sources
TRADE NAMES: DOWLEX
Dow
DOW LLDPE
Dow
ESCORENE
EXXON Chemical
ESCORENE LLDPE
EXXON Chemical
FLEXIRENE
EniChem
LACQTENE HX
Elf Atochem
LACQTENE LX
Elf Atochem
MARLEX LLDPE
Phillips Chemical
NESTE LLDPE
Borealis Chemicals
SCLAIR
DuPont
STAMYLEX PE
DSM
SUPER DYLAN
Arco Chemicals
MF (Melamine Formaldehyde) (Melamine): Cellulose filled ADVANTAGES: Easily coloured (unlike Phenolics). Taste and odour free. Good resistance to solvents - stain resistant in general, although dependent upon filler choice. Electrical properties relatively unaffected by high humidity (unlike Phenolic). Self-extinguishing.
DISADVANTAGES: Inferior to Phenolic in dimensional stability in hot dry conditions. More expensive than Urea or Phenolic. Limited resistance to concentrated acids and alkalis.
APPLICATIONS: Impact resistant crockery (e.g. for hospitals and picnics), toilet seats, pan handles and knobs, stain and cut resistant decorative laminates.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 1425; S.G. 1.5 Max. Operating Temp. °C
100
Surface hardness
RM121
Water absorption %
0.6
Linear expansion m/m/°C (x10-5)
4
Tensile Strength MPa
58
Flammability UL94
V0
Flexural modulus GPa
10
Oxygen index %
40
Elongation at break %
0.8
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
10
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.05
HDT @ 1.80 MPa °C
150
82
Ol TPE Matl. drying hrs @ °C
NA
Melt temp. range °C
100 - 110
Mould shrinkage %
0.8
Mould temp. range °C
145 - 165
TRADE NAMES: CYMEL
Cytec
MELMEX
BIP Plastics
MELTEX
DSM
PERSTORP MELAMINE
Perstorp Ferguson
PLENCO MF
Plastics Engineering
POLYCHEM MF
Budd
ULTRAPAS
Huls
Ol TPE (Olefinic TPE) (Olefinic based Thermoplastic Elastomer) All Grades: ADVANTAGES: Better temperature resistance than styrene - based TPEs. Reasonable weathering resistance. Printable. Flexible to -45°C/-50°F.
DISADVANTAGES: High creep. High melt viscosity - can lead to melt fracture. UL continuous service temperature of 50°C/120°F.
APPLICATIONS: Car bumpers, radiator grills, body panels, mud flaps, wheel arch protectors. Impact modifier for Polypropylene. Wire covering.
Ol TPE (Olefinic TPE) (Olefinic based Thermoplastic Elastomer): TPE 65A ADVANTAGES:
Exhibits elastomeric performance of vulcanised rubber and processing simplicity of thermoplastics. Highest elongation at break and best low temperature impact resistance of the olefinic - based TPEs (65A - 93A).
DISADVANTAGES:
Lowest hardness, abrasion resistance, tensile strength and modulus of the olefinic based TPE’s (65A 93A).
APPLICATIONS:
Extruded profiles, caster wheels, automotive components, tubing, sheeting, gasketing, bushings, diaphragms.
83
The Plastics Compendium - Volume 1, Key Properties and Sources
PLASCAMS DATA SHEET Resin type: TP Elast.; Cost £/Tonne: 2150; S.G. 0.88 Max. Operating Temp. °C
85
Surface hardness
SA65
Water absorption %
0.01
Linear expansion m/m/°C (x10-5)
15
Tensile Strength MPa
5
Flammability UL94
HB
Flexural modulus GPa
0.005
Oxygen index %
19
Elongation at break %
800
Vol. Resist. log ohmcm
16
Strain at Yield %
N/Y
Dielect. strength MV/m
24
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
2.2
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.0008
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
NA
Melt temp. range °C
200 - 240
Mould shrinkage %
1.5
Mould temp. range °C
40 - 60
TRADE NAMES: DUTRAL TP
Himont
KELTAN TP
DSM
LARFLEX
Lati
LEVAFLEX
Bayer
MILLASTOMER
Mitsui
POLYTROPE
A. Schulman
PROLASTIC
Discas Recycled Products
SANTOPRENE
Monsanto
TELCAR
BF Goodrich Chemical
VESTOPREN TP
Huls
VISTAFLEX TPE
EXXON Chemical
Ol TPE (Olefinic TPE) (Olefinic based Thermoplastic Elastomer): TPE 85A ADVANTAGES:
Better tensile strength and flexural modulus than olefinic based TPE 65A.
DISADVANTAGES:
Lower tensile strength and flexural modulus than olefinic based TPE 93A. Lower elongation at break than olefinic based TPE 65A.
APPLICATIONS:
Cable insulation, car bumpers, radiator grills, body panels, mud flaps, wheel arch protectors. Impact modifier for polypropylene.
PLASCAMS DATA SHEET Resin type: TP Elast.; Cost £/Tonne: 2150; S.G. 0.84 Max. Operating Temp. °C
85
Surface hardness
SA85
Water absorption %
0.01
Linear expansion m/m/°C (x10-5)
15
Tensile Strength MPa
9
Flammability UL94
HB
Flexural modulus GPa
0.03
Oxygen index %
19
84
Ol TPE Elongation at break %
700
Vol. Resist. log ohmcm
16
Strain at Yield %
N/Y
Dielect. strength MV/m
24
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
2.2
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.0008
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
NI
Melt temp. range °C
200 - 240
Mould shrinkage %
1.5
Mould temp. range °C
40 - 60
TRADE NAMES: DUTRAL TP
Himont
KELTAN TP
DSM
LARFLEX
Lati
LEVAFLEX
Bayer
MILLASTOMER
Mitsui
POLYTROPE
A. Schulman
PROLASTIC
Discas Recycled Products
SANTOPRENE
Advanced Elastomer Systems
SANTOPRENE
Monsanto
TELCAR
BF Goodrich Chemical
VESTOPREN TP
Huls
VISTAFLEX TPE
EXXON Chemical
Ol TPE (Olefinic TPE) (Olefinic based Thermoplastic Elastomer): TPE 93A ADVANTAGES:
Highest hardness, abrasion resistance, tensile strength and flexural modulus of the olefinic TPE’s (65A 93A). Easier to machine than softer grades.
DISADVANTAGES:
Lower resilience, low temperature properties and elongation at break than other olefinic TPEs (65A - 93A).
APPLICATIONS:
Automotive body and interior parts, hose, sheeting, sports and leisure goods.
PLASCAMS DATA SHEET Resin type: TP Elast.; Cost £/Tonne: 2150; S.G. 0.88 Max. Operating Temp. °C
85
Surface hardness
SA93
Water absorption %
0.01
Linear expansion m/m/°C (x10-5)
13
Tensile Strength MPa
12
Flammability UL94
HB
Flexural modulus GPa
0.16
Oxygen index %
19
Elongation at break %
250
Vol. Resist. log ohmcm
16
Strain at Yield %
N/Y
Dielect. strength MV/m
24
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
2.2
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.0008
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
NA
Melt temp. range °C
200 - 240
Mould shrinkage %
1.2
Mould temp. range °C
40 - 60
85
The Plastics Compendium - Volume 1, Key Properties and Sources
TRADE NAMES: DUTRAL TP
Himont
KELTAN TP
DSM
LARFLEX
Lati
LEVAFLEX
Bayer
MILLASTOMER
Mitsui
POLYTROPE
A. Schulman
PROLASTIC
Discas Recycled Products
SANTOPRENE
Monsanto
TELCAR
BF Goodrich Chemical
VESTOPREN TP
Huls
VISTAFLEX TPE
EXXON Chemical
PA 4/6 (Polyamide 4/6) (Nylon 4/6) ADVANTAGES: Higher heat distortion temperature than Nylon 6 or Nylon 6/6. Higher crystallinity than Nylon 6 or Nylon 6/6, leading to better chemical resistance, particularly to acidic salts. Short cycle times.
DISADVANTAGES: Similar moisture absorption to Nylon 6/6, but dimensional increase is less. High processing temperature.
APPLICATIONS: General mechanical parts as for Nylon 6 and Nylon 6/6, but where better thermal stability is required. In fibre form, for rubber reinforcement.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 4750; S.G. 1.18 Max. Operating Temp. °C
100
Surface hardness
SD85 -5
Water absorption %
2.3
Linear expansion m/m/°C (x10 )
7.4
Tensile Strength MPa
100
Flammability UL94
V2
Flexural modulus GPa
1
Oxygen index %
22
Elongation at break %
30
Vol. Resist. log ohmcm
15
Strain at Yield %
11
Dielect. strength MV/m
20
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
11.0
HDT @ 0.45 MPa °C
220
Dissipation Fact.1kHz
0.35
HDT @ 1.80 MPa °C
160
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
290 - 300
Mould shrinkage %
1.8
Mould temp. range °C
40 - 80
86
PA 6
TRADE NAMES: STANYL
Allied Signal
STANYL
DSM
PA 6 (Polyamide 6) (Nylon 6) All Grades: ADVANTAGES: Easier to process than Nylon 6/6. Castable, may be reaction injection moulded. Lower mould shrinkage than Nylon 6/6. Good fatigue resistance. Useful improvement in stiffness can be obtained by inclusion of glass fibres, unlike acetal.
DISADVANTAGES: Highest rate of water absorption and highest equilibrium water content. Lower strength & stiffness than Nylon 6/6. Higher stickslip than Acetal or PBT.
APPLICATIONS: Gears, cams, rollers, bearings, nuts & bolts, power tool housings, electrical connectors, combs, coil formers, fuel tanks for cars, kitchen utensils. NOTE: Generally similar applications to Nylon 6/6. Choice between the two polymers is often made on non-technical grounds, e.g. local availability, price or familiarity.
PA 6 (Polyamide 6) (Nylon 6) PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2680; S.G. 1.14 Max. Operating Temp. °C
80
Surface hardness
SD75
Water absorption %
1.5
Linear expansion m/m/°C (x10-5)
10
Tensile Strength MPa
40
Flammability UL94
HB
Flexural modulus GPa
1
Oxygen index %
22
Elongation at break %
60
Vol. Resist. log ohmcm
14
Strain at Yield %
4.5
Dielect. strength MV/m
25
Notched Izod kJ/m
0.25
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
200
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
80
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
230 - 280
Mould shrinkage %
1.2
Mould temp. range °C
40 - 60
87
The Plastics Compendium - Volume 1, Key Properties and Sources
TRADE NAMES: ADELL B
Adell Plastics
AKULON (M & K)
DSM
AMILAN NYLON 6
Toray Industries
ASHLENE NYLON 6
Ashley Polymers
BEETLE NYLON 6
BIP Plastics
BUDD CAST 6
Budd
CAPRON
Allied Signal
CAPRON
Victrex Sales
CELANESE NYLON 6
Hoechst
CTI NYLON 6
Compounding Technology
DURETHAN B
Bayer
DURETHAN B
Albis
GRILON
EMS-Grilon
GRILON
Emser Industries
JONYLON NYLON 6
BIP Chemicals
LATAMID 6
Lati
NIVIONPLAST B
EniChem
NOVAMID
Mitsubishi Engineering Plastics
NYLATRON NYLON 6
Polymer
NYLON 6
Goodfellow
ORGAMIDE
Elf Atochem
SCHULAMID NYLON 6
A. Schulman
SNIAMID
Nyltech
TECHNYL C
Rhone-Poulenc
THERMOFIL NYLON 6
Thermofil
UBE NYLON 6
Ube Industries
ULTRAMID B3S
BASF
WELLAMID NYLON 6
Wellman
ZYTEL 6
DuPont
PA 6 (Polyamide 6) (Nylon 6): 30% Carbon fibre reinforced ADVANTAGES:
Significant increase in tensile strength, flexural modulus, HDT and dimensional stability compared with unmodified polyamide 6.
DISADVANTAGES:
Reduced elongation at break and notched izod impact strength compared with unmodified polyamide 6. The incorporation of carbon fibres can produce mouldings with highly anisotropic mechanical properties and negligible electrical resistance characteristics.
APPLICATIONS:
Bearing applications and high strength structural components where strength to weight ratio is critical. Static discharge applications.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 16500; S.G. 1.28 Max. Operating Temp. °C
80
Surface hardness
SD75
Water absorption %
0.7
Linear expansion m/m/°C (x10-5)
2.5
Tensile Strength MPa
220
Flammability UL94
HB
Flexural modulus GPa
18
Oxygen index %
22
88
PA 6 Elongation at break %
3.3
Vol. Resist. log ohmcm
3
Strain at Yield %
N/A
Dielect. strength MV/m
NA
Notched Izod kJ/m
0.08
Dielect. const. 1kHz
NA
HDT @ 0.45 MPa °C
213
Dissipation Fact.1kHz
NA
HDT @ 1.80 MPa °C
205
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
250 - 290
Mould shrinkage %
0.2
Mould temp. range °C
60 - 90
TRADE NAMES: ADELL B
Adell Plastics
AMILAN NYLON 6
Toray Industries
ASHLENE NYLON 6
Ashley Polymers
BUDD CAST 6
Budd
CAPRON
Allied Signal
CTI NYLON 6
Compounding Technology
GRILON
Emser Industries
LATAMID 6
Lati
NOVAMID
Mitsubishi Engineering Plastics
NYLATRON NYLON 6
Polymer
SCHULAMID NYLON 6
A. Schulman
STAR-C PA6
Ferro
TECHNYL C
Rhone-Poulenc
THERMOCOMP PC
LNP Plastics
THERMOCOMP PC-1006
LNP Engineering Plastics
THERMOFIL NYLON 6
Thermofil
UBE NYLON 6
Ube Industries
WELLAMID NYLON 6
Wellman
PA 6 (Polyamide 6) (Nylon 6): Casting ADVANTAGES:
Slightly better tensile strength, water absorption and flexural modulus than unmodified polyamide 6. Production of thick section cast mouldings possible without voiding.
DISADVANTAGES:
Reduced elongation at break and notched izod impact strength when compared with unmodified polyamide 6.
APPLICATIONS:
Bearings, gears and sliders.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 6270; S.G. 1.15 Max. Operating Temp. °C
80
Surface hardness
RR116 -5
Water absorption %
0.6
Linear expansion m/m/°C (x10 )
8
Tensile Strength MPa
45
Flammability UL94
HB
Flexural modulus GPa
1.5
Oxygen index %
22
Elongation at break %
20
Vol. Resist. log ohmcm
14
Strain at Yield %
6
Dielect. strength MV/m
15
89
The Plastics Compendium - Volume 1, Key Properties and Sources Notched Izod kJ/m
0.12
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
200
Dissipation Fact.1kHz
0.02
HDT @ 1.80 MPa °C
80
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
NA
Mould temp. range °C
NA
TRADE NAMES: ADELL B
Adell Plastics
AMILAN NYLON 6
Toray Industries
ASHLENE NYLON 6
Ashley Polymers
BUDD CAST 6
Budd
CAPRON
Allied Signal
CTI NYLON 6
Compounding Technology
GRILON
Emser Industries
NOVAMID
Mitsubishi Engineering Plastics
NYLACAST
Nylacast
NYLATRON NYLON 6
Polymer
SCHULAMID NYLON 6
A. Schulman
TECHNYL C
Rhone-Poulenc
THERMOFIL NYLON 6
Thermofil
UBE NYLON 6
Ube Industries
WELLAMID NYLON 6
Wellman
PA 6 (Polyamide 6) (Nylon 6): Elastomer copolymer ADVANTAGES:
Significant increase in elongation at break and notched izod impact strength compared with unmodified Polyamide 6.
DISADVANTAGES:
Reduced tensile strength, flexural modulus and heat distortion temperature compared with unmodified polyamide 6.
APPLICATIONS:
Engineering applications where very good toughness is required even in the dry state. Electrical parts subject to impact (plugs), rollers, sports goods.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 3480; S.G. 1.11 Max. Operating Temp. °C
80
Surface hardness
SD76
Water absorption %
1.6
Linear expansion m/m/°C (x10-5)
7
Tensile Strength MPa
37
Flammability UL94
HB
Flexural modulus GPa
0.75
Oxygen index %
22
Elongation at break %
165
Vol. Resist. log ohmcm
15
Strain at Yield %
N/Y
Dielect. strength MV/m
20
Notched Izod kJ/m
0.59
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
160
Dissipation Fact.1kHz
0.08
HDT @ 1.80 MPa °C
65
90
PA 6 Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
260 - 290
Mould shrinkage %
1.3
Mould temp. range °C
40 - 80
TRADE NAMES: AMILAN NYLON 6
Toray Industries
ASHLENE NYLON 6
Ashley Polymers
BUDD CAST 6
Budd
CAPRON
Allied Signal
CTI NYLON 6
Compounding Technology
DELL B
Adell Plastics
DURETHAN B
Bayer
GRILON
Emser Industries
GRILON
EMS-Grilon
NOVAMID
Mitsubishi Engineering Plastics
NYLATRON NYLON 6
Polymer
SCHULAMID NYLON 6
A. Schulman
TECHNYL C
Rhone-Poulenc
THERMOFIL NYLON 6
Thermofil
UBE NYLON 6
Ube Industries
ULTRAMID 66/6
BASF
WELLAMID NYLON 6
Wellman
PA 6 (Polyamide 6) (Nylon 6): Fire retardant ADVANTAGES:
Significantly better oxygen index & flammability characteristics than unmodified polyamide 6.
DISADVANTAGES:
Reduced tensile strength, elongation at break and notched izod impact strength compared with unmodified polyamide 6.
APPLICATIONS:
Automotive and electrical components.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 3040; S.G. 1.34 Max. Operating Temp. °C
80
Surface hardness
SD75
Water absorption %
1.5
Linear expansion m/m/°C (x10-5)
11
Tensile Strength MPa
38
Flammability UL94
V0
Flexural modulus GPa
1
Oxygen index %
30
Elongation at break %
40
Vol. Resist. log ohmcm
15
Strain at Yield %
2
Dielect. strength MV/m
20
Notched Izod kJ/m
0.15
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
195
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
90
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
230 - 280
Mould shrinkage %
1.2
Mould temp. range °C
40 - 60
91
The Plastics Compendium - Volume 1, Key Properties and Sources
TRADE NAMES: ADELL B
Adell Plastics
AKULON
DSM
AMILAN NYLON 6
Toray Industries
ASHLENE NYLON 6
Ashley Polymers
BEETLE NYLON 6
BIP Plastics
BUDD CAST 6
Budd
CAPRON
Allied Signal
CTI NYLON 6
Compounding Technology
DURETHAN B
Bayer
GRILON
EMS-Grilon
GRILON
Emser Industries
JONYLON NYLON 6
BIP Chemicals
LATAMID 6
Lati
NOVAMID
Mitsubishi Engineering Plastics
NYLATRON NYLON 6
Polymer
ORGAMIDE
Elf Atochem
SCHULAMID NYLON 6
A. Schulman
SNIAMID
Nyltech
TECHNYL C
Rhone-Poulenc
THERMOFIL NYLON 6
Thermofil
UBE NYLON 6
Ube Industries
WELLAMID NYLON 6
Wellman
PA 6 (Polyamide 6) (Nylon 6): 25% Glass bead filled ADVANTAGES:
Better tensile strength, flexural modulus, HDT and dimensional stability than unmodified polyamide 6.
DISADVANTAGES:
Reduced elongation at break and notched izod impact strength compared with unmodified polyamide 6.
APPLICATIONS:
Automotive components, housings and electrical housings which require good dimensional stability.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2800; S.G. 1.32 Max. Operating Temp. °C
80
Surface hardness
SD75
Water absorption %
0.8
Linear expansion m/m/°C (x10-5)
5.5
Tensile Strength MPa
70
Flammability UL94
HB
Flexural modulus GPa
3
Oxygen index %
22
Elongation at break %
3
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
20
Notched Izod kJ/m
0.08
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
210
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
82
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
250 - 280
Mould shrinkage %
1
Mould temp. range °C
50 - 60
92
PA 6
TRADE NAMES: ADELL B
Adell Plastics
AMILAN NYLON 6
Toray Industries
ASHLENE NYLON 6
Ashley Polymers
BEETLE NYLON 6
BIP Plastics
BUDD CAST 6
Budd
CAPRON
Allied Signal
CTI NYLON 6
Compounding Technology
GRILON
Emser Industries
GRILON
EMS-Grilon
LATAMID 6
Lati
NOVAMID
Mitsubishi Engineering Plastics
NYLATRON NYLON 6
Polymer
ORGAMIDE
Elf Atochem
SCHULAMID NYLON 6
A. Schulman
SNIAVITRID
Nyltech
TECHNYL C
Rhone-Poulenc
THERMOCOMP PF
LNP Plastics
THERMOCOMP PB-1005
LNP Engineering Plastics
THERMOFIL NYLON 6
Thermofil
UBE NYLON 6
Ube Industries
WELLAMID NYLON 6
Wellman
PA 6 (Polyamide 6) (Nylon 6): 50% Glass bead filled ADVANTAGES:
Stiffer and stronger with higher heat distortion temperature, better dimensional stability and lower water absorption than unmodified polyamide 6.
DISADVANTAGES:
Lower elongation at break than unmodified PA 6.
APPLICATIONS:
Automobile sector components, control components, housings, guides, dimensionally accurate base plates and electrical components.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 3170; S.G. 1.5 Max. Operating Temp. °C
80
Surface hardness
SD80
Water absorption %
0.7
Linear expansion m/m/°C (x10-5)
5
Tensile Strength MPa
75
Flammability UL94
HB
Flexural modulus GPa
5
Oxygen index %
22
Elongation at break %
2
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
20
Notched Izod kJ/m
0.06
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
210
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
130
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
260 - 290
Mould shrinkage %
1
Mould temp. range °C
50 - 80
93
The Plastics Compendium - Volume 1, Key Properties and Sources
TRADE NAMES: ADELL B
Adell Plastics
AMILAN NYLON 6
Toray Industries
ASHLENE NYLON 6
Ashley Polymers
BEETLE NYLON 6
BIP Plastics
BUDD CAST 6
Budd
CAPRON
Allied Signal
CTI NYLON 6
Compounding Technology
GRILON
Emser Industries
GRILON
EMS-Grilon
NOVAMID
Mitsubishi Engineering Plastics
NYLATRON NYLON 6
Polymer
SCHULAMID NYLON 6
A. Schulman
TECHNYL C
Rhone-Poulenc
THERMOFIL NYLON 6
Thermofil
UBE NYLON 6
Ube Industries
WELLAMID NYLON 6
Wellman
PA 6 (Polyamide 6) (Nylon 6): Glass fibre and bead reinforced ADVANTAGES:
Better tensile strength, flexural modulus, HDT and dimensional stability than unmodified polyamide 6.
DISADVANTAGES:
Significantly reduced elongation at break and reduced notched izod impact strength compared with unmodified polyamide 6.
APPLICATIONS:
Housings, electrical housings and components where a combination of good dimensional stability and strength is required.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2840; S.G. 1.48 Max. Operating Temp. °C
80
Surface hardness
SD75
Water absorption %
1
Linear expansion m/m/°C (x10-5)
4
Tensile Strength MPa
85
Flammability UL94
HB
Flexural modulus GPa
3.5
Oxygen index %
22
Elongation at break %
3
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
25
Notched Izod kJ/m
0.10
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
205
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
200
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
250 - 280
Mould shrinkage %
0.5
Mould temp. range °C
50 - 60
TRADE NAMES: ADELL B
Adell Plastics
AMILAN NYLON 6
Toray Industries
94
PA 6 ASHLENE NYLON 6
Ashley Polymers
BUDD CAST 6
Budd
CAPRON
Allied Signal
CTI NYLON 6
Compounding Technology
DURETHAN B
Bayer
GRILON
Emser Industries
GRILON
EMS-Grilon
LATAMID 6
Lati
NOVAMID
Mitsubishi Engineering Plastics
NYLATRON NYLON 6
Polymer
SCHULAMID NYLON 6
A. Schulman
SNIAMID 6
Nyltech
TECHNYL C
Rhone-Poulenc
THERMOCOMP PF
LNP Plastics
THERMOFIL NYLON 6
Thermofil
UBE NYLON 6
Ube Industries
WELLAMID NYLON 6
Wellman
PA 6 (Polyamide 6) (Nylon 6): 10% Glass fibre reinforced ADVANTAGES:
Higher tensile strength and fatigue strength, greater rigidity, better dimensional stability and lower coefficient of linear expansion than unmodified PA 6.
DISADVANTAGES:
Lower strain to break and notched izod impact strength than unmodified Polyamide 6. Incorporation of glass can cause anisotropy in mouldings.
APPLICATIONS:
Electrical components, housings and casings. Automotive components. Building construction and furniture parts.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2790; S.G. 1.22 Max. Operating Temp. °C
80
Surface hardness
RR118
Water absorption %
1.6
Linear expansion m/m/°C (x10-5)
5
Tensile Strength MPa
90
Flammability UL94
HB
Flexural modulus GPa
3.2
Oxygen index %
22
Elongation at break %
5
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
22
Notched Izod kJ/m
0.04
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
210
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
190
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
260 - 290
Mould shrinkage %
0.6
Mould temp. range °C
50 - 80
TRADE NAMES: ADELL B
Adell Plastics
AMILAN NYLON 6
Toray Industries
95
The Plastics Compendium - Volume 1, Key Properties and Sources ASHLENE NYLON 6
Ashley Polymers
BUDD CAST 6
Budd
CAPRON
Allied Signal
CTI NYLON 6
Compounding Technology
GRILON
Emser Industries
LATAMID 6
Lati
NOVAMID
Mitsubishi Engineering Plastics
NYLATRON NYLON 6
Polymer
RTP 201A
RTP
RTP 201 A
Vigilant Plastics
SCHULAMID NYLON 6
A. Schulman
TECHNYL C
Rhone-Poulenc
THERMOCOMP PF
LNP Plastics
THERMOCOMP PF-1002
LNP Engineering Plastics
THERMOFIL NYLON 6
Thermofil
UBE NYLON 6
Ube Industries
WELLAMID NYLON 6
Wellman
PA 6 (Polyamide 6) (Nylon 6): 30% Glass fibre reinforced ADVANTAGES:
Significantly increased tensile strength, flexural modulus, HDT and dimensional stability compared with unmodified polyamide 6.
DISADVANTAGES:
Reduced notched izod impact strength and elongation at break compared with unmodified polyamide 6. Incorporation of glass fibres can produce mouldings with anisotropic mechanical properties.
APPLICATIONS:
Automotive parts, electrical components, hand tools and electrical housings.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2780; S.G. 1.35 Max. Operating Temp. °C
80
Surface hardness
SD82
Water absorption %
1.2
Linear expansion m/m/°C (x10-5)
4
Tensile Strength MPa
110
Flammability UL94
HB
Flexural modulus GPa
4
Oxygen index %
22
Elongation at break %
4
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
25
Notched Izod kJ/m
0.15
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
213
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
205
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
250 - 280
Mould shrinkage %
0.4
Mould temp. range °C
50 - 60
TRADE NAMES: ADELL B
Adell Plastics
AKULON
DSM
AMILAN NYLON 6
Toray Industries
96
PA 6 ASHLENE NYLON 6
Ashley Polymers
BEETLE NYLON 6
BIP Plastics
BUDD CAST 6
Budd
CAPRON 8233G CELANESE NYLON 6
Allied Signal Hoechst
DURETHAN B
Bayer
GRILON
Emser Industries
GRILON
EMS-Grilon
JONYLON NYLON 6
BIP Chemicals
LATAMID 6
Lati
MARANYL B
ICI Plastics Division
NOVAMID
Mitsubishi Engineering Plastics
NYLATRON NYLON 6
Polymer
ORGAMIDE
Elf Atochem
RTP 205A
RTP
RTP 205 A SCHULAMID NYLON 6
Vigilant Plastics A. Schulman
STARAMIDE 6
Ferro
TECHNYL C
Rhone-Poulenc
THERMOCOMP PF
LNP Plastics
THERMOCOMP PF-1006
LNP Engineering Plastics
THERMOFIL NYLON 6
Thermofil
UBE NYLON 6
Ube Industries
ULTRAMID B3WG6
BASF
WELLAMID NYLON 6
Wellman
ZYTEL 6
DuPont
PA 6 (Polyamide 6) (Nylon 6): 30% Glass fibre reinforced; fire retardant ADVANTAGES:
Better stiffness and strength, good flame retardancy (VO), higher heat distortion temperature, and lower mould shrinkage than unmodified polyamide 6.
DISADVANTAGES:
Significantly reduced elongation at break and lower notched izod impact strength than unmodified Polyamide 6. Incorporation of glass fibre can cause anisotropy in mouldings. Not recommended for use if reground.
APPLICATIONS:
Where high strength and stiffness are required.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2860; S.G. 1.66 Max. Operating Temp. °C
80
Surface hardness
RR120
Water absorption %
1.2
Linear expansion m/m/°C (x10-5)
4
Tensile Strength MPa
105
Flammability UL94
V0
Flexural modulus GPa
4
Oxygen index %
30
Elongation at break %
3.8
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
20
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
215
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
198
97
The Plastics Compendium - Volume 1, Key Properties and Sources Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
230 - 280
Mould shrinkage %
0.4
Mould temp. range °C
40 - 60
TRADE NAMES: ADELL B
Adell Plastics
AMILAN NYLON 6
Toray Industries
ASHLENE NYLON 6
Ashley Polymers
BEETLE NYLON 6
BIP Plastics
BUDD CAST 6
Budd
CAPRON
Allied Signal
CTI NYLON 6
Compounding Technology
DURETHAN B
Bayer
GRILON
Emser Industries
JONYLON NYLON 6
BIP Chemicals
LATAMID 6
Lati
NIVIONPLAST B
EniChem
NOVAMID
Mitsubishi Engineering Plastics
NYLATRON NYLON 6
Polymer
RTP 205AFE
RTP
RTP 205 A FR
Vigilant Plastics
SCHULAMID NYLON 6
A. Schulman
SNIAMID
Nyltech
STARFLAM PA6
Ferro
TECHNYL C
Rhone-Poulenc
THERMOCOMP PF
LNP Plastics
THERMOFIL NYLON 6
Thermofil
UBE NYLON 6
Ube Industries
ULTRAMID B37G6
BASF
WELLAMID NYLON 6
Wellman
PA 6 (Polyamide 6) (Nylon 6): 60% Glass fibre reinforced ADVANTAGES:
Much greater stiffness and tensile strength, improved heat distortion temperature, mould shrinkage and linear expansion compared with unmodified Polyamide 6.
DISADVANTAGES:
Significant reduction in strain at break and reduced notched izod impact strength compared with unmodified Polyamide 6. Incorporation of 60% glass fibre can cause significant anisotropy in mouldings.
APPLICATIONS:
Engineering applications where high strength and stiffness are required.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 3100; S.G. 1.7 Max. Operating Temp. °C
80
Surface hardness
RM101
Water absorption %
0.7
Linear expansion m/m/°C (x10-5)
1.5
Tensile Strength MPa
220
Flammability UL94
HB
Flexural modulus GPa
19
Oxygen index %
22
Elongation at break %
1
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
22
98
PA 6 Notched Izod kJ/m
0.19
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
218
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
215
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
230 - 280
Mould shrinkage %
0.2
Mould temp. range °C
60 - 80
TRADE NAMES: ADELL B
Adell Plastics
AMILAN NYLON 6
Toray Industries
ASHLENE NYLON 6
Ashley Polymers
BUDD CAST 6
Budd
CAPRON
Allied Signal
CTI NYLON 6
Compounding Technology
GRILON
Emser Industries
NOVAMID
Mitsubishi Engineering Plastics
NYLATRON NYLON 6
Polymer
SCHULAMID NYLON 6
A. Schulman
TECHNYL C
Rhone-Poulenc
THERMOCOMP PF
LNP Plastics
THERMOCOMP PF-100-12
LNP Engineering Plastics
THERMOFIL NYLON 6
Thermofil
UBE NYLON 6
Ube Industries
WELLAMID NYLON 6
Wellman
PA 6 (Polyamide 6) (Nylon 6): High impact ADVANTAGES:
Better notched izod impact strength and elongation at break than unmodified polyamide 6.
DISADVANTAGES:
Reduced tensile strength, flexural modulus and HDT compared with unmodified polyamide 6.
APPLICATIONS:
Automotive components, sports equipment, power tool housings and gears.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2990; S.G. 1.13 Max. Operating Temp. °C
80
Surface hardness
SD65 -5
Water absorption %
1.4
Linear expansion m/m/°C (x10 )
9
Tensile Strength MPa
30
Flammability UL94
HB
Flexural modulus GPa
0.5
Oxygen index %
22
Elongation at break %
200
Vol. Resist. log ohmcm
15
Strain at Yield %
4.5
Dielect. strength MV/m
20
Notched Izod kJ/m
0.3
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
150
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
50
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
230 - 300
Mould shrinkage %
1.3
Mould temp. range °C
40 - 60
99
The Plastics Compendium - Volume 1, Key Properties and Sources
TRADE NAMES: ADELL B
Adell Plastics
AKULON
DSM
AMILAN NYLON 6
Toray Industries
ASHLENE NYLON 6
Ashley Polymers
BEETLE NYLON 6
BIP Plastics
BUDD CAST 6
Budd
CAPRON
Allied Signal
CTI NYLON 6
Compounding Technology
GRILON
Emser Industries
GRILON
EMS-Grilon
JONYLON NYLON 6
BIP Chemicals
LATAMID 6
Lati
NOVAMID
Mitsubishi Engineering Plastics
NYLATRON NYLON 6
Polymer
ORGAMIDE
Elf Atochem
SCHULAMID NYLON 6
A. Schulman
TECHNYL C
Rhone-Poulenc
THERMOFIL NYLON 6
Thermofil
UBE NYLON 6
Ube Industries
ULTRAMID B35Z
BASF
WELLAMID NYLON 6
Wellman
PA 6 (Polyamide 6) (Nylon 6): Mineral filled ADVANTAGES:
Increased tensile strength, flexural modulus, dimensional stability and HDT compared with unmodified polyamide 6.
DISADVANTAGES:
Significantly reduced notched izod impact strength and elongation at break compared with unmodified polyamide 6.
APPLICATIONS:
Casings and engineering parts requiring high stiffness and dimensional stability.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2750; S.G. 1.55 Max. Operating Temp. °C
80
Surface hardness
SD75
Water absorption %
0.5
Linear expansion m/m/°C (x10-5)
6
Tensile Strength MPa
70
Flammability UL94
HB
Flexural modulus GPa
3
Oxygen index %
22
Elongation at break %
10
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
30
Notched Izod kJ/m
0.08
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
230
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
120
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
260 - 290
Mould shrinkage %
0.7
Mould temp. range °C
50 - 80
100
PA 6
TRADE NAMES: ADELL B
Adell Plastics
AKULON
DSM
AMILAN NYLON 6
Toray Industries
ASHLENE NYLON 6
Ashley Polymers
BUDD CAST 6
Budd
CAPRON
Allied Signal
CTI NYLON 6
Compounding Technology
GRILON
Emser Industries
GRILON
EMS-Grilon
LATAMID 6
Lati
MINLON 6
DuPont
NIVIONPLAST B
EniChem
NOVAMID
Mitsubishi Engineering Plastics
NYLATRON NYLON 6
Polymer
ORGAMIDE
Elf Atochem
SCHULAMID NYLON 6
A. Schulman
SNIAMID 6
Nyltech
STARAMIDE 6
Ferro
TECHNYL C
Rhone-Poulenc
THERMOFIL NYLON 6
Thermofil
UBE NYLON 6
Ube Industries
ULTRAMID B3WM6
BASF
WELLAMID NYLON 6
Wellman
PA 6 (Polyamide 6) (Nylon 6): Molybdenum disulphide lubricated ADVANTAGES:
Significantly lower coefficient of friction and better wear characteristics than unmodified polyamide 6.
DISADVANTAGES:
Slightly reduced tensile strength, elongation at break, notched izod impact strength and HDT than unmodified polyamide 6.
APPLICATIONS:
Bearings and gears. Low wear and friction applications.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2630; S.G. 1.17 Max. Operating Temp. °C
80
Surface hardness
SD75
Water absorption %
2
Linear expansion m/m/°C (x10-5)
9
Tensile Strength MPa
38
Flammability UL94
HB
Flexural modulus GPa
1
Oxygen index %
22
Elongation at break %
30
Vol. Resist. log ohmcm
13
Strain at Yield %
11
Dielect. strength MV/m
15
Notched Izod kJ/m
0.15
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
150
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
75
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
230 - 280
Mould shrinkage %
1.2
Mould temp. range °C
40 - 60
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The Plastics Compendium - Volume 1, Key Properties and Sources
TRADE NAMES: ADELL B
Adell Plastics
AMILAN NYLON 6
Toray Industries
ASHLENE NYLON 6
Ashley Polymers
BEETLE NYLON 6
BIP Plastics
BUDD CAST 6
Budd
CAPRON
Allied Signal
CTI NYLON 6
Compounding Technology
GRILON
Emser Industries
LATAMID 6
Lati
NOVAMID
Mitsubishi Engineering Plastics
NYKON P
LNP Engineering Plastics
NYKON P
LNP Plastics
NYLATRON NYLON 6
Polymer
RTP 200AMS
RTP
RTP 200 A MS
Vigilant Plastics
SCHULAMID NYLON 6
A. Schulman
TECHNYL C
Rhone-Poulenc
THERMOFIL NYLON 6
Thermofil
UBE NYLON 6
Ube Industries
WELLAMID NYLON 6
Wellman
PA 6 (Polyamide 6) (Nylon 6): 20% PTFE lubricated ADVANTAGES:
Significantly lower coefficient of friction and better abrasion characteristics than unmodified polyamide 6.
DISADVANTAGES:
Slightly reduced tensile strength, elongation at break, notched izod impact strength and HDT when compared with unmodified polyamide 6.
APPLICATIONS:
Bearings and gears. Low wear and friction applications.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 3500; S.G. 1.26 Max. Operating Temp. °C
80
Surface hardness
SD75 -5
Water absorption %
1
Linear expansion m/m/°C (x10 )
8
Tensile Strength MPa
35
Flammability UL94
HB
Flexural modulus GPa
1
Oxygen index %
22
Elongation at break %
8
Vol. Resist. log ohmcm
15
Strain at Yield %
3.2
Dielect. strength MV/m
20
Notched Izod kJ/m
0.13
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
150
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
60
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
250 - 280
Mould shrinkage %
1.2
Mould temp. range °C
40 - 60
102
PA 6
TRADE NAMES: ADELL B
Adell Plastics
AMILAN NYLON 6
Toray Industries
ASHLENE NYLON 6
Ashley Polymers
BUDD CAST 6
Budd
CAPRON
Allied Signal
CTI NYLON 6
Compounding Technology
GRILON
Emser Industries
LATAMID 6
Lati
LUBRICOMP PL-4040
LNP Engineering Plastics
NOVAMID
Mitsubishi Engineering Plastics
NYLATRON NYLON 6
Polymer
RTP 200ATFE20
RTP
RTP 200 A TFE 20
Vigilant Plastics
SCHULAMID NYLON 6
A. Schulman
STAR-L PA6
Ferro
TECHNYL C
Rhone-Poulenc
THERMOCOMP PL
LNP Plastics
THERMOFIL NYLON 6
Thermofil
UBE NYLON 6
Ube Industries
WELLAMID NYLON 6
Wellman
PA 6 (Polyamide 6) (Nylon 6): 2% Silicone lubricated ADVANTAGES:
Significantly lower coefficient of friction and better wear characterstics than unmodified polyamide 6.
DISADVANTAGES:
Slightly reduced tensile strength, elongation at break and notched izod impact strength when compared with unmodified polyamide 6.
APPLICATIONS:
Bearings and gears. Low wear and friction applications.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 3400; S.G. 1.14 Max. Operating Temp. °C
80
Surface hardness
SD75 -5
Water absorption %
1.5
Linear expansion m/m/°C (x10 )
10
Tensile Strength MPa
38
Flammability UL94
HB
Flexural modulus GPa
1
Oxygen index %
22
Elongation at break %
50
Vol. Resist. log ohmcm
14
Strain at Yield %
17
Dielect. strength MV/m
25
Notched Izod kJ/m
0.2
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
200
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
80
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
230 - 280
Mould shrinkage %
1.2
Mould temp. range °C
40 - 60
103
The Plastics Compendium - Volume 1, Key Properties and Sources
TRADE NAMES: ADELL B
Adell Plastics
AMILAN NYLON 6
Toray Industries
ASHLENE NYLON 6
Ashley Polymers
BUDD CAST 6
Budd
CAPRON
Allied Signal
CTI NYLON 6
Compounding Technology
GRILON
Emser Industries
LATAMID 6
Lati
LUBRICOMP PL-4410
LNP Engineering Plastics
NOVAMID
Mitsubishi Engineering Plastics
NYLATRON NYLON 6
Polymer
SCHULAMID NYLON 6
A. Schulman
TECHNYL C
Rhone-Poulenc
THERMOCOMP PL
LNP Plastics
THERMOFIL NYLON 6
Thermofil
UBE NYLON 6
Ube Industries
WELLAMID NYLON 6
Wellman
PA 6 (Polyamide 6) (Nylon 6): Stampable sheet; glass fibre reinforced ADVANTAGES:
Significantly improved tensile strength, water absorption, flexural modulus and notched izod impact strength when compared with unmodified polyamide 6.
DISADVANTAGES:
Reduced elongation at break when compared with polyamide 6. Semi-finished product, not melt processable.
APPLICATIONS:
High strength machine components, structural panels and members.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2700; S.G. 1.5 Max. Operating Temp. °C
80
Surface hardness
RE65 -5
Water absorption %
0.6
Linear expansion m/m/°C (x10 )
2
Tensile Strength MPa
190
Flammability UL94
HB
Flexural modulus GPa
10
Oxygen index %
22
Elongation at break %
2
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
25
Notched Izod kJ/m
0.4
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
220
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
215
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
NA
Mould temp. range °C
NA
104
PA 6
TRADE NAMES: ADELL B
Adell Plastics
AMILAN NYLON 6
Toray Industries
ASHLENE NYLON 6
Ashley Polymers
BUDD CAST 6
Budd
CAPRON
Allied Signal
CTI NYLON 6
Compounding Technology
GRILON
Emser Industries
NOVAMID
Mitsubishi Engineering Plastics
NYLATRON NYLON 6
Polymer
SCHULAMID NYLON 6
A. Schulman
TECHNYL C
Rhone-Poulenc
THERMOFIL NYLON 6
Thermofil
UBE NYLON 6
Ube Industries
WELLAMID NYLON 6
Wellman
PA 6 (Polyamide 6) (Nylon 6): UV stabilised ADVANTAGES:
Good retention of mechanical properties after long term exposure to sunlight/UV radiation compared with unmodified polyamide 6.
DISADVANTAGES:
Reduction in tensile strength, elongation at break, notched izod impact strength and HDT compared with unmodified polyamide 6.
APPLICATIONS:
Sports equipment and external automotive components.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2810; S.G. 1.14 Max. Operating Temp. °C
80
Surface hardness
SD75
Water absorption %
1.8
Linear expansion m/m/°C (x10-5)
9
Tensile Strength MPa
38
Flammability UL94
HB
Flexural modulus GPa
1
Oxygen index %
22
Elongation at break %
50
Vol. Resist. log ohmcm
13
Strain at Yield %
4
Dielect. strength MV/m
20
Notched Izod kJ/m
0.15
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
180
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
66
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
230 - 280
Mould shrinkage %
1.2
Mould temp. range °C
40 - 60
TRADE NAMES: ADELL B
Adell Plastics
AKULON (M & K)
DSM
AMILAN NYLON 6
Toray Industries
ASHLENE NYLON 6
Ashley Polymers
105
The Plastics Compendium - Volume 1, Key Properties and Sources BEETLE NYLON 6
BIP Plastics
BUDD CAST 6
Budd
CAPRON
Allied Signal
CTI NYLON 6
Compounding Technology
DURETHAN B
Bayer
GRILON
EMS-Grilon
GRILON
Emser Industries
LATAMID 6
Lati
NOVAMID
Mitsubishi Engineering Plastics
NYLATRON NYLON 6
Polymer
ORGAMIDE
Elf Atochem
SCHULAMID NYLON 6
A. Schulman
SNIAMID
Nyltech
TECHNYL C
Rhone-Poulenc
THERMOFIL NYLON 6
Thermofil
UBE NYLON 6
Ube Industries
ULTRAMID B3K
BASF
WELLAMID NYLON 6
Wellman
PA 6/6 (Polyamide 6/6) (Nylon 6/6) All Grades: ADVANTAGES: Good abrasion resistance (better than Nylon 6). Short cycle times. Strongest aliphatic Nylon. Addition of glass fibre improves stiffness considerably (unlike acetal). Better low temperature toughness than Acetal or PBT or Nylon 6. Good fatigue resistance.
DISADVANTAGES: Relatively difficult to process due to exceptionally low melt viscosity. High water absorption (8% saturated) though less than PA 6. Post mould shrinkage. Weathering can cause colour change and embrittlement unless suitably stabilised.
APPLICATIONS: Gears, bearings, cams, nuts, bolts, rivets, castors, wheels, power tool casings, rotationally moulded petrol tanks. Underbonnet applications including rocker box covers, radiator tops, timing chain covers and fan blades. NOTE: The choice between Nylon 6/6 and Nylon 6 is often made for reasons of availability, price or familiarity rather than any technical superiority. The exception to this is ease of moulding, where Nylon 6 dominates.
106
PA 6/6
PA 6/6 (Polyamide 6/6) (Nylon 6/6) PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2810; S.G. 1.14 Max. Operating Temp. °C
80
Surface hardness
RR90
Water absorption %
1.2
Linear expansion m/m/°C (x10-5)
8
Tensile Strength MPa
59
Flammability UL94
HB
Flexural modulus GPa
1.2
Oxygen index %
22
Elongation at break %
60
Vol. Resist. log ohmcm
15
Strain at Yield %
4.5
Dielect. strength MV/m
25
Notched Izod kJ/m
0.11
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
200
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
100
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
280 - 300
Mould shrinkage %
1.5
Mould temp. range °C
40 - 80
TRADE NAMES: ADELL A
Adell Plastics
AKULON (S)
DSM
AMILAN NYLON 66
Toray Industries
ASHLENE NYLON 66
Ashley Polymers
BEETLE NYLON 66
BIP Plastics
CELANESE
Hoechst
COMALLOY NYLON 66
ComAlloy
CTI NYLON 66
Compounding Technology
DURETHAN A
Bayer
DURETHAN A
Albis
GRILON T
EMS-Grilon
JONYLON NYLON 66
BIP Chemicals
LATAMID 66
Lati
MINLON
DuPont
NYLATRON NYLON 66
Polymer
NYLON 6/6
Goodfellow
NYPEL
Allied Signal
SNIAMID ASN
Nyltech
TECHNYL A
Rhone-Poulenc
THERMOFIL NYLON 66
Thermofil
UBE NYLON 66
Ube Industries
ULTRAMID A3K
BASF
VYDYNE (6/6)
Monsanto
WELLAMID NYLON 66
Wellman
ZYTEL 66
DuPont
107
The Plastics Compendium - Volume 1, Key Properties and Sources
PA 6/6 (Polyamide 6/6) (Nylon 6/6): 10% Carbon fibre reinforced ADVANTAGES:
Good tensile strength, flexural modulus, dimensional stability, friction and wear properties compared with unmodified PA 6/6. High values values of thermal & electrical conductivity (could also be seen as a disadvantage).
DISADVANTAGES:
Mouldings may have anistropic properties. Poor electrical resistance. Significant reduction in elongation at break and expensive compared with unmodified PA 6/6.
APPLICATIONS:
Connecting rods, machine parts and housings, gears and bearings in machines where static dissipation is important.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 8500; S.G. 1.18 Max. Operating Temp. °C
80
Surface hardness
Water absorption %
0.8
Linear expansion m/m/°C (x10-5)
3.6
Tensile Strength MPa
130
Flammability UL94
HB
Flexural modulus GPa
6.5
Oxygen index %
23
Elongation at break %
5
Vol. Resist. log ohmcm
NA
Strain at Yield %
N/A
Dielect. strength MV/m
NA
Notched Izod kJ/m
0.05
Dielect. const. 1kHz
NA
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
NA
HDT @ 1.80 MPa °C
251
RR110
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
280 - 300
Mould shrinkage %
0.4
Mould temp. range °C
40 - 60
TRADE NAMES: ADELL A
Adell Plastics
AMILAN NYLON 66
Toray Industries
ASHLENE NYLON 66
Ashley Polymers
CELANESE
Hoechst
COMALLOY NYLON 66
ComAlloy
CTI NYLON 66
Compounding Technology
GRAFIL RG
Grafil
MINLON
DuPont
NYLATRON NYLON 66
Polymer
NYPEL
Allied Signal
RTP 281
RTP
STAR-C PA66
Ferro
TECHNYL A
Rhone-Poulenc
THERMOCOMP RC-1002
LNP Engineering Plastics
THERMOFIL NYLON 66
Thermofil
UBE NYLON 66
Ube Industries
VYDYNE R513
Monsanto
WELLAMID NYLON 66
Wellman
ZYTEL 66
DuPont
108
PA 6/6
PA 6/6 (Polyamide 6/6) (Nylon 6/6): 30% Carbon fibre reinforced ADVANTAGES:
Extremely low coefficient of thermal expansion, good wear properties, excellent stiffness and strength, high thermal conductivity, high electrical conductivity (could also be a disadvantage depending upon application) and extremely low creep when compared with unmodified PA 6/6.
DISADVANTAGES:
Properties can be highly anisotropic dependant on processing conditions. Expensive compared to glass reinforced grades. Not as tough as glass grades. Natural colour of carbon reinforced grades is black.
APPLICATIONS:
Tennis/Squash racquets. Safety helmets. Pump bushings. Gears and bearings in business machines where static dissipation is required.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 23600; S.G. 1.28 Max. Operating Temp. °C
80
Surface hardness
RR120
Water absorption %
0.5
Linear expansion m/m/°C (x10-5)
1.8
Tensile Strength MPa
235
Flammability UL94
HB
Flexural modulus GPa
21
Oxygen index %
22
Elongation at break %
3.5
Vol. Resist. log ohmcm
2
Strain at Yield %
N/A
Dielect. strength MV/m
NA
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
NA
HDT @ 0.45 MPa °C
260
Dissipation Fact.1kHz
NA
HDT @ 1.80 MPa °C
257
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
280 - 300
Mould shrinkage %
0.2
Mould temp. range °C
60 - 80
TRADE NAMES: ADELL A
Adell Plastics
AMILAN NYLON 66
Toray Industries
ASHLENE NYLON 66
Ashley Polymers
CELANESE
Hoechst
COMALLOY NYLON 66
ComAlloy
CTI NYLON 66
Compounding Technology
GRAFIL RG
Grafil
LATAMID 66
Lati
MINLON
DuPont
NYLATRON NYLON 66
Polymer
NYPEL
Allied Signal
RTP 285
RTP
RTP 285
Vigilant Plastics
STAR-C PA66
Ferro
TECHNYL A
Rhone-Poulenc
THERMOCOMP RC
LNP Plastics
THERMOCOMP RC-1006
LNP Engineering Plastics
THERMOFIL NYLON 66
Thermofil
UBE NYLON 66
Ube Industries
WELLAMID NYLON 66
Wellman
ZYTEL 66
DuPont
109
The Plastics Compendium - Volume 1, Key Properties and Sources
PA 6/6 (Polyamide 6/6) (Nylon 6/6): Fire retardant ADVANTAGES:
Excellant resistance to flame and fire (UL = V0>1.5). Very low rate of flame propagation. Non-burning/self extinguishing.
DISADVANTAGES:
Reduced values of tensile strength, modulus, elongation at break and notched impact strength compared with unmodified polyamide 6/6. The natural colour is a reddish brown or black.
APPLICATIONS:
Electrical components, e.g. Plugs and sockets, fuse housings, switches, lamp housings. Mechanical parts exposed to high temperatures, television casings.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 3350; S.G. 1.3 Max. Operating Temp. °C
80
Surface hardness
Water absorption %
1
Linear expansion m/m/°C (x10-5)
8
Tensile Strength MPa
40
Flammability UL94
V0
RR117
Flexural modulus GPa
1
Oxygen index %
32
Elongation at break %
40
Vol. Resist. log ohmcm
13
Strain at Yield %
1
Dielect. strength MV/m
15
Notched Izod kJ/m
0.09
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
180
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
70
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
280 - 300
Mould shrinkage %
1.0
Mould temp. range °C
40 - 60
TRADE NAMES: ADELL A
Adell Plastics
AMILAN NYLON 66
Toray Industries
ASHLENE NYLON 66
Ashley Polymers
BEETLE NYLON 66
BIP Plastics
CELANESE
Hoechst
COMALLOY NYLON 66
ComAlloy
CTI NYLON 66
Compounding Technology
GRILON T
EMS-Grilon
JONYLON NYLON 66
BIP Chemicals
LATAMID 66
Lati
MINLON
DuPont
NYLAFIL 66
DSM
NYLATRON NYLON 66
Polymer
NYPEL
Allied Signal
SNIAMID ASN
Nyltech
TECHNYL A
Rhone-Poulenc
THERMOFIL NYLON 66
Thermofil
UBE NYLON 66
Ube Industries
VYDYNE (6/6)
Monsanto
VYDYNE M
Monsanto
110
PA 6/6 WELLAMID NYLON 66
Wellman
ZYTEL 66
DuPont
PA 6/6 (Polyamide 6/6) (Nylon 6/6): 40% Glass bead filled ADVANTAGES:
Increased rigidity without the distortion problems associated with glass fibre reinforcement. High compressive strength compared with unmodified grades.
DISADVANTAGES:
Reduced notched impact strength compared with unmodified polyamide 6/6. No improvement in HDT.
APPLICATIONS:
Automotive wheel trims, domestic cooker components, fuse box housings, precision engineering components.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2920; S.G. 1.45 Max. Operating Temp. °C
80
Surface hardness
RM98
Water absorption %
0.6
Linear expansion m/m/°C (x10-5)
3.5
Tensile Strength MPa
60
Flammability UL94
HB
Flexural modulus GPa
4
Oxygen index %
22
Elongation at break %
2.5
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
15
Notched Izod kJ/m
0.05
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
220
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
157
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
280 - 300
Mould shrinkage %
1
Mould temp. range °C
40 - 60
TRADE NAMES: ADELL A
Adell Plastics
AMILAN NYLON 66
Toray Industries
ASHLENE NYLON 66
Ashley Polymers
BEETLE NYLON 66
BIP Plastics
CELANESE
Hoechst
COMALLOY NYLON 66
ComAlloy
CTI NYLON 66
Compounding Technology
GRILON T
EMS-Grilon
LATAMID 66
Lati
MINLON
DuPont
NYLATRON NYLON 66
Polymer
NYPEL
Allied Signal
RTP 200GB40
RTP
RTP 200 GB 40
Vigilant Plastics
TECHNYL A
Rhone-Poulenc
THERMOCOMP RF
LNP Plastics
THERMOFIL NYLON 66
Thermofil
111
The Plastics Compendium - Volume 1, Key Properties and Sources UBE NYLON 66
Ube Industries
WELLAMID NYLON 66
Wellman
ZYTEL 66
DuPont
PA 6/6 (Polyamide 6/6) (Nylon 6/6): 10% Glass fibre reinforced ADVANTAGES:
Better tensile strength, flexural modulus, heat distortion temperature and dimensional stability than unmodified PA 6/6.
DISADVANTAGES:
Lower elongation at break and notched izod impact strength than unmodified PA 6/6. Incorporation of glass fibres can cause anisotropy in mouldings.
APPLICATIONS:
High grade technical parts for use in electrical engineering and automotive industry, eg. housings, cog wheels, ball bearing cages. Water meters.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2790; S.G. 1.21 Max. Operating Temp. °C
80
Surface hardness
RM92 -5
Water absorption %
1.1
Linear expansion m/m/°C (x10 )
5
Tensile Strength MPa
95
Flammability UL94
HB
Flexural modulus GPa
4.3
Oxygen index %
22
Elongation at break %
8
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
16
Notched Izod kJ/m
0.04
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
260
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
251
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
280 - 300
Mould shrinkage %
0.7
Mould temp. range °C
40 - 60
TRADE NAMES: ADELL A
Adell Plastics
AMILAN NYLON 66
Toray Industries
ASHLENE NYLON 66
Ashley Polymers
CELANESE
Hoechst
COMALLOY NYLON 66
ComAlloy
CTI NYLON 66
Compounding Technology
LATAMID 66
Lati
MINLON
DuPont
NYLATRON NYLON 66
Polymer
NYPEL
Allied Signal
RTP 201
RTP
RTP 201
Vigilant Plastics
TECHNYL A
Rhone-Poulenc
THERMOCOMP RF
LNP Plastics
THERMOCOMP RF-1002
LNP Engineering Plastics
THERMOFIL NYLON 66
Thermofil
112
PA 6/6 UBE NYLON 66
Ube Industries
WELLAMID NYLON 66
Wellman
ZYTEL 66
DuPont
PA 6/6 (Polyamide 6/6) (Nylon 6/6): 33% Glass fibre reinforced ADVANTAGES:
Excellent strength, rigidity, hardness, HDT, abrasion resistance and good dimensional stability compared with unmodified grades. Even better strength, rigidity and impact resistance available with long fibre reinforcement.
DISADVANTAGES:
Properties, including mould shrinkage can be anisotropic. Low elongation at break compared with unmodified polyamide 6/6.
APPLICATIONS:
Various “under the bonnet” automotive applications eg. Cooling fans, cover for underside of gearbox, air filter nozzle, rocker box covers, distribution belt casing and other automotive uses - Gear stick sockets, door handles, hub caps, wing mirror casings, fuel caps. Most components on windsurfers.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2960; S.G. 1.38 Max. Operating Temp. °C
80
Surface hardness
RM100
Water absorption %
1
Linear expansion m/m/°C (x10-5)
2.5
Tensile Strength MPa
120
Flammability UL94
HB
Flexural modulus GPa
5
Oxygen index %
22
Elongation at break %
4
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
15
Notched Izod kJ/m
0.12
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
257
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
252
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
280 - 300
Mould shrinkage %
0.5
Mould temp. range °C
40 - 60
TRADE NAMES: ADELL A
Adell Plastics
AKULON (S)
DSM
AMILAN NYLON 66
Toray Industries
ASHLENE NYLON 66
Ashley Polymers
BEETLE NYLON 66
BIP Plastics
CELANESE
Hoechst
CELANESE NYLON 6/6
Hoechst
COMALLOY NYLON 66
ComAlloy
CTI NYLON 66
Compounding Technology
DURETHAN A
Bayer
GRILON T
EMS-Grilon
LATAMID 66
Lati
MINLON
DuPont
NIVIONPLAST A
EniChem
113
The Plastics Compendium - Volume 1, Key Properties and Sources NYLATRON NYLON 66
Polymer
NYPEL
Allied Signal
RTP 205.3
RTP
RTP 205.3
Vigilant Plastics
STARAMIDE 66
Ferro
TECHNYL A
Rhone-Poulenc
THERMOCOMP RF
LNP Plastics
THERMOCOMP RF-1006
LNP Engineering Plastics
THERMOFIL NYLON 66
Thermofil
UBE NYLON 66
Ube Industries
ULTRAMID A3WG6
BASF
VYDYNE R
Monsanto
VYDYNE R-533
Monsanto
WELLAMID NYLON 66
Wellman
ZYTEL 66
DuPont
PA 6/6 (Polyamide 6/6) (Nylon 6/6): 60% Glass fibre reinforced ADVANTAGES:
Significantly better tensile strength, stiffness, hardness, dimensional stability, abrasion resistance and heat deflection temperature than unmodified PA 6/6.
DISADVANTAGES:
Depending on processing conditions, properties may be highly anisotropic. Significantly lower elongation at break compared with unmodified PA 6/6.
APPLICATIONS:
Various technical parts where its high strength and stiffness mean it can be a substitute for metal parts.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 3190; S.G. 1.7 Max. Operating Temp. °C
80
Surface hardness
RM104
Water absorption %
0.4
Linear expansion m/m/°C (x10-5)
2
Tensile Strength MPa
220
Flammability UL94
HB
Flexural modulus GPa
15
Oxygen index %
23
Elongation at break %
2
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
16
Notched Izod kJ/m
0.12
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
260
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
260
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
280 - 300
Mould shrinkage %
0.2
Mould temp. range °C
40 - 60
TRADE NAMES: ADELL A
Adell Plastics
AMILAN NYLON 66
Toray Industries
ASHLENE NYLON 66
Ashley Polymers
CELANESE
Hoechst
COMALLOY NYLON 66
ComAlloy
114
PA 6/6 CTI NYLON 66
Compounding Technology
MINLON
DuPont
NYLATRON NYLON 66
Polymer
NYPEL
Allied Signal
RTP 211
Vigilant Plastics
TECHNYL A
Rhone-Poulenc
THERMOCOMP RF
LNP Plastics
THERMOCOMP RF-100-12
LNP Engineering Plastics
THERMOFIL NYLON 66
Thermofil
UBE NYLON 66
Ube Industries
WELLAMID NYLON 66
Wellman
ZYTEL 66
DuPont
PA 6/6 (Polyamide 6/6) (Nylon 6/6): Glass fibre and bead reinforced ADVANTAGES:
Good balance of rigidity, tensile strength and heat distortion temperature together with minimal distortion of mouldings when compared to unmodified polyamide 6/6.
DISADVANTAGES:
Lower tensile strength, rigidity and impact strength compared to polyamide 6/6 grades with same level of glassfibre content.
APPLICATIONS:
Automotive pedals, engineering components, domestic appliance parts. Automotive exterior mirrors, fax box housings, automotive wheel trims.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 3000; S.G. 1.4 Max. Operating Temp. °C
80
Surface hardness
RM95
Water absorption %
1
Linear expansion m/m/°C (x10-5)
2.5
Tensile Strength MPa
100
Flammability UL94
HB
Flexural modulus GPa
4.5
Oxygen index %
22
Elongation at break %
3
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
15
Notched Izod kJ/m
0.06
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
250
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
245
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
280 - 300
Mould shrinkage %
0.5
Mould temp. range °C
40 - 60
TRADE NAMES: ADELL A
Adell Plastics
AMILAN NYLON 66
Toray Industries
ASHLENE NYLON 66
Ashley Polymers
CELANESE
Hoechst
COMALLOY NYLON 66
ComAlloy
CTI NYLON 66
Compounding Technology
LATAMID 66
Lati
115
The Plastics Compendium - Volume 1, Key Properties and Sources MINLON
DuPont
NYLATRON NYLON 66
Polymer
NYPEL
Allied Signal
RTP 203
Vigilant Plastics
RTP 203GB20
RTP
SNIAMID 66
Nyltech
TECHNYL A
Rhone-Poulenc
THERMOCOMP RF
LNP Plastics
THERMOFIL NYLON 66
Thermofil
UBE NYLON 66
Ube Industries
WELLAMID NYLON 66
Wellman
ZYTEL 66
DuPont
PA 6/6 (Polyamide 6/6) (Nylon 6/6): High impact ADVANTAGES:
Excellent low temperature impact properties, reduced notch sensitivity. High elongation at break.
DISADVANTAGES:
Presence of rubber particles increases melt viscosity. Reduced rigidity and strength in comparison with unmodified polyamide 6/6.
APPLICATIONS:
Parts incorporating integral hinges. Automotive fasteners, electrical connectors, alternator covers, spoilers, gears. Knife handles, roller skate base plate.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 3080; S.G. 1.1 Max. Operating Temp. °C
80
Surface hardness
SD75
Water absorption %
1
Linear expansion m/m/°C (x10-5)
9
Tensile Strength MPa
45
Flammability UL94
HB
Flexural modulus GPa
1
Oxygen index %
22
Elongation at break %
80
Vol. Resist. log ohmcm
15
Strain at Yield %
5
Dielect. strength MV/m
20
Notched Izod kJ/m
0.4
Dielect. const. 1kHz
7
HDT @ 0.45 MPa °C
180
Dissipation Fact.1kHz
0.1
HDT @ 1.80 MPa °C
60
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
280 - 300
Mould shrinkage %
2
Mould temp. range °C
60 - 90
TRADE NAMES: ADELL A
Adell Plastics
AKULON (S)
DSM
AMILAN NYLON 66
Toray Industries
ASHLENE NYLON 66
Ashley Polymers
BEETLE NYLON 66
BIP Plastics
CELANESE
Hoechst
CELANESE NYLON 6/6
Hoechst
COMALLOY NYLON 66
ComAlloy
116
PA 6/6 CTI NYLON 66
Compounding Technology
GRILON T
EMS-Grilon
JONYLON NYLON 66
BIP Chemicals
LATAMID 66
Lati
MINLON
DuPont
NYLATRON NYLON 66
Polymer
NYPEL
Allied Signal
TECHNYL A
Rhone-Poulenc
THERMOFIL NYLON 66
Thermofil
UBE NYLON 66
Ube Industries
ULTRAMID A3Z
BASF
VYDYNE
Monsanto
VYDYNE (6/6)
Monsanto
WELLAMID NYLON 66
Wellman
ZYTEL 66
DuPont
PA 6/6 (Polyamide 6/6) (Nylon 6/6): 40% Mineral filled ADVANTAGES:
Very good rigidity, tensile strength, creep resistance and processability compared with unmodified polyamide 6/6 grades. Reduced tendency to form sink marks.
DISADVANTAGES:
Processing equipment (screws, etc.) needs to be cleaned mechanically rather than being burnt off. At high burn off temperatures minerals may fuse. Reduced notched izod impact strength when compared with unmodified grades.
APPLICATIONS:
Small mechanical components, housings, handles. Automotive “under the bonnet” applications. Tool handles, machine frames, furniture parts. Wheel covers, air extraction grills.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2840; S.G. 1.5 Max. Operating Temp. °C
80
Surface hardness
RM95
Water absorption %
0.5
Linear expansion m/m/°C (x10-5)
4.5
Tensile Strength MPa
57
Flammability UL94
HB
Flexural modulus GPa
3
Oxygen index %
22
Elongation at break %
10
Vol. Resist. log ohmcm
15
Strain at Yield %
N/Y
Dielect. strength MV/m
15
Notched Izod kJ/m
0.08
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
250
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
220
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
280 - 300
Mould shrinkage %
0.9
Mould temp. range °C
70 - 100
TRADE NAMES: ADELL A
Adell Plastics
AKULON (S)
DSM
AMILAN NYLON 66
Toray Industries
117
The Plastics Compendium - Volume 1, Key Properties and Sources ASHLENE NYLON 66
Ashley Polymers
CELANESE
Hoechst
COMALLOY NYLON 66
ComAlloy
CTI NYLON 66
Compounding Technology
GRILON T
EMS-Grilon
JONYLON NYLON 66
BIP Chemicals
LATAMID 66
Lati
MINLON
DuPont
NIVIONPLAST A
EniChem
NYLATRON NYLON 66
Polymer
NYPEL
Allied Signal
RTP 227
RTP
RTP 227
Vigilant Plastics
SNIAMID ASN
Nyltech
STARAMIDE 66
Ferro
TECHNYL A
Rhone-Poulenc
THERMOFIL NYLON 66
Thermofil
UBE NYLON 66
Ube Industries
VYDYNE R
Monsanto
VYDYNE R220
Monsanto
WELLAMID NYLON 66
Wellman
ZYTEL 66
DuPont
PA 6/6 (Polyamide 6/6) (Nylon 6/6): Molybdenum disulphide lubricated ADVANTAGES:
Low friction and excellent wear resistance. High dry modulus relative to unmodified polyamide 6/6. Self lubricating, non abrasive to other materials.
DISADVANTAGES:
Notched impact strength and elongation at break reduced compared with unmodified polyamide 6/6.
APPLICATIONS:
Bushings, wear plates, valve seats, thrust bearings, seals, guides, cams, wear strips, bearings, gears.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 3020; S.G. 1.18 Max. Operating Temp. °C
80
Surface hardness
RM90
Water absorption %
1.2
Linear expansion m/m/°C (x10-5)
6
Tensile Strength MPa
56
Flammability UL94
HB
Flexural modulus GPa
1.2
Oxygen index %
22
Elongation at break %
11
Vol. Resist. log ohmcm
14
Strain at Yield %
4
Dielect. strength MV/m
15
Notched Izod kJ/m
0.08
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
200
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
100
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
280 - 300
Mould shrinkage %
1.5
Mould temp. range °C
50 - 80
118
PA 6/6
TRADE NAMES: ADELL A
Adell Plastics
AMILAN NYLON 66
Toray Industries
ASHLENE NYLON 66
Ashley Polymers
BEETLE NYLON 66
BIP Plastics
CELANESE
Hoechst
COMALLOY NYLON 66
ComAlloy
CTI NYLON 66
Compounding Technology
GRILON T
EMS-Grilon
LATAMID 66
Lati
MINLON
DuPont
NYKON R
LNP Engineering Plastics
NYKON R
LNP Plastics
NYLATRON NYLON 66
Polymer
NYPEL
Allied Signal
RTP 200MS
RTP
RTP 200 MS
Vigilant Plastics
TECHNYL A
Rhone-Poulenc
THERMOFIL NYLON 66
Thermofil
UBE NYLON 66
Ube Industries
ULTRAMID A4HM03
BASF
WELLAMID NYLON 66
Wellman
ZYTEL 66
DuPont
PA 6/6 (Polyamide 6/6) (Nylon 6/6): 20% PTFE lubricated ADVANTAGES:
Good wear and abrasion properties even at low temperatures. Good demoulding properties and good flowability. Noise and vibration absorption.
DISADVANTAGES:
Reduced notched impact strength and elongation at break when compared with unmodified polyamide 6/ 6. About twice the cost of unmodified polyamide 6/6.
APPLICATIONS:
Leisure and sports equipment, eg. Sailboard boom fitting, ski pole discs. Hinges, castors, gearwheels.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 5400; S.G. 1.26 Max. Operating Temp. °C
80
Surface hardness
RM55
Water absorption %
1
Linear expansion m/m/°C (x10-5)
8
Tensile Strength MPa
50
Flammability UL94
HB
Flexural modulus GPa
1.2
Oxygen index %
22
Elongation at break %
8
Vol. Resist. log ohmcm
15
Strain at Yield %
10
Dielect. strength MV/m
15
Notched Izod kJ/m
0.06
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
120
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
100
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
280 - 300
Mould shrinkage %
1.4
Mould temp. range °C
70 - 100
119
The Plastics Compendium - Volume 1, Key Properties and Sources
TRADE NAMES: ADELL A
Adell Plastics
AMILAN NYLON 66
Toray Industries
ASHLENE NYLON 66
Ashley Polymers
CELANESE
Hoechst
COMALLOY NYLON 66
ComAlloy
CTI NYLON 66
Compounding Technology
LATAMID 66
Lati
LUBRICOMP RL-4040
LNP Engineering Plastics
MINLON
DuPont
NYLATRON NYLON 66
Polymer
NYPEL
Allied Signal
RTP 200TFE200
RTP
RTP 200 TFE 20
Vigilant Plastics
STAR-L PA66
Ferro
TECHNYL A
Rhone-Poulenc
THERMOCOMP RL
LNP Plastics
THERMOFIL NYLON 66
Thermofil
UBE NYLON 66
Ube Industries
WELLAMID NYLON 66
Wellman
ZYTEL 66
DuPont
PA 6/6 (Polyamide 6/6) (Nylon 6/6): Supertough ADVANTAGES:
Superior impact properties and very low notch sensitivity compared with other engineering thermoplastics. Short moulding cycles therefore higher productivity. Good chemical resistance. Good surface finish.
DISADVANTAGES:
Low flexural modulus and maximum oparating temperature when compared with unmodified PA 6/6.
APPLICATIONS:
Housing for power tools, radiator cooling fans, ski bindings. Toys, sporting goods, mechanical guards, conveyor components, automotive grommets and seals, safety helmets.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 3240; S.G. 1.09 Max. Operating Temp. °C
65
Surface hardness
RR95
Water absorption %
1.2
Linear expansion m/m/°C (x10-5)
10
Tensile Strength MPa
45
Flammability UL94
HB
Flexural modulus GPa
0.8
Oxygen index %
22
Elongation at break %
40
Vol. Resist. log ohmcm
13
Strain at Yield %
10
Dielect. strength MV/m
14
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
4.5
HDT @ 0.45 MPa °C
216
Dissipation Fact.1kHz
0.1
HDT @ 1.80 MPa °C
71
Matl. drying hrs @ °C
3 @ 75
Melt temp. range °C
280 - 300
Mould shrinkage %
2
Mould temp. range °C
60 - 80
120
PA 6/6
TRADE NAMES: ADELL A
Adell Plastics
AMILAN NYLON 66
Toray Industries
ASHLENE NYLON 66
Ashley Polymers
BEETLE NYLON 66
BIP Plastics
CELANESE
Hoechst
CELANESE NYLON 6/6
Hoechst
COMALLOY NYLON 66
ComAlloy
CTI NYLON 66
Compounding Technology
JONYLON NYLON 66
BIP Chemicals
LATAMID 66
Lati
MINLON
DuPont
NYLATRON NYLON 66
Polymer
NYPEL
Allied Signal
TECHNYL A
Rhone-Poulenc
THERMOFIL NYLON 66
Thermofil
UBE NYLON 66
Ube Industries
WELLAMID NYLON 66
Wellman
ZYTEL ST
DuPont
PA 6/6 (Polyamide 6/6) (Nylon 6/6): Supertough; fire retardant ADVANTAGES:
Excellent combination of impact, flame and fire resistance when compared with unmodified polyamide 6/6.
DISADVANTAGES:
High melt viscosity due to presence of rubber particles, therefore processing problems are possible. Reduced flexural modulus and maximum operating temperature compared with unmodified polyamide 6/6.
APPLICATIONS:
Plug and socket connectors. Christmas tree lights. Lamp shades, household items, eg. plastic seating. Power tool housings. Automotive applications, eg. Tank caps, ventilation grills, air induction tubes, air intake grills, electrical control box housing. Cooling fans.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 3460; S.G. 1.25 Max. Operating Temp. °C
65
Surface hardness
RR95
Water absorption %
1.2
Linear expansion m/m/°C (x10-5)
10
Tensile Strength MPa
40
Flammability UL94
V0
Flexural modulus GPa
0.9
Oxygen index %
30
Elongation at break %
30
Vol. Resist. log ohmcm
13
Strain at Yield %
7.5
Dielect. strength MV/m
13
Notched Izod kJ/m
0.9
Dielect. const. 1kHz
4.5
HDT @ 0.45 MPa °C
216
Dissipation Fact.1kHz
0.1
HDT @ 1.80 MPa °C
71
Matl. drying hrs @ °C
3 @ 75
Melt temp. range °C
280 - 300
Mould shrinkage %
2
Mould temp. range °C
70 - 80
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The Plastics Compendium - Volume 1, Key Properties and Sources
TRADE NAMES: ADELL A
Adell Plastics
AMILAN NYLON 66
Toray Industries
ASHLENE NYLON 66
Ashley Polymers
CELANESE
Hoechst
COMALLOY NYLON 66
ComAlloy
CTI NYLON 66
Compounding Technology
MINLON
DuPont
NYLATRON NYLON 66
Polymer
NYPEL
Allied Signal
TECHNYL A
Rhone-Poulenc
THERMOFIL NYLON 66
Thermofil
UBE NYLON 66
Ube Industries
WELLAMID NYLON 66
Wellman
ZYTEL ST
DuPont
PA 6/6 (Polyamide 6/6) (Nylon 6/6): Supertough; 33% glass fibre reinforced ADVANTAGES:
Increased rigidity and tensile strength compared with unmodified polyamide 6/6.
DISADVANTAGES:
Uneven surface appearence. Components can have anisotropic properties if not moulded carefully. Reduced elongation at break and maximum operating temperature compared with unmodified polyamide 6/6.
APPLICATIONS:
Automobile fan shrouds, machine parts and housings. Electrical connectors, bicycle wheels, accelerator pedals, rifle butts, power tool housings, bearing retainers, tennis/squash racquets. Lawn mower casings.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 3560; S.G. 1.34 Max. Operating Temp. °C
65
Surface hardness
RR98
Water absorption %
1
Linear expansion m/m/°C (x10-5)
6
Tensile Strength MPa
110
Flammability UL94
HB
Flexural modulus GPa
4.5
Oxygen index %
22
Elongation at break %
4
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
14
Notched Izod kJ/m
0.24
Dielect. const. 1kHz
4.5
HDT @ 0.45 MPa °C
210
Dissipation Fact.1kHz
0.1
HDT @ 1.80 MPa °C
200
Matl. drying hrs @ °C
3 @ 75
Melt temp. range °C
280 - 300
Mould shrinkage %
0.7
Mould temp. range °C
60 - 90
TRADE NAMES: ADELL A
Adell Plastics
AMILAN NYLON 66
Toray Industries
ASHLENE NYLON 66
Ashley Polymers
122
PA 6/6 CELANESE
Hoechst
COMALLOY NYLON 66
ComAlloy
CTI NYLON 66
Compounding Technology
GRILON T
EMS-Grilon
MINLON
DuPont
NYLATRON NYLON 66
Polymer
NYPEL
Allied Signal
TECHNYL A
Rhone-Poulenc
THERMOFIL NYLON 66
Thermofil
UBE NYLON 66
Ube Industries
WELLAMID NYLON 66
Wellman
ZYTEL ST
DuPont
PA 6/6 (Polyamide 6/6) (Nylon 6/6): UV stabilised ADVANTAGES:
Excellent retention of mechanical properties after long exposure to sunlight/uv radiation.
DISADVANTAGES:
Some grades can have dull brown colour. Slightly reduced impact and tensile strengths compared with unmodified polyamide 6/6.
APPLICATIONS:
Car rear view mirror holder. Sports equipment, e.g. Ski-boot bindings. Door handles, stadium seating, hub caps, automotive spoilers, lamp housings.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2850; S.G. 1.15 Max. Operating Temp. °C
80
Surface hardness
RR99
Water absorption %
1.2
Linear expansion m/m/°C (x10-5)
8
Tensile Strength MPa
56
Flammability UL94
HB
Flexural modulus GPa
1.2
Oxygen index %
22
Elongation at break %
50
Vol. Resist. log ohmcm
14
Strain at Yield %
3.5
Dielect. strength MV/m
20
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
200
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
100
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
280 - 300
Mould shrinkage %
1.5
Mould temp. range °C
40 - 80
TRADE NAMES: ADELL A
Adell Plastics
AKULON (S)
DSM
AMILAN NYLON 66
Toray Industries
ASHLENE NYLON 66
Ashley Polymers
BEETLE NYLON 66
BIP Plastics
CELANESE
Hoechst
CELANESE NYLON 6/6
Hoechst
COMALLOY NYLON 66
ComAlloy
123
The Plastics Compendium - Volume 1, Key Properties and Sources CTI NYLON 66
Compounding Technology
DURETHAN A
Bayer
GRILON T
EMS-Grilon
LATAMID 66
Lati
MINLON
DuPont
NYLATRON NYLON 66
Polymer
NYPEL
Allied Signal
TECHNYL A
Rhone-Poulenc
THERMOFIL NYLON 66
Thermofil
UBE NYLON 66
Ube Industries
ULTRAMID A3KUV
BASF
VYDYNE 25 WSP
Monsanto
VYDYNE (6/6)
Monsanto
WELLAMID NYLON 66
Wellman
ZYTEL 66
DuPont
PA 6/6-6 (Polyamide 6/6-6) (Nylon 6/6-6) ADVANTAGES: Generally more ductile than Nylon 6 or Nylon 6/6. Elongation at break for Nylon 6 is 60%, Nylon 6/6 is 60%, Nylon 6/6-6 is 110%. Improved low temperature impact performance.
DISADVANTAGES: Water absorption of 8.5% at saturation. Poor dimensional stability.
APPLICATIONS: Parts that require good toughness at low temperatures.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2900; S.G. 1.11 Max. Operating Temp. °C
80
Surface hardness
RM87
Water absorption %
1.6
Linear expansion m/m/°C (x10-5)
12
Tensile Strength MPa
80
Flammability UL94
HB
Flexural modulus GPa
1.2
Oxygen index %
22
Elongation at break %
200
Vol. Resist. log ohmcm
14
Strain at Yield %
11
Dielect. strength MV/m
24
Notched Izod kJ/m
0.23
Dielect. const. 1kHz
4
HDT @ 0.45 MPa °C
210
Dissipation Fact.1kHz
0.02
HDT @ 1.80 MPa °C
70
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
260 - 280
Mould shrinkage %
2
Mould temp. range °C
60 - 80
124
PA 6/9
TRADE NAMES: TECHNYL B
Rhone-Poulenc
ULTRAMID 6/6-6
BASF
ULTRAMID KR 4205
BASF
VYDYNE 41-H
Monsanto
VYDYNE (6/6-6)
Monsanto
ZYTEL 6/66
DuPont
PA 6/9 (Polyamide 6/9) (Nylon 6/9) ADVANTAGES: Lower density than common Nylons 6 or 6/6. Low water absorption compared to Nylon 6 or Nylon 6/6.
DISADVANTAGES: More expensive (about 10% more) than Nylon 6 or Nylon 6/6.
APPLICATIONS: General mechanical parts as for Nylon 6 or Nylon 6/6, but which require better dimensional stability.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 3000; S.G. 1.08 Max. Operating Temp. °C
80
Surface hardness
SD78
Water absorption %
0.48
Linear expansion m/m/°C (x10-5)
9
Tensile Strength MPa
50
Flammability UL94
V2
Flexural modulus GPa
1.4
Oxygen index %
22
Elongation at break %
15
Vol. Resist. log ohmcm
14
Strain at Yield %
10
Dielect. strength MV/m
19
Notched Izod kJ/m
0.06
Dielect. const. 1kHz
3.2
HDT @ 0.45 MPa °C
183
Dissipation Fact.1kHz
0.02
HDT @ 1.80 MPa °C
61
Matl. drying hrs @ °C
3 @ 95
Melt temp. range °C
230 - 280
Mould shrinkage %
1.8
Mould temp. range °C
40 - 80
TRADE NAME: ULTRAMID 6/9
BASF
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The Plastics Compendium - Volume 1, Key Properties and Sources
PA 6/10 (Polyamide 6/10) (Nylon 6/10) All Grades: ADVANTAGES: Lower brittle temperature than Nylon 6 or Nylon 6/6. Lower water absorption than Nylon 6 or Nylon 6/6 (4% @ saturation). Stronger than Nylon 11, Nylon 12 or Nylon 6/12. Retains room temperature toughness at low temperatures better than Nylon 6 or Nylon 6/6.
DISADVANTAGES: High mould shrinkage. More expensive and lower strength and stiffness than Nylon 6/6.
APPLICATIONS: Zip fasteners, electrical insulators, precision parts. Filaments for brushes.
PA 6/10 (Polyamide 6/10) (Nylon 6/10) PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 5420; S.G. 1.08 Max. Operating Temp. °C
70
Surface hardness
Water absorption %
0.4
Linear expansion m/m/°C (x10-5)
14
Tensile Strength MPa
58
Flammability UL94
HB
RR100
Flexural modulus GPa
1.1
Oxygen index %
23
Elongation at break %
300
Vol. Resist. log ohmcm
13
Strain at Yield %
15
Dielect. strength MV/m
20
Notched Izod kJ/m
0.09
Dielect. const. 1kHz
4.7
HDT @ 0.45 MPa °C
157
Dissipation Fact.1kHz
0.09
HDT @ 1.80 MPa °C
66
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
230 - 280
Mould shrinkage %
1.8
Mould temp. range °C
30 - 60
TRADE NAMES: AMILAN NYLON 6/10
Toray Industries
CTI NYLON 6/10
Compounding Technology
TECHNYL D
Rhone-Poulenc
ULTRAMID S3K
BASF
126
PA 6/10
PA 6/10 (Polyamide 6/10) (Nylon 6/10): 30% Carbon fibre reinforced ADVANTAGES:
Compared with unmodified PA 6/10 this grade has superior tensile strength, rigidity, heat distortion temperature, creep resistance, low water absorption, low mould shrinkage, good dimensional stability, low coefficient of friction and excellent wear properties.
DISADVANTAGES:
Very expensive. Mechanical properties are anisotropic. High melt viscosity. Poor electrical insulating properties.
APPLICATIONS:
Precision engineering parts ie. gears, cams, bearings, bushes and valve seats.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 19000; S.G. 1.23 Max. Operating Temp. °C
70
Surface hardness
RM97
Water absorption %
0.12
Linear expansion m/m/°C (x10-5)
1.6
Tensile Strength MPa
180
Flammability UL94
HB
Flexural modulus GPa
13
Oxygen index %
23
Elongation at break %
4
Vol. Resist. log ohmcm
3
Strain at Yield %
N/A
Dielect. strength MV/m
NA
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
NA
HDT @ 0.45 MPa °C
225
Dissipation Fact.1kHz
NA
HDT @ 1.80 MPa °C
218
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
250 - 280
Mould shrinkage %
0.2
Mould temp. range °C
60 - 100
TRADE NAMES: AMILAN NYLON 6/10
Toray Industries
CTI NYLON 6/10
Compounding Technology
RTP 205B
RTP
TECHNYL D
Rhone-Poulenc
THERMOCOMP QC
LNP Plastics
THERMOCOMP QC-1006
LNP Engineering Plastics
PA 6/10 (Polyamide 6/10) (Nylon 6/10): Fire retardant ADVANTAGES:
Improved resistance to fire and flame spread compared with unmodified PA 6/10.
DISADVANTAGES:
Small decrease in tensile strength and elongation at break compared with unmodified PA 6/10.
APPLICATIONS:
Electrical components, ie. Coil formers, bobbins, wire jacketing and tubing.
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The Plastics Compendium - Volume 1, Key Properties and Sources
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 5720; S.G. 1.3 Max. Operating Temp. °C
70
Surface hardness
Water absorption %
0.45
Linear expansion m/m/°C (x10-5)
14
Tensile Strength MPa
50
Flammability UL94
V0
RR100
Flexural modulus GPa
1.1
Oxygen index %
28
Elongation at break %
200
Vol. Resist. log ohmcm
12
Strain at Yield %
10
Dielect. strength MV/m
17
Notched Izod kJ/m
0.06
Dielect. const. 1kHz
4.8
HDT @ 0.45 MPa °C
157
Dissipation Fact.1kHz
0.1
HDT @ 1.80 MPa °C
66
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
230 - 280
Mould shrinkage %
1.8
Mould temp. range °C
30 - 60
TRADE NAMES: AMILAN NYLON 6/10
Toray Industries
CTI NYLON 6/10
Compounding Technology
TECHNYL D
Rhone-Poulenc
THERMOCOMP QF
LNP Plastics
PA 6/10 (Polyamide 6/10) (Nylon 6/10): 10% Glass fibre reinforced ADVANTAGES:
Higher tensile strength, flexural modulus, dimensional stability and heat distortion temperature than unmodified PA 6/10.
DISADVANTAGES:
Very low elongation at break and reduced notched izod impact strength compared with unmodified PA 6/ 10. Mechanical properties of mouldings can be anisotropic.
APPLICATIONS:
Precision engineering parts i.e. Gears, cams, bearings, bushes and valve seats. Electrical connectors and plugs.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 6600; S.G. 1.15 Max. Operating Temp. °C
70
Surface hardness
Water absorption %
0.24
Linear expansion m/m/°C (x10-5)
4.7
Tensile Strength MPa
86
Flammability UL94
HB
RM87
Flexural modulus GPa
4.8
Oxygen index %
23
Elongation at break %
7
Vol. Resist. log ohmcm
12
Strain at Yield %
N/A
Dielect. strength MV/m
19
Notched Izod kJ/m
0.05
Dielect. const. 1kHz
3.6
HDT @ 0.45 MPa °C
210
Dissipation Fact.1kHz
0.011
HDT @ 1.80 MPa °C
204
128
PA 6/10 Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
230 - 280
Mould shrinkage %
0.5
Mould temp. range °C
30 - 60
TRADE NAMES: AMILAN NYLON 6/10
Toray Industries
CTI NYLON 6/10
Compounding Technology
RTP 201 B
Vigilant Plastics
TECHNYL D
Rhone-Poulenc
THERMOCOMP QF
LNP Plastics
PA 6/10 (Polyamide 6/10) (Nylon 6/10): 30% Glass fibre reinforced ADVANTAGES:
High tensile strength, rigidity, heat distortion temperature and creep resistance combined with low mould shrinkage and good dimensional stability compared with unmodified PA 6/10.
DISADVANTAGES:
Low strain to break compared with unmodified PA 6/10. Mechanical properties are anisotropic. High melt viscosity.
APPLICATIONS:
Precision engineering parts ie. gears, cams, bearings, bushes and tubing. Electrical components such as coil formers and bobbins.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 6000; S.G. 1.30 Max. Operating Temp. °C
70
Surface hardness
RM97
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
3
Tensile Strength MPa
145
Flammability UL94
HB
Flexural modulus GPa
7.5
Oxygen index %
23
Elongation at break %
4
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
17
Notched Izod kJ/m
0.11
Dielect. const. 1kHz
3.8
HDT @ 0.45 MPa °C
220
Dissipation Fact.1kHz
0.015
HDT @ 1.80 MPa °C
210
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
250 - 280
Mould shrinkage %
0.4
Mould temp. range °C
60 - 100
TRADE NAMES: AMILAN NYLON 6/10
Toray Industries
CTI NYLON 6/10
Compounding Technology
RTP 205 B
Vigilant Plastics
TECHNYL D
Rhone-Poulenc
THERMOCOMP QF
LNP Plastics
THERMOCOMP QF-1006
LNP Engineering Plastics
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The Plastics Compendium - Volume 1, Key Properties and Sources
PA 6/10 (Polyamide 6/10) (Nylon 6/10): 20% PTFE lubricated ADVANTAGES:
Low coefficient of friction and superior wear resistance compared with unmodified PA 6/10.
DISADVANTAGES:
More expensive than silicone lubricated polyamide 6/10. Reduced tensile strength, rigidity and notched izod impact strength compared with unmodified PA 6/10.
APPLICATIONS:
Precision parts requiring slip properties, ie. Gears, cams, bearings, bushes and valve seats. Wire jacketing and tubing.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 7800; S.G. 1.26 Max. Operating Temp. °C
70
Surface hardness
RR95 -5
Water absorption %
0.3
Linear expansion m/m/°C (x10 )
10
Tensile Strength MPa
48
Flammability UL94
V0
Flexural modulus GPa
1.1
Oxygen index %
28
Elongation at break %
150
Vol. Resist. log ohmcm
14
Strain at Yield %
15
Dielect. strength MV/m
18
Notched Izod kJ/m
0.03
Dielect. const. 1kHz
4
HDT @ 0.45 MPa °C
157
Dissipation Fact.1kHz
0.08
HDT @ 1.80 MPa °C
66
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
240 - 270
Mould shrinkage %
1.8
Mould temp. range °C
30 - 60
TRADE NAMES: AMILAN NYLON 6/10
Toray Industries
CTI NYLON 6/10
Compounding Technology
LUBRICOMP QL-4040
LNP Engineering Plastics
TECHNYL D
Rhone-Poulenc
THERMOCOMP QL
LNP Plastics
PA 6/10 (Polyamide 6/10) (Nylon 6/10): 2% Silicone lubricated ADVANTAGES:
Low coefficient of friction and good wear resistance compared with unmodified PA 6/10.
DISADVANTAGES:
A small decrease in tensile strength, elongation at break, notched izod impact strength and heat distortion temperature compared with unmodified PA 6/10.
APPLICATIONS:
Wire jacketing, filaments, tubing, zips, gears and cog wheels. Cams bearings, bushes and valve seats.
130
PA 6/12
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 5850; S.G. 1.07 Max. Operating Temp. °C
70
Surface hardness
RR95
Water absorption %
0.35
Linear expansion m/m/°C (x10-5)
11
Tensile Strength MPa
55
Flammability UL94
HB
Flexural modulus GPa
1.1
Oxygen index %
23
Elongation at break %
280
Vol. Resist. log ohmcm
13
Strain at Yield %
13
Dielect. strength MV/m
20
Notched Izod kJ/m
0.03
Dielect. const. 1kHz
4.8
HDT @ 0.45 MPa °C
150
Dissipation Fact.1kHz
0.09
HDT @ 1.80 MPa °C
51
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
230 - 280
Mould shrinkage %
1.8
Mould temp. range °C
30 - 60
TRADE NAMES: AMILAN NYLON 6/10
Toray Industries
CTI NYLON 6/10
Compounding Technology
LUBRICOMP QL-4410
LNP Engineering Plastics
TECHNYL D
Rhone-Poulenc
THERMOCOMP QL
LNP Plastics
PA 6/12 (Polyamide 6/12) (Nylon 6/12) All Grades: ADVANTAGES: Lower water absorption than Nylon 6 or Nylon 6/6 (4% at saturation). Lower brittle temperature than Nylon 6 or Nylon 6/6. Better heat resistance than Nylon 6/10. Lower mould shrinkage than Nylon 6, Nylon 6/6 or Nylon 6/10.
DISADVANTAGES: Lower heat distortion temperature than Nylon 6/6. More expensive than Nylon 6 or Nylon 6/6.
APPLICATIONS: Mechanical parts, zips, filaments, coverings and coatings requiring abrasion resistance.
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The Plastics Compendium - Volume 1, Key Properties and Sources
PA 6/12 (Polyamide 6/12) (Nylon 6/12) PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 3700; S.G. 1.06 Max. Operating Temp. °C
70
Surface hardness
RR105
Water absorption %
0.25
Linear expansion m/m/°C (x10-5)
9
Tensile Strength MPa
51
Flammability UL94
V2
Flexural modulus GPa
1.4
Oxygen index %
22
Elongation at break %
300
Vol. Resist. log ohmcm
14
Strain at Yield %
7
Dielect. strength MV/m
20
Notched Izod kJ/m
0.04
Dielect. const. 1kHz
3.6
HDT @ 0.45 MPa °C
160
Dissipation Fact.1kHz
0.02
HDT @ 1.80 MPa °C
80
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
230 - 280
Mould shrinkage %
1.1
Mould temp. range °C
30 - 60
TRADE NAMES: COMALLOY 6/12
ComAlloy
CTI NYLON 6/12
Compounding Technology
GRILON C
EMS-Grilon
GRILON C
Emser Industries
THERMOFIL NYLON 6/12
Thermofil
VESTAMID D
Huls
ZYTEL 6/12
DuPont
PA 6/12 (Polyamide 6/12) (Nylon 6/12): 30% Carbon fibre reinforced ADVANTAGES:
Compared with unmodified PA 6/12 this material has excellent creep resistance, extremely high tensile strength and modulus. Improved notched izod impact strength, excellent heat distortion temperature, combined with a lower coefficient of friction, low linear thermal expansion and low water absorption.
DISADVANTAGES:
Very expensive. Low elongation at break. Mechanical properties depend on alignment of fibres. High melt viscosity.
APPLICATIONS:
Parts requiring high strength and low moisture absorption. Precision engineering parts, filaments and tubing.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 20000; S.G. 1.22 Max. Operating Temp. °C
70
Surface hardness
Water absorption %
0.15
Linear expansion m/m/°C (x10-5)
1.7
Tensile Strength MPa
200
Flammability UL94
V2
132
RR120
PA 6/12 Flexural modulus GPa
15
Oxygen index %
20
Elongation at break %
3
Vol. Resist. log ohmcm
2
Strain at Yield %
N/A
Dielect. strength MV/m
NA
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
NA
HDT @ 0.45 MPa °C
225
Dissipation Fact.1kHz
NA
HDT @ 1.80 MPa °C
216
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
280 - 290
Mould shrinkage %
0.2
Mould temp. range °C
60 - 100
TRADE NAMES: COMALLOY 6/12
ComAlloy
CTI NYLON 6/12
Compounding Technology
GRILON C
Emser Industries
THERMOCOMP IC
LNP Plastics
THERMOCOMP IC-1006
LNP Engineering Plastics
THERMOFIL NYLON 6/12
Thermofil
VESTAMID D
Huls
ZYTEL 6/12
DuPont
PA 6/12 (Polyamide 6/12) (Nylon 6/12): Fire retardant ADVANTAGES:
Better resistance to fire than unmodified PA 6/12.
DISADVANTAGES:
More expensive than base PA 6/12. Reduced tensile strength, notched izod impact strength and flexural modulus compared with unmodified PA 6/12.
APPLICATIONS:
Electrical connectors and plugs. Mechanical parts exposed to high temperatures, wire jacketing, tubing. Coil forms, bobbins and connectors.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 6155; S.G. 1.2 Max. Operating Temp. °C
70
Surface hardness
RR105
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
9
Tensile Strength MPa
47
Flammability UL94
V0
Flexural modulus GPa
1.4
Oxygen index %
30
Elongation at break %
200
Vol. Resist. log ohmcm
12
Strain at Yield %
6
Dielect. strength MV/m
18
Notched Izod kJ/m
0.03
Dielect. const. 1kHz
4
HDT @ 0.45 MPa °C
160
Dissipation Fact.1kHz
0.03
HDT @ 1.80 MPa °C
80
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
230 - 280
Mould shrinkage %
1.1
Mould temp. range °C
30 - 60
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The Plastics Compendium - Volume 1, Key Properties and Sources
TRADE NAMES: COMALLOY A. 6/12
ComAlloy
CTI NYLON 6/12
Compounding Technology
GRILON C
Emser Industries
THERMOFIL NYLON 6/12
Thermofil
ZYTEL 6/12
DuPont
PA 6/12 (Polyamide 6/12) (Nylon 6/12): 10% Glass fibre reinforced ADVANTAGES:
Higher tensile strength, flexural modulus, heat distortion temperature and low mould shrinkage compared with unmodified PA 6/12.
DISADVANTAGES:
Very low elongation at break compared with unmodified PA 6/12. Mechanical properties of mouldings can be anisotropic.
APPLICATIONS:
Mechanical parts requiring low water absorption and high strength. Coil forms, bobbins and connectors.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 8400; S.G. 1.14 Max. Operating Temp. °C
70
Surface hardness
RM87
Water absorption %
0.24
Linear expansion m/m/°C (x10-5)
4.5
Tensile Strength MPa
82
Flammability UL94
V2
Flexural modulus GPa
5.1
Oxygen index %
22
Elongation at break %
6.5
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
18
Notched Izod kJ/m
0.04
Dielect. const. 1kHz
4
HDT @ 0.45 MPa °C
210
Dissipation Fact.1kHz
0.03
HDT @ 1.80 MPa °C
204
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
230 - 280
Mould shrinkage %
0.45
Mould temp. range °C
30 - 60
TRADE NAMES: COMALLOY 6/12
ComAlloy
CTI NYLON 6/12
Compounding Technology
GRILON C
Emser Industries
RTP 201 D
Vigilant Plastics
RTP 2010
RTP
THERMOCOMP IF
LNP Plastics
THERMOCOMP IF-1002
LNP Engineering Plastics
THERMOFIL NYLON 6/12
Thermofil
ZYTEL 6/12
DuPont
134
PA 6/12
PA 6/12 (Polyamide 6/12) (Nylon 6/12): 30% Glass fibre reinforced ADVANTAGES:
Excellent tensile strength, creep resistance, rigidity, notched izod impact strength, heat distortion temperature combined with low coefficient of thermal expansion and mould shrinkage compared with unmodified PA 6/12. Excellent creep resistance.
DISADVANTAGES:
Mechanical properties of mouldings are anisotropic. Low elongation at break and high melt viscosity compared with unmodified PA 6/12.
APPLICATIONS:
Precision engineering parts requiring high strength. Coil forms, bobbins and connectors.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 7900; S.G. 1.3 Max. Operating Temp. °C
70
Surface hardness
RR120
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
2.7
Tensile Strength MPa
152
Flammability UL94
V2
Flexural modulus GPa
7
Oxygen index %
20
Elongation at break %
4.5
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
17
Notched Izod kJ/m
0.13
Dielect. const. 1kHz
4
HDT @ 0.45 MPa °C
221
Dissipation Fact.1kHz
0.03
HDT @ 1.80 MPa °C
213
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
250 - 290
Mould shrinkage %
0.35
Mould temp. range °C
60 - 100
TRADE NAMES: COMALLOY 6/12
ComAlloy
CTI NYLON 6/12
Compounding Technology
GRILON C
Emser Industries
RTP 205D
RTP
RTP 205 D
Vigilant Plastics
THERMOCOMP IF
LNP Plastics
THERMOCOMP IF-1006
LNP Engineering Plastics
THERMOFIL NYLON 6/12
Thermofil
VESTAMID D
Huls
ZYTEL 6/12
DuPont
PA 6/12 (Polyamide 6/12) (Nylon 6/12): 20% PTFE lubricated ADVANTAGES:
Low coefficient of friction and good flow properties compared with unmodified PA 6/12.
DISADVANTAGES:
Relatively expensive. Low tensile strength, modulus and notched izod impact strength compared with unmodified PA 6/12.
APPLICATIONS:
Gears, zips, wire jacketing, filaments, tubing.
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The Plastics Compendium - Volume 1, Key Properties and Sources
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 9200; S.G. 1.19 Max. Operating Temp. °C
70
Surface hardness
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
10
Tensile Strength MPa
45
Flammability UL94
V2
RR100
Flexural modulus GPa
1.4
Oxygen index %
20
Elongation at break %
200
Vol. Resist. log ohmcm
14
Strain at Yield %
7
Dielect. strength MV/m
20
Notched Izod kJ/m
0.04
Dielect. const. 1kHz
3.3
HDT @ 0.45 MPa °C
160
Dissipation Fact.1kHz
0.03
HDT @ 1.80 MPa °C
80
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
240 - 290
Mould shrinkage %
1.1
Mould temp. range °C
30 - 60
TRADE NAMES: COMALLOY 6/12
ComAlloy
CTI NYLON 6/12
Compounding Technology
GRILON C
Emser Industries
LUBRICOMP IL-4040
LNP Engineering Plastics
RTP 200DTFE20
RTP
RTP 200 D TFE 20
Vigilant Plastics
THERMOCOMP IL
LNP Plastics
THERMOFIL NYLON 6/12
Thermofil
ZYTEL 6/12
DuPont
PA 6/12 (Polyamide 6/12) (Nylon 6/12): 2% Silicone lubricated ADVANTAGES:
Lower coefficient of friction and wear characteristics than unmodified PA 6/12.
DISADVANTAGES:
Tensile strength, elongation at break and heat distortion temperature are all lower than unmodified PA 6/12.
APPLICATIONS:
Wire jacketing, filaments, tubing, zips, gears and cog wheels.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2850; S.G. 1.05 Max. Operating Temp. °C
70
Surface hardness
RR100 -5
Water absorption %
0.28
Linear expansion m/m/°C (x10 )
9
Tensile Strength MPa
49
Flammability UL94
V2
Flexural modulus GPa
1.5
Oxygen index %
22
Elongation at break %
250
Vol. Resist. log ohmcm
14
Strain at Yield %
9
Dielect. strength MV/m
20
Notched Izod kJ/m
0.04
Dielect. const. 1kHz
3.6
136
PA 11 HDT @ 0.45 MPa °C
150
HDT @ 1.80 MPa °C
54
Dissipation Fact.1kHz
0.025
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
230 - 280
Mould shrinkage %
1.1
Mould temp. range °C
30 - 60
TRADE NAMES: COMALLOY 6/12
ComAlloy
CTI NYLON 6/12
Compounding Technology
GRILON C
Emser Industries
LUBRICOMP IL-4410
LNP Engineering Plastics
RTP 2000SI2
RTP
THERMOCOMP IL
LNP Plastics
THERMOFIL NYLON 6/12
Thermofil
ZYTEL 6/12
DuPont
PA 11 (Polyamide 11) (Nylon 11) All Grades: ADVANTAGES: Low water absorption for a Nylon (c. 2.5% at saturation). Reasonable UV resistance compared to other Nylons. Higher strength and better heat resistance than Nylon 12.
DISADVANTAGES: More expensive than Nylon 6 or Nylon 6/6. Low impact strength.
APPLICATIONS: Hose for air, hydraulic fluid or petrol. Gears, cams, tool handles. Powder coatings for metals e.g. handrails.
PA 11 (Polyamide 11) (Nylon 11) PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 4900; S.G. 1.04 Max. Operating Temp. °C
70
Surface hardness
RR105
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
9
Tensile Strength MPa
52
Flammability UL94
V2
Flexural modulus GPa
0.9
Oxygen index %
22
137
The Plastics Compendium - Volume 1, Key Properties and Sources Elongation at break %
320
Vol. Resist. log ohmcm
14
Strain at Yield %
20
Dielect. strength MV/m
20
Notched Izod kJ/m
0.05
Dielect. const. 1kHz
4.0
HDT @ 0.45 MPa °C
150
Dissipation Fact.1kHz
0.05
HDT @ 1.80 MPa °C
55
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
200 - 260
Mould shrinkage %
1
Mould temp. range °C
40 - 60
TRADE NAMES: CTI NYLON 11
Compounding Technology
RILSAN
Atochem
RILSAN B
Elf Atochem
THERMOFIL NYLON 11
Thermofil
PA 11 (Polyamide 11) (Nylon 11): 30% Carbon fibre reinforced ADVANTAGES:
Superior strength, rigidity, creep resistance and heat distortion temperature compared with unmodified PA 11.
DISADVANTAGES:
Black in colour, very expensive, low elongation at break. Properties can be highly anisotropic.
APPLICATIONS:
Fan blades, heat resistant machine housings, gear wheels, cogs, high precision engineering parts, switches, instrument cases.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 19450; S.G. 1.2 Max. Operating Temp. °C
70
Surface hardness
RR116 -5
Water absorption %
0.15
Linear expansion m/m/°C (x10 )
2.5
Tensile Strength MPa
150
Flammability UL94
V2
Flexural modulus GPa
13
Oxygen index %
22
Elongation at break %
5
Vol. Resist. log ohmcm
3
Strain at Yield %
N/A
Dielect. strength MV/m
NA
Notched Izod kJ/m
0.07
Dielect. const. 1kHz
NA
HDT @ 0.45 MPa °C
185
Dissipation Fact.1kHz
NA
HDT @ 1.80 MPa °C
175
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
220 - 270
Mould shrinkage %
0.3
Mould temp. range °C
40 - 80
TRADE NAMES: CTI NYLON 11
Compounding Technology
RILSAN
Atochem
RILSAN B
Elf Atochem
THERMOCOMP HC
LNP Plastics
138
PA 11 THERMOCOMP HF-1006
LNP Engineering Plastics
THERMOFIL NYLON 11
Thermofil
PA 11 (Polyamide 11) (Nylon 11): Fire retardant ADVANTAGES:
Better fire resistance than unmodified PA 11.
DISADVANTAGES:
Reduced tensile strength, elongation at break and notched izod impact strength compared with unmodified PA 11.
APPLICATIONS:
Electrical components - connector blocks, auxiliary switches, high power contact breakers, wire insulations, cable sheathings and interior trim for aircraft.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 5500; S.G. 1.16 Max. Operating Temp. °C
70
Surface hardness
RR110
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
9
Tensile Strength MPa
46
Flammability UL94
V0
Flexural modulus GPa
1.1
Oxygen index %
28
Elongation at break %
50
Vol. Resist. log ohmcm
12
Strain at Yield %
10
Dielect. strength MV/m
15
Notched Izod kJ/m
0.04
Dielect. const. 1kHz
4
HDT @ 0.45 MPa °C
150
Dissipation Fact.1kHz
0.1
HDT @ 1.80 MPa °C
55
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
200 - 260
Mould shrinkage %
1
Mould temp. range °C
40 - 60
TRADE NAMES: CTI NYLON 11
Compounding Technology
RILSAN
Atochem
RILSAN B
Elf Atochem
THERMOFIL NYLON 11
Thermofil
PA 11 (Polyamide 11) (Nylon 11): Flexible ADVANTAGES:
Excellent abrasion resistance, better notched izod impact strength, lower tensile modulus, softer and more flexible than unmodified PA 11.
DISADVANTAGES:
Reduced heat distortion temperature, creep resistance and higher coefficient of linear expansion than unmodified PA 11. Poor retention of physical properties at temperatures above 95°C due to plasticizer loss.
APPLICATIONS:
Micro switches, damping cog wheels, protective coverings, cable ties for electrical installations and automotive industries, sports shoe soles, fuel, lubricant, vacuum and air brake lines, hydraulic pressure hoses.
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The Plastics Compendium - Volume 1, Key Properties and Sources
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 4900; S.G. 1.06 Max. Operating Temp. °C
70
Surface hardness
RR78
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
13
Tensile Strength MPa
48
Flammability UL94
HB
Flexural modulus GPa
0.34
Oxygen index %
22
Elongation at break %
330
Vol. Resist. log ohmcm
10
Strain at Yield %
25
Dielect. strength MV/m
25
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
3.9
HDT @ 0.45 MPa °C
140
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
47
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
200 - 260
Mould shrinkage %
1.5
Mould temp. range °C
40 - 60
TRADE NAMES: CTI NYLON 11
Compounding Technology
RILSAN
Atochem
RILSAN B
Elf Atochem
THERMOFIL NYLON 11
Thermofil
PA 11 (Polyamide 11) (Nylon 11): 30% Glass fibre reinforced ADVANTAGES:
Good tensile strength, creep resistance and heat distortion temperature combined with low mould shrinkage and good dimensional stability compared with unmodified PA 11.
DISADVANTAGES:
Low elongation at break and poor resistance to abrasion compared with unmodified PA 11. More difficult to process than glass bead filled grades due to high melt viscosity. Mechanical properties can be highly anisotropic.
APPLICATIONS:
Watch cases, Ski boot bindings, fan blades, electric plugs, heat resistant machine housings, gearwheels. High precision engineering parts, instrument casings.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 6540; S.G. 1.26 Max. Operating Temp. °C
70
Surface hardness
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
3
Tensile Strength MPa
96.5
Flammability UL94
V2
Flexural modulus GPa
3
Oxygen index %
22
Elongation at break %
6
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
40
Notched Izod kJ/m
0.08
Dielect. const. 1kHz
4.8
HDT @ 0.45 MPa °C
180
Dissipation Fact.1kHz
0.03
HDT @ 1.80 MPa °C
173
140
RR116
PA 11 Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
220 - 270
Mould shrinkage %
0.5
Mould temp. range °C
40 - 80
TRADE NAMES: CTI NYLON 11
Compounding Technology
RILSAN
Atochem
RILSAN B
Elf Atochem
RTP 205 C
Vigilant Plastics
THERMOCOMP HF
LNP Plastics
THERMOFIL NYLON 11
Thermofil
PA 11 (Polyamide 11) (Nylon 11): Semi flexible ADVANTAGES:
Improved notched impact strength and abrasion resistance, softer and more flexible than unmodified PA 11.
DISADVANTAGES:
Higher coefficient of expansion, reduced heat distortion temperature and resistance to creep compared with unmodified PA 11.
APPLICATIONS:
Micro switches, housings for explosion-proof measuring instruments, wheels of hospital beds, tubing and hoses, ie. for fuel, lubricant, vacuum and air brake lines, pressure hoses for hydraulics, paint spraying, car washes etc.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 4900; S.G. 1.04 Max. Operating Temp. °C
70
Surface hardness
RR77
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
12
Tensile Strength MPa
50
Flammability UL94
V2
Flexural modulus GPa
0.69
Oxygen index %
22
Elongation at break %
320
Vol. Resist. log ohmcm
14
Strain at Yield %
22
Dielect. strength MV/m
16
Notched Izod kJ/m
0.08
Dielect. const. 1kHz
4
HDT @ 0.45 MPa °C
145
Dissipation Fact.1kHz
0.06
HDT @ 1.80 MPa °C
50
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
200 - 260
Mould shrinkage %
1.5
Mould temp. range °C
40 - 60
TRADE NAMES: CTI NYLON 11
Compounding Technology
RILSAN
Atochem
RILSAN B
Elf Atochem
THERMOFIL NYLON 11
Thermofil
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The Plastics Compendium - Volume 1, Key Properties and Sources
PA 11 (Polyamide 11) (Nylon 11): UV stabilised ADVANTAGES:
Excellent resistance to weathering compared with unmodified PA 11.
DISADVANTAGES:
Reduced tensile strength and elongation at break compared with unmodified PA 11.
APPLICATIONS:
Sports equipment e.g. shoe soles, ski bindings, shafts for ice axes. Cable sheathings, hoses and tubing.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 5100; S.G. 1.04 Max. Operating Temp. °C
70
Surface hardness
RR105 -5
Water absorption %
0.4
Linear expansion m/m/°C (x10 )
9
Tensile Strength MPa
46
Flammability UL94
V2
Flexural modulus GPa
0.9
Oxygen index %
22
Elongation at break %
250
Vol. Resist. log ohmcm
13
Strain at Yield %
16
Dielect. strength MV/m
25
Notched Izod kJ/m
0.05
Dielect. const. 1kHz
3.7
HDT @ 0.45 MPa °C
150
Dissipation Fact.1kHz
0.05
HDT @ 1.80 MPa °C
55
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
200 - 260
Mould shrinkage %
1
Mould temp. range °C
40 - 60
TRADE NAMES: CTI NYLON 11
Compounding Technology
RILSAN
Atochem
RILSAN B
Elf Atochem
THERMOFIL NYLON 11
Thermofil
142
PA 12
PA 12 (Polyamide 12) (Nylon 12) All Grades: ADVANTAGES: Lowest water absorption approx. 2% at saturation hence good dimensional stability and electrical properties. Tougher than Nylon 11. Very flexible grades available.
DISADVANTAGES: Expensive. Lowest strength and heat resistance of any unmodified generic polyamide.
APPLICATIONS: Precision engineering components, components requiring low-temperature toughness. Sports shoe soles.
PA 12 (Polyamide 12) (Nylon 12) PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 6230; S.G. 1.01 Max. Operating Temp. °C
70
Surface hardness
RR105
Water absorption %
0.25
Linear expansion m/m/°C (x10-5)
11
Tensile Strength MPa
50
Flammability UL94
V2
Flexural modulus GPa
1.4
Oxygen index %
21
Elongation at break %
200
Vol. Resist. log ohmcm
15
Strain at Yield %
6
Dielect. strength MV/m
60
Notched Izod kJ/m
0.06
Dielect. const. 1kHz
3.6
HDT @ 0.45 MPa °C
150
Dissipation Fact.1kHz
0.05
HDT @ 1.80 MPa °C
55
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
190 - 210
Mould shrinkage %
1.5
Mould temp. range °C
40 - 60
TRADE NAMES: GRILAMID
EMS-Grilon
GRILAMID NYLON 12
Emser Industries
HUELS NYLON 12
Huls America
LATAMID 12
Lati
RILSAN A
Elf Atochem
THERMOFIL NYLON 12
Thermofil
UBE NYLON 12
Ube Industries
VESTAMID
Huls
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The Plastics Compendium - Volume 1, Key Properties and Sources
PA 12 (Polyamide 12) (Nylon 12): Fire retardant ADVANTAGES:
Better fire resistance than unmodified PA 12.
DISADVANTAGES:
Reduced tensile strength, elongation at break and notched impact strength compared with unmodified PA 12.
APPLICATIONS:
Wire insulations, cable sheathings, interior trim of aircraft.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 6600; S.G. 1.1 Max. Operating Temp. °C
70
Surface hardness
Water absorption %
0.25
Linear expansion m/m/°C (x10-5)
10
Tensile Strength MPa
45
Flammability UL94
V0
Flexural modulus GPa
1.4
Oxygen index %
28
Elongation at break %
100
Vol. Resist. log ohmcm
13
Strain at Yield %
1
Dielect. strength MV/m
45
Notched Izod kJ/m
0.05
Dielect. const. 1kHz
3.6
HDT @ 0.45 MPa °C
150
Dissipation Fact.1kHz
0.05
HDT @ 1.80 MPa °C
55
RR105
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
190 - 210
Mould shrinkage %
1.5
Mould temp. range °C
40 - 60
TRADE NAMES: GRILAMID NYLON 12
Emser Industries
HUELS NYLON 12
Huls America
RILSAN A
Elf Atochem
THERMOFIL NYLON 12
Thermofil
UBE NYLON 12
Ube Industries
VESTAMID
Huls
PA 12 (Polyamide 12) (Nylon 12): Flexible ADVANTAGES:
Very flexible, good abrasion resistance, good notched izod impact strength and better elongation at break compared with unmodified polyamide 12.
DISADVANTAGES:
Reduced heat distortion temperature, increased coefficient of linear expansion and poor electrical characteristics compared with unmodified polyamide 12.
APPLICATIONS:
Damping cog wheels, protective coverings, ski-boots, tubing and profiles for the automotive industry. Flexible piping for air ducts and petrol and oil pipes for the automotive and machine building industries. Flexible cover caps. Sealing rings, sheet gaskets, diaphragms, cable fasteners, soles for sports shoes.
144
PA 12
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 6230; S.G. 1.03 Max. Operating Temp. °C
70
Surface hardness
RR80
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
12
Tensile Strength MPa
25
Flammability UL94
V2
Flexural modulus GPa
0.4
Oxygen index %
21
Elongation at break %
300
Vol. Resist. log ohmcm
11
Strain at Yield %
37.5
Dielect. strength MV/m
55
Notched Izod kJ/m
0.07
Dielect. const. 1kHz
3.8
HDT @ 0.45 MPa °C
135
Dissipation Fact.1kHz
0.08
HDT @ 1.80 MPa °C
50
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
190 - 200
Mould shrinkage %
1.4
Mould temp. range °C
40 - 60
TRADE NAMES: GRILAMID
EMS-Grilon
GRILAMID NYLON 12
Emser Industries
HUELS NYLON 12
Huls America
LATAMID 12
Lati
RILSAN A
Elf Atochem
THERMOFIL NYLON 12
Thermofil
UBE NYLON 12
Ube Industries
VESTAMID
Huls
PA 12 (Polyamide 12) (Nylon 12): 50% Glass bead filled ADVANTAGES:
Superior compressive strength, improved heat distortion temperature, tensile strength and modulus compared with unmodified PA 12. Easy to process compared to glass fibre filled grades. Have uniform and predictable shrinkage with improved warpage. Mechanical properties are also more isotropic than for glass fibre filled grades. Glass tends to improve self-extinguishing characteristics.
DISADVANTAGES:
Heat distortion temperature, tensile strength and modulus are not as high as for glass fibre reinforced grades.
APPLICATIONS:
Technical parts of high dimensional stability. Dishwasher parts, watch cases, electrical coils and bobbins. Microscope stages, bearing brushes, valves, radial cams, eccentric cams, casing / bushing guides, ink transfer rollers for printers.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 6270; S.G. 1.44 Max. Operating Temp. °C
70
Surface hardness
RR113
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
8
Tensile Strength MPa
55
Flammability UL94
V2
Flexural modulus GPa
3
Oxygen index %
21
Elongation at break %
25
Vol. Resist. log ohmcm
13
145
The Plastics Compendium - Volume 1, Key Properties and Sources Strain at Yield %
N/Y
Dielect. strength MV/m
45
Notched Izod kJ/m
0.04
Dielect. const. 1kHz
3.7
HDT @ 0.45 MPa °C
155
Dissipation Fact.1kHz
0.04
HDT @ 1.80 MPa °C
110
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
200 - 240
Mould shrinkage %
0.9
Mould temp. range °C
40 - 80
TRADE NAMES: GRILAMID
EMS-Grilon
GRILAMID NYLON 12
Emser Industries
HUELS NYLON 12
Huls America
RILSAN A
Elf Atochem
THERMOCOMP SF
LNP Plastics
THERMOFIL NYLON 12
Thermofil
UBE NYLON 12
Ube Industries
VESTAMID
Huls
PA 12 (Polyamide 12) (Nylon 12): 30% Glass fibre reinforced ADVANTAGES:
Good rigidity, tensile strength, creep resistance, heat distortion temperature and impact properties. Low mould shrinkage and good dimensional stability compared with unmodified PA 12.
DISADVANTAGES:
Brittle, low elongation at break and low impact strength compared with unmodified PA 12. Mechanical properties of moulding can be highly anisotropic.
APPLICATIONS:
Electrical plugs, clock parts, watch cases, ski boot clasps, fixture and fittings, fan blades, heat resistant machine housings, gear wheels, needle mounts for injection and blood transfusion equipment, high precision parts. Watch cases, switches, slide gauges, instrument casings.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 7340; S.G. 1.25 Max. Operating Temp. °C
70
Surface hardness
Water absorption %
0.15
Linear expansion m/m/°C (x10-5)
5
Tensile Strength MPa
80
Flammability UL94
V2
RR113
Flexural modulus GPa
4
Oxygen index %
21
Elongation at break %
7
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
45
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
4.5
HDT @ 0.45 MPa °C
170
Dissipation Fact.1kHz
0.04
HDT @ 1.80 MPa °C
160
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
200 - 240
Mould shrinkage %
0.5
Mould temp. range °C
40 - 80
146
PA 12
TRADE NAMES: GRILAMID
EMS-Grilon
GRILAMID NYLON 12
Emser Industries
HUELS NYLON 12
Huls America
LATAMID 12
Lati
RILSAN A
Elf Atochem
RTP 205 F
Vigilant Plastics
THERMOCOMP SF
LNP Plastics
THERMOCOMP SF-1006
LNP Engineering Plastics
THERMOFIL NYLON 12
Thermofil
UBE NYLON 12
Ube Industries
VESTAMID
Huls
PA 12 (Polyamide 12) (Nylon 12): Semi flexible ADVANTAGES:
Good flexibility, abrasion resistance and notched izod impact strength compared with unmodified PA 12.
DISADVANTAGES:
Reduced heat distortion temperature, increased coefficient of linear expansion and poor electrical characteristics compared with unmodified Polyamide 12.
APPLICATIONS:
Flexible hosing for air ducts and petrol and oil pipes in the automotive and machine building industries. Nozzles, filter plates, wear plates, damping cog wheels. Cable cap closures, joints, cable fasteners.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 6240; S.G. 1.03 Max. Operating Temp. °C
70
Surface hardness
RR85
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
12
Tensile Strength MPa
30
Flammability UL94
V2
Flexural modulus GPa
0.55
Oxygen index %
21
Elongation at break %
300
Vol. Resist. log ohmcm
11
Strain at Yield %
30
Dielect. strength MV/m
55
Notched Izod kJ/m
0.07
Dielect. const. 1kHz
3.6
HDT @ 0.45 MPa °C
140
Dissipation Fact.1kHz
0.05
HDT @ 1.80 MPa °C
70
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
190 - 200
Mould shrinkage %
1.4
Mould temp. range °C
40 - 60
TRADE NAMES: GRILAMID
EMS-Grilon
GRILAMID NYLON 12
Emser Industries
HUELS NYLON 12
Huls America
LATAMID 12
Lati
RILSAN A
Elf Atochem
THERMOFIL NYLON 12
Thermofil
UBE NYLON 12
Ube Industries
VESTAMID
Huls
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PA 12 (Polyamide 12) (Nylon 12): UV Stabilised ADVANTAGES:
Good retention of mechanical properties following exposure to sunlight/UV radiation compared with unmodified PA 12.
DISADVANTAGES:
Slightly increased cost and reduced electrical characteristics compared with unmodified PA12.
APPLICATIONS:
Cable sheathings, bathroom and kitchen fittings. Sports equipment eg. Shoe soles, toe caps for ice hockey boots, ski bindings, ice axe shafts. Hoses and tubing.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 6380; S.G. 1.04 Max. Operating Temp. °C
70
Surface hardness
RR105 -5
Water absorption %
0.25
Linear expansion m/m/°C (x10 )
11
Tensile Strength MPa
50
Flammability UL94
V2
Flexural modulus GPa
1.4
Oxygen index %
21
Elongation at break %
200
Vol. Resist. log ohmcm
13
Strain at Yield %
5
Dielect. strength MV/m
40
Notched Izod kJ/m
0.06
Dielect. const. 1kHz
3.8
HDT @ 0.45 MPa °C
150
Dissipation Fact.1kHz
0.08
HDT @ 1.80 MPa °C
55
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
190 - 210
Mould shrinkage %
1.5
Mould temp. range °C
40 - 60
TRADE NAMES: GRILAMID
EMS-Grilon
GRILAMID NYLON 12
Emser Industries
HUELS NYLON 12
Huls America
LATAMID 12
Lati
RILSAN A
Elf Atochem
THERMOFIL NYLON 12
Thermofil
UBE NYLON 12
Ube Industries
VESTAMID
Huls
148
PA RIM
PA RIM (Polyamide RIM) (Nyrim) (RIM Nylon) ADVANTAGES: Better overall chemical resistance to solvents than Polyurethane RIM. Generally better stiffness than a typical Polyurethane formulation for a similar application, e.g. panels.
DISADVANTAGES: Dimensionally unstable due to moisture absorption. More difficult to mould due to higher temperatures. Currently few moulders have substantial experience of Nyrim.
APPLICATIONS: Large structural parts requiring a combination of stiffness & toughness, e.g. automotive panels. Business machine housings.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2800; S.G. 1.13 Max. Operating Temp. °C
70
Surface hardness
SD70
Water absorption %
0.6
Linear expansion m/m/°C (x10-5)
12
Tensile Strength MPa
30
Flammability UL94
HB
Flexural modulus GPa
0.8
Oxygen index %
22
Elongation at break %
9
Vol. Resist. log ohmcm
14
Strain at Yield %
5
Dielect. strength MV/m
15
Notched Izod kJ/m
0.8
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
178
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
73
Matl. drying hrs @ °C
NA
Melt temp. range °C
80 - 90
Mould shrinkage %
1.5
Mould temp. range °C
130 - 160
TRADE NAMES: NYRIM
DSM
NYRIM
Monsanto
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The Plastics Compendium - Volume 1, Key Properties and Sources
PA Transparent (Tranparent Polyamide) (Transparent Nylon) All Grades: ADVANTAGES: Good combination of stiffness, strength and toughness. High heat deflection temperature for a transparent material. Better resistance to solvents than Polycarbonate.
DISADVANTAGES: More expensive than many other transparent materials. Low water absorption for a Nylon material, but high compared to other transparent plastics.
APPLICATIONS: Electrical connectors, sight glasses, filter bowls, visors, taps, transparent engineering components, medical components.
PA Transparent (Tranparent Polyamide) (Transparent Nylon) PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 6305; S.G. 1.12 Max. Operating Temp. °C
90
Surface hardness
RM93
Water absorption %
0.4
Linear expansion m/m/°C (x10-5)
7
Tensile Strength MPa
70
Flammability UL94
V2
Flexural modulus GPa
2
Oxygen index %
26
Elongation at break %
130
Vol. Resist. log ohmcm
15 25
Strain at Yield %
5
Dielect. strength MV/m
Notched Izod kJ/m
0.08
Dielect. const. 1kHz
3.88
HDT @ 0.45 MPa °C
140
Dissipation Fact.1kHz
0.03
HDT @ 1.80 MPa °C
124
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
280 - 300
Mould shrinkage %
0.6
Mould temp. range °C
80 - 100
TRADE NAMES: AMIDEL TN
Amoco Performance Products
DURETHAN T
Bayer
GRILAMID TR
EMS-Grilon
GRILAMID TR55
Emser Industries
RILSAN N
Elf Atochem
SNIAMID ASN
Nyltech
150
PA Transparent TROGAMID T
Huls
ULTRAMID KR 4206
BASF
ZYTEL 330
DuPont
PA Transparent (Tranparent Polyamide) (Transparent Nylon): Amorphous; 30% glass fibre reinforced ADVANTAGES:
Higher tensile strength, flexural modulus, heat distortion temperature and lower mould shrinkage than unmodified amorphous (transparent) Polyamide.
DISADVANTAGES:
Mechanical properties of mouldings may be anisotropic. Low elongation at break and notched izod impact strength compared to unmodified amorphous (transparent) Polyamide.
APPLICATIONS:
Applications in the medical field, ie. Housings, Holders for hypodermic needles. Connection components in the machinery, building and automobile industries. Piping for food stuffs.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 6000; S.G. 1.35 Max. Operating Temp. °C
90
Surface hardness
RM93
Water absorption %
0.19
Linear expansion m/m/°C (x10-5)
3.2
Tensile Strength MPa
145
Flammability UL94
V2
Flexural modulus GPa
7.8
Oxygen index %
26
Elongation at break %
3.5
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
20
Notched Izod kJ/m
0.06
Dielect. const. 1kHz
4
HDT @ 0.45 MPa °C
210
Dissipation Fact.1kHz
0.03
HDT @ 1.80 MPa °C
140
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
280 - 300
Mould shrinkage %
0.3
Mould temp. range °C
80 - 100
TRADE NAMES: AMIDEL TN
Amoco Performance Products
GRILAMID TR55
Emser Industries
TROGAMID T
Huls
ZYTEL 330
DuPont
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The Plastics Compendium - Volume 1, Key Properties and Sources
PA/ABS Alloy (Nylon/ABS Alloy) (Polyamide/ ABS alloy) ADVANTAGES: Improved chemical resistance over ABS. Higher elongation at break and notched izod impact strength than unmodified ABS or unmodified PA.
DISADVANTAGES: Moisture absorption higher than ABS. Lower maximum operating temperature and dielectric strength than polyamide. Lower flexural modulus, volume resistivity and dielectric strength than ABS.
APPLICATIONS: Housings for power tools, electro-technical components. Lawn and garden equipment, sporting goods, gears and impellers.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 2500; S.G. 1.06 Max. Operating Temp. °C
70
Surface hardness
RR99
Water absorption %
1.1
Linear expansion m/m/°C (x10-5)
17
Tensile Strength MPa
47
Flammability UL94
HB
Flexural modulus GPa
2.14
Oxygen index %
20
Elongation at break %
270
Vol. Resist. log ohmcm
14
Strain at Yield %
6
Dielect. strength MV/m
17
Notched Izod kJ/m
0.85
Dielect. const. 1kHz
4.5
HDT @ 0.45 MPa °C
94
Dissipation Fact.1kHz
0.05
HDT @ 1.80 MPa °C
85
Matl. drying hrs @ °C
3 @ 85
Melt temp. range °C
260 - 274
Mould shrinkage %
1.3
Mould temp. range °C
20 - 95
TRADE NAMES: ELEMID
G.E. Plastics
TRIAX
Monsanto
TRIAX 1000
Monsanto
STALOY N
DSM
152
PAI
PAI (Polyamideimide) All Grades: ADVANTAGES: Properties approaching those of Polyimide, yet melt processable. Highest strength of any unreinforced thermoplastic. Good wear resistance. Low smoke emission. Good radiation resistance.
DISADVANTAGES: Expensive. Attacked by alkalis.
APPLICATIONS: Valves, bearings, electrical connectors, gears & general mechanical components. Parts for jet engines, internal combustion engines. Printed circuit boards.
PAI (Polyamideimide) PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 38000; S.G. 1.40 Max. Operating Temp. °C
210
Surface hardness
RM109
Water absorption %
0.28
Linear expansion m/m/°C (x10-5)
3.6
Tensile Strength MPa
185
Flammability UL94
V0
Flexural modulus GPa
4.58
Oxygen index %
43
Elongation at break %
12
Vol. Resist. log ohmcm
17
Strain at Yield %
8
Dielect. strength MV/m
23
Notched Izod kJ/m
0.13
Dielect. const. 1kHz
3.5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.001
HDT @ 1.80 MPa °C
274
Matl. drying hrs @ °C
16@150
Melt temp. range °C
315 - 360
Mould shrinkage %
0.7
Mould temp. range °C
180 - 260
TRADE NAMES: KERIMID
Rhone-Poulenc
TORLON
Amoco Performance Products
TORLON 4203
Amoco Chemical
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The Plastics Compendium - Volume 1, Key Properties and Sources
PAI (Polyamideimide): Glass fibre reinforced ADVANTAGES:
Significantly improved flexural modulus, improved mould shrinkage, tensile strength and oxygen index compared with unmodified PAI.
DISADVANTAGES:
Reduced elongation at break and notched izod impact strength. Incorporation of fibres can produce anisotropic mouldings.
APPLICATIONS:
Valve plates, pistons, terminal strips, insulators, gears and rotors.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 49100; S.G. 1.57 Max. Operating Temp. °C
210
Surface hardness
RE105
Water absorption %
0.22
Linear expansion m/m/°C (x10-5)
1.8
Tensile Strength MPa
195
Flammability UL94
V0
Flexural modulus GPa
11.1
Oxygen index %
48
Elongation at break %
5
Vol. Resist. log ohmcm
17
Strain at Yield %
N/A
Dielect. strength MV/m
23
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
3.8
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
270
Matl. drying hrs @ °C
16@250
Melt temp. range °C
315 - 360
Mould shrinkage %
0.3
Mould temp. range °C
180 - 260
TRADE NAMES: KERIMID
Rhone-Poulenc
TORLON
Amoco Performance Products
TORLON 5030
Amoco Chemical
PAI (Polyamideimide): Graphite filled ADVANTAGES:
Improved tensile strength, flexural modulus, heat distortion temperature, friction, wear, mould shrinkage and linear expansion compared with unmodified PAI.
DISADVANTAGES:
Reduced elongation at break and notched izod impact strength compared with unmodified PAI. Incorporation of graphite produces negligible electrical resistance.
APPLICATIONS:
Bearings, thrust washers, wear pads or strips, piston rings, seals, spline liners, impellors and cargo rollers.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 49100; S.G. 1.45 Max. Operating Temp. °C
210
Surface hardness
RE98
Water absorption %
0.22
Linear expansion m/m/°C (x10-5)
2.7
154
PAr Tensile Strength MPa
135
Flammability UL94
Flexural modulus GPa
6.3
Oxygen index %
V0 43
Elongation at break %
6
Vol. Resist. log ohmcm
NA
Strain at Yield %
4
Dielect. strength MV/m
NA
Notched Izod kJ/m
0.05
Dielect. const. 1kHz
NA
Dissipation Fact.1kHz
0.009
HDT @ 0.45 MPa °C
260+
HDT @ 1.80 MPa °C
273
Matl. drying hrs @ °C
16@150
Melt temp. range °C
315 - 360
Mould shrinkage %
0.5
Mould temp. range °C
180 - 260
TRADE NAMES: TORLON
Amoco Performance Products
TORLON 7130
Amoco Chemical
KERIMID
Rhone-Poulenc
PAr (Polyarylate) ADVANTAGES: Transparent (although slight yellow tint). Impact strength similar to medium impact ABS. Good heat resistance (UL temperature index 125°C/260°F). Resistant to UV radiation.
DISADVANTAGES: Susceptible to stress cracking by hydrocarbon solvents. Requires high processing temperatures (c. 350°C/660°F).
APPLICATIONS: Glazing, electrical connectors, housings for appliances.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 4800; S.G. 1.21 Max. Operating Temp. °C
130
Surface hardness
RR125
Water absorption %
0.26
Linear expansion m/m/°C (x10-5)
6.3
Tensile Strength MPa
68
Flammability UL94
V0
Flexural modulus GPa
2.2
Oxygen index %
36
Elongation at break %
50
Vol. Resist. log ohmcm
16
Strain at Yield %
8.8
Dielect. strength MV/m
15.1
Notched Izod kJ/m
0.29
Dielect. const. 1kHz
3.13
HDT @ 0.45 MPa °C
171
Dissipation Fact.1kHz
0.005
HDT @ 1.80 MPa °C
170
155
The Plastics Compendium - Volume 1, Key Properties and Sources Matl. drying hrs @ °C
4 @140
Melt temp. range °C
330 - 350
Mould shrinkage %
0.75
Mould temp. range °C
65 - 130
TRADE NAMES: Note: There are currently no known suppliers of this material. Probably no longer available.
PB (Polybutylene) ADVANTAGES: Good creep resistance, even at 100°C/210°F. Good barrier properties to moisture. Excellent abrasion resistance. Good solvent stress cracking resistance.
DISADVANTAGES: Slow crystallisation after moulding - maximum values of properties occur 100 hours after moulding. Thermal oxidation catalysed by chlorine water.
APPLICATIONS: Replacement for copper hot water pipe in the domestic market. Underfloor pipe for heating. Pipe for transport of abrasive slurries. Tear-resistant film for sacking and foodstuffs. Process aids and flexibilisers for PP, PE and PS.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 4000; S.G. 0.92 Max. Operating Temp. °C
90
Surface hardness
SD60
Water absorption %
0.015
Linear expansion m/m/°C (x10-5)
14
Tensile Strength MPa
28
Flammability UL94
HB
Flexural modulus GPa
0.35
Oxygen index %
17
Elongation at break %
350
Vol. Resist. log ohmcm
16
Strain at Yield %
24
Dielect. strength MV/m
25
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
2.5
HDT @ 0.45 MPa °C
107
Dissipation Fact.1kHz
0.001
HDT @ 1.80 MPa °C
57
Matl. drying hrs @ °C
NA
Melt temp. range °C
150 - 190
Mould shrinkage %
2.5
Mould temp. range °C
20 - 50
TRADE NAMES: SHELL PB
Shell Chemicals
SHELL POLYBUTYLENE
Shell Chemicals
156
PBT
PBT (Polybutylene Terephthalate) All Grades: ADVANTAGES: Good combination of stiffness & toughness. May be flame retarded. Can withstand continuous service at 120°C (250°F). Good arc & tracking resistance.
DISADVANTAGES: High mould shrinkage. Poor resistance to hydrolysis. Prone to warping due to high differential shrinkage. Notch-sensitive. Low HDT @ 60°C (140°F) compared to competitive materials.
APPLICATIONS: Electrical connectors, gears, heat-resistant panels in domestic & electrical goods, e.g iron handles & power tool casings. Under-bonnet & exterior parts for cars, light fittings & reflectors, switches, bobbins, brush holders, Integrated circuit carriers.
PBT (Polybutylene Terephthalate) PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2730; S.G. 1.3 Max. Operating Temp. °C
120
Surface hardness
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
12
Tensile Strength MPa
52
Flammability UL94
HB
RM70
Flexural modulus GPa
2.1
Oxygen index %
25
Elongation at break %
250
Vol. Resist. log ohmcm
15
Strain at Yield %
4
Dielect. strength MV/m
20
Notched Izod kJ/m
0.06
Dielect. const. 1kHz
3.2
HDT @ 0.45 MPa °C
150
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
60
Matl. drying hrs @ °C
3 @135
Melt temp. range °C
230 - 270
Mould shrinkage %
2
Mould temp. range °C
30 - 90
TRADE NAMES: ARNITE T
DSM
BEETLE PBT
BIP Plastics
CELANEX
Hoechst
CRASTINE S
DuPont
CTI PBT
Compounding Technology
LATER
Lati
ORGATER
Elf Atochem
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The Plastics Compendium - Volume 1, Key Properties and Sources POCAN B
Albis
POCAN B
Bayer
PIBITER
EniChem
PIBITER
Himont
TECHSTER T
Rhone-Poulenc
THERMOFIL PBT
Thermofil
VALOX
G.E. Plastics
VESTODUR
Huls
VULTRADUR B
BASF
PBT (Polybutylene Terephthalate): 30% Carbon fibre reinforced ADVANTAGES:
Low linear expansion, high flexural modulus, tensile strength and heat distortion temperature compared with unmodified PBT. Antistatic behaviour.
DISADVANTAGES:
Expensive, no effective coupling agent available. Reduced elongation at break compared with unmodified PBT. Physical properties of mouldings can be highly anisotropic.
APPLICATIONS:
Ultra high strength and stiffness applications.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 16500; S.G. 1.41 Max. Operating Temp. °C
115
Surface hardness
RM90
Water absorption %
0.04
Linear expansion m/m/°C (x10-5)
1
Tensile Strength MPa
152
Flammability UL94
HB
Flexural modulus GPa
16
Oxygen index %
20
Elongation at break %
2
Vol. Resist. log ohmcm
2
Strain at Yield %
N/A
Dielect. strength MV/m
NA
Notched Izod kJ/m
0.06
Dielect. const. 1kHz
NA
HDT @ 0.45 MPa °C
225
Dissipation Fact.1kHz
NA
HDT @ 1.80 MPa °C
221
Matl. drying hrs @ °C
3 @135
Melt temp. range °C
240 - 270
Mould shrinkage %
0.15
Mould temp. range °C
60 - 90
TRADE NAMES: CELANEX
Hoechst
CTI PBT
Compounding Technology
PIBITER
Himont
STAR-C PBT
Ferro
THERMOCOMP WC
LNP Plastics
THERMOCOMP WC-1006
LNP Engineering Plastics
THERMOFIL PBT
Thermofil
VALOX
G.E. Plastics
158
PBT
PBT (Polybutylene Terephthalate): Fire retardant ADVANTAGES:
Good fire resistance (VO>1) compared with unmodified PBT (HB).
DISADVANTAGES:
Processing more difficult than for unmodified PBT because of lower thermal stability if halogenated additives are used. Not recommended for use in regrind. Slightly reduced tensile strength and notched izod impact strength with a significant reduction in elongation at break compared with unmodified PBT.
APPLICATIONS:
Connectors, DIP sockets and switches, motor components, terminal blocks, slot insulation, brush holders, relays, switches, bobbins.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2940; S.G. 1.43 Max. Operating Temp. °C
120
Surface hardness
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
11
Tensile Strength MPa
50
Flammability UL94
V1
RM80
Flexural modulus GPa
2.7
Oxygen index %
30
Elongation at break %
15
Vol. Resist. log ohmcm
15
Strain at Yield %
3.5
Dielect. strength MV/m
20
Notched Izod kJ/m
0.05
Dielect. const. 1kHz
3.2
HDT @ 0.45 MPa °C
180
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
60
Matl. drying hrs @ °C
3 @135
Melt temp. range °C
230 - 270
Mould shrinkage %
2
Mould temp. range °C
30 - 90
TRADE NAMES: CELANEX
Hoechst
CTI PBT
Compounding Technology
LATER
Lati
ORGATER
Elf Atochem
PIBITER
Himont
POCAN B
Bayer
TECHSTER T
Rhone-Poulenc
THERMOFIL PBT
Thermofil
ULTRADUR B
BASF
VALOX
G.E. Plastics
VESTODUR B
Huls
PBT (Polybutylene Terephthalate): 30% Glass bead filled ADVANTAGES:
Greater tensile strength, modulus and heat distortion temperature compared with unmodified PBT. Isotropic shrinkage, good surface finish and low warpage compared with fibre reinforced PBT.
DISADVANTAGES:
Reduced impact strength and elongation at break compared with unmodified PBT.
APPLICATIONS:
Engineering parts (housings). Bedplates and chassis.
159
The Plastics Compendium - Volume 1, Key Properties and Sources
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2640; S.G. 1.52 Max. Operating Temp. °C
120
Surface hardness
Water absorption %
0.05
Linear expansion m/m/°C (x10-5)
6
Tensile Strength MPa
80
Flammability UL94
HB
RM90
Flexural modulus GPa
5
Oxygen index %
23
Elongation at break %
3
Vol. Resist. log ohmcm
13
Strain at Yield %
N/A
Dielect. strength MV/m
18
Notched Izod kJ/m
0.03
Dielect. const. 1kHz
3.7
HDT @ 0.45 MPa °C
220
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
200
Matl. drying hrs @ °C
3 @135
Melt temp. range °C
240 - 270
Mould shrinkage %
0.6
Mould temp. range °C
30 - 90
TRADE NAMES: CELANEX
Hoechst
CRASTINE SK
DuPont
CTI PBT
Compounding Technology
LATER
Lati
ORGATER
Elf Atochem
PIBITER
EniChem
PIBITER
Himont
POCAN B
Bayer
RTP 1000GB30
RTP
RTP 1000 GB 30
Vigilant Plastics
THERMOFIL PBT
Thermofil
ULTRADUR B
BASF
VALOX
G.E. Plastics
VESTODUR B
Huls
PBT (Polybutylene Terephthalate): 10% Glass fibre reinforced ADVANTAGES:
Improved tensile strength, flexural modulus, heat distortion temperature, mould shrinkage and linear expansion compared with umodified PBT.
DISADVANTAGES:
Significant reduction in elongation at break compared with unmodified PBT. Incorporation of glass fibre can produce anisotropy in mouldings.
APPLICATIONS:
Automotive distributor caps, coil bobbins, coil cases, rotors and other ignition components. Telecommunications and domestic appliance components.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2670; S.G. 1.38 Max. Operating Temp. °C
120
Surface hardness
RR120
Water absorption %
0.07
Linear expansion m/m/°C (x10-5)
5
160
PBT Tensile Strength MPa
92
Flammability UL94
Flexural modulus GPa
4.1
Oxygen index %
HB 23
Elongation at break %
4
Vol. Resist. log ohmcm
16
Strain at Yield %
N/A
Dielect. strength MV/m
19
Notched Izod kJ/m
0.06
Dielect. const. 1kHz
3.4
HDT @ 0.45 MPa °C
200
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
171
Matl. drying hrs @ °C
3 @135
Melt temp. range °C
240 - 270
Mould shrinkage %
0.9
Mould temp. range °C
30 - 90
TRADE NAMES: CELANEX
Hoechst
CTI PBT
Compounding Technology
LATER
Lati
ORGATER
Elf Atochem
PIBITER
EniChem
PIBITER
Himont
RTP 1001
RTP
RTP 1001
Vigilant Plastics
THERMOCOMP WF
LNP Plastics
THERMOCOMP WF-1002
LNP Engineering Plastics
THERMOFIL PBT
Thermofil
ULTRADUR B
BASF
VALOX
G.E. Plastics
VESTODUR
Huls
PBT (Polybutylene Terephthalate): 20% Glass fibre reinforced; fire retardant ADVANTAGES:
Very effective flame retardancy (VO), increased tensile strength, heat distortion temperature, flexural modulus and low mould shrinkage compared with unmodified PBT.
DISADVANTAGES:
Processing more difficult as less thermally stable. Not recommended for use if reground. Significant decrease in extension to break and reduced notched izod impact strength compared with unmodified PBT.
APPLICATIONS:
Lamp sockets, connectors, switches, electrical housings and bases, bobbins, trimmers and electromotor housings.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2950; S.G. 1.6 Max. Operating Temp. °C
120
Surface hardness
RM84
Water absorption %
0.07
Linear expansion m/m/°C (x10-5)
5
Tensile Strength MPa
108
Flammability UL94
V0
Flexural modulus GPa
7
Oxygen index %
32
Elongation at break %
3
Vol. Resist. log ohmcm
16
161
The Plastics Compendium - Volume 1, Key Properties and Sources Strain at Yield %
N/A
Dielect. strength MV/m
Notched Izod kJ/m
0.05
Dielect. const. 1kHz
17 3.5
HDT @ 0.45 MPa °C
220
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
200
Matl. drying hrs @ °C
3 @135
Melt temp. range °C
240 - 270
Mould shrinkage %
0.7
Mould temp. range °C
30 - 90
TRADE NAMES: BEETLE PBT
BIP Plastics
CRASTINE SK
DuPont
CELANEX
Hoechst
CTI PBT
Compounding Technology
LATER
Lati
ORGATER
Elf Atochem
PIBITER
EniChem
PIBITER
Himont
POCAN B
Bayer
RTP 1003FRA
RTP
STARFLAM PBT
Ferro
TECHSTER T
Rhone-Poulenc
THERMOCOMP WF
LNP Plastics
THERMOCOMP WF-1004-FR
LNP Engineering Plastics
THERMOFIL PBT
Thermofil
VALOX
G.E. Plastics
VULTRADUR B
BASF
PBT (Polybutylene Terephthalate): 30% Glass fibre reinforced ADVANTAGES:
Significant increase in tensile strength, modulus and heat distortion temperature compared with unmodified PBT.
DISADVANTAGES:
Large reduction in elongation at break compared with unmodified PBT. Anisotropy can be a problem in moulded components.
APPLICATIONS:
Appliance handles, spotlights, electric motors, distributor caps, ignition rotors, voltage regulators, loudspeaker baskets, air pressure switches, high power lamp bases, pump housings.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2620; S.G. 1.52 Max. Operating Temp. °C
120
Surface hardness
RM90 -5
Water absorption %
0.07
Linear expansion m/m/°C (x10 )
6
Tensile Strength MPa
134
Flammability UL94
HB
Flexural modulus GPa
9
Oxygen index %
23
Elongation at break %
2.7
Vol. Resist. log ohmcm
16
Strain at Yield %
N/A
Dielect. strength MV/m
20
162
PBT Notched Izod kJ/m
0.07
Dielect. const. 1kHz
3.7
HDT @ 0.45 MPa °C
220
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
200
Matl. drying hrs @ °C
3 @135
Melt temp. range °C
240 - 270
Mould shrinkage %
0.7
Mould temp. range °C
30 - 90
TRADE NAMES: ARNITE T
DSM
BEETLE PBT
BIP Plastics
CELANEX
Hoechst
CRASTINE SK
DuPont
CTI PBT
Compounding Technology
LATER
Lati
ORGATER
Elf Atochem
PIBITER
EniChem
PIBITER
Himont
POCAN B
Bayer
RTP 1005
RTP
RTP 1005
Vigilant Plastics
STARGLAS PBT
Ferro
TECHSTER T
Rhone-Poulenc
THERMOCOMP WF
LNP Plastics
THERMOCOMP WF-1006
LNP Engineering Plastics
THERMOFIL PBT
Thermofil
ULTRADUR B
BASF
VALOX
G.E. Plastics
VESTODUR B
Huls
PBT (Polybutylene Terephthalate): 30% Glass fibre reinforced; fire retardant ADVANTAGES:
Very effective flame retardancy (VO). Significant increase in tensile strength, flexural modulus, heat distortion temperature and low mould shrinkage compared with unmodified PBT.
DISADVANTAGES:
Processing more difficult as less thermally stable. Not recommended for use reground. Significant reduction in elongation to break compared with unmodified PBT. Incorporation of glass fibre can cause anisotropy in mouldings.
APPLICATIONS:
Edge trimmers, food mixer motor stator and commutator, motor cooling fan, connectors, bobbins, switches, electrical housings / bases, trimmers/potentiometers.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 3130; S.G. 1.6 Max. Operating Temp. °C
120
Surface hardness
RR119
Water absorption %
0.06
Linear expansion m/m/°C (x10-5)
5
Tensile Strength MPa
130
Flammability UL94
V0
Flexural modulus GPa
8.9
Oxygen index %
32
163
The Plastics Compendium - Volume 1, Key Properties and Sources Elongation at break %
2.6
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
19
Notched Izod kJ/m
0.07
Dielect. const. 1kHz
3.8
HDT @ 0.45 MPa °C
220
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
204
Matl. drying hrs @ °C
3 @135
Melt temp. range °C
240 - 270
Mould shrinkage %
0.6
Mould temp. range °C
30 - 90
TRADE NAMES: BEETLE PBT
BIP Plastics
CELANEX
Hoechst
CRASTINE SO
DuPont
CTI PBT
Compounding Technology
LATER
Lati
ORGATER
Elf Atochem
PIBITER
EniChem
PIBITER
Himont
POCAN B
Bayer
RTP 1005FRA
RTP
STARFLAM PBT
Ferro
TECHSTER T
Rhone-Poulenc
THERMOCOMP WF
LNP Plastics
THERMOFIL PBT
Thermofil
ULTRADUR B
BASF
VALOX
G.E. Plastics
VESTODUR
Huls
PBT (Polybutylene Terephthalate): 45% Mineral and glass filled ADVANTAGES:
Low warpage, greater uniformity of properties than glass fibre reinforced PBT. Good flame retardancy (VO) without the use of flame retardants. Improved tensile strength, flexural modulus, heat distortion temperature and mould shrinkage compared with unmodified PBT.
DISADVANTAGES:
Reduced impact strength and elongation at break compared with unmodified PBT.
APPLICATIONS:
Cooker knobs, motorized heating appliances, adaptor rings, glue gun housings, oven grills, appliance housings.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2700; S.G. 1.8 Max. Operating Temp. °C
120
Surface hardness
Water absorption %
0.07
Linear expansion m/m/°C (x10-5)
7
Tensile Strength MPa
85
Flammability UL94
V0
RM85
Flexural modulus GPa
8
Oxygen index %
28
Elongation at break %
2
Vol. Resist. log ohmcm
16
Strain at Yield %
N/A
Dielect. strength MV/m
17
164
PBT Notched Izod kJ/m
0.04
Dielect. const. 1kHz
3.8
HDT @ 0.45 MPa °C
210
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
190
Matl. drying hrs @ °C
3 @135
Melt temp. range °C
240 - 270
Mould shrinkage %
0.7
Mould temp. range °C
30 - 90
TRADE NAMES: CELANEX
Hoechst
CTI PBT
Compounding Technology
LATER
Lati
PIBITER
Himont
TECHSTER T
Rhone-Poulenc
THERMOFIL PBT
Thermofil
ULTRADUR B
BASF
VALOX
G.E. Plastics
VESTODUR B
Huls
PBT (Polybutylene Terephthalate): 15% PTFE lubricated ADVANTAGES:
Greater lubricity and reduced friction and wear between moving parts compared with unmodified PBT.
DISADVANTAGES:
Inferior part surface appearance and processability. More expensive. Reduced tensile strength, modulus, elongation at break and notched izod impact strength compared with unmodified PBT.
APPLICATIONS:
Bearings, gears and sliding surfaces.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 5100; S.G. 1.42 Max. Operating Temp. °C
120
Surface hardness
Water absorption %
0.05
Linear expansion m/m/°C (x10-5)
10
Tensile Strength MPa
42
Flammability UL94
HB
RM70
Flexural modulus GPa
1.7
Oxygen index %
24
Elongation at break %
15
Vol. Resist. log ohmcm
16
Strain at Yield %
3.5
Dielect. strength MV/m
20
Notched Izod kJ/m
0.05
Dielect. const. 1kHz
3.1
HDT @ 0.45 MPa °C
190
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
80
Matl. drying hrs @ °C
3 @135
Melt temp. range °C
230 - 270
Mould shrinkage %
2
Mould temp. range °C
30 - 90
TRADE NAMES: CELANEX
Hoechst
CTI PBT
Compounding Technology
165
The Plastics Compendium - Volume 1, Key Properties and Sources LATER
Lati
LUBRICOMP WL-4030
LNP Engineering Plastics
PIBITER
Himont
RTP 1000
Vigilant Plastics
THERMOCOMP WL
LNP Plastics
THERMOFIL PBT
Thermofil
VALOX
G.E. Plastics
PBT (Polybutylene Terephthalate): 2% Silicone lubricated ADVANTAGES:
Greater lubricity and reduced friction and wear between moving parts compared with unmodified PBT.
DISADVANTAGES:
More expensive, reduced elongation at break and notched impact strength, more difficult to ultrasonically weld or bond than unmodified PBT.
APPLICATIONS:
Sliding surfaces eg. Bearings, gears.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 3500; S.G. 1.29 Max. Operating Temp. °C
120
Surface hardness
Water absorption %
0.07
Linear expansion m/m/°C (x10-5)
10
Tensile Strength MPa
55
Flammability UL94
HB
RM70
Flexural modulus GPa
2.3
Oxygen index %
20
Elongation at break %
150
Vol. Resist. log ohmcm
16
Strain at Yield %
3.5
Dielect. strength MV/m
20
Notched Izod kJ/m
0.05
Dielect. const. 1kHz
3.3
HDT @ 0.45 MPa °C
180
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
80
Matl. drying hrs @ °C
3 @135
Melt temp. range °C
230 - 270
Mould shrinkage %
2
Mould temp. range °C
30 - 90
TRADE NAMES: CELANEX
Hoechst
CTI PBT
Compounding Technology
PIBITER
Himont
THERMOCOMP WL
LNP Plastics
THERMOFIL PBT
Thermofil
VALOX
G.E. Plastics
PBT (Polybutylene Terephthalate): Structural foam ADVANTAGES:
166
Increased stiffness to weight ratio, improved thermal and acoustic insulation compared with unmodified PBT.
PBT DISADVANTAGES:
Reduced elongation at break, notched izod impact strength and hardness compared with unmodified PBT.
APPLICATIONS:
Switchboard backplate insulator. Business machine housings, bases, covers and control panels.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2500; S.G. 1.29 Max. Operating Temp. °C
120
Surface hardness
Water absorption %
0.07
Linear expansion m/m/°C (x10-5)
9
Tensile Strength MPa
55
Flammability UL94
HB
Flexural modulus GPa
2.2
Oxygen index %
23
Elongation at break %
4
Vol. Resist. log ohmcm
15
Strain at Yield %
N/Y
Dielect. strength MV/m
18
Notched Izod kJ/m
0.05
Dielect. const. 1kHz
2.8
HDT @ 0.45 MPa °C
140
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
80
RM50
Matl. drying hrs @ °C
3 @130
Melt temp. range °C
220 - 250
Mould shrinkage %
1.5
Mould temp. range °C
30 - 90
TRADE NAMES: CELANEX
Hoechst
CTI PBT
Compounding Technology
PIBITER
Himont
THERMOFIL PBT
Thermofil
VALOX
G.E. Plastics
PBT (Polybutylene Terephthalate): UV stabilised ADVANTAGES:
Better resistance to sunlight and UV radiation than unmodified PBT.
DISADVANTAGES:
Slightly reduced tensile strength, elongation at break and notched izod impact strength compared with unmodified PBT.
APPLICATIONS:
Exterior parts for cars, light fittings.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2870; S.G. 1.3 Max. Operating Temp. °C
120
Surface hardness
Water absorption %
0.13
Linear expansion m/m/°C (x10-5)
12
Tensile Strength MPa
50
Flammability UL94
HB
RM70
Flexural modulus GPa
2.1
Oxygen index %
25
Elongation at break %
200
Vol. Resist. log ohmcm
14
Strain at Yield %
3.5
Dielect. strength MV/m
20
Notched Izod kJ/m
0.05
Dielect. const. 1kHz
3.2
HDT @ 0.45 MPa °C
150
Dissipation Fact.1kHz
0.003
HDT @ 1.80 MPa °C
60
167
The Plastics Compendium - Volume 1, Key Properties and Sources Matl. drying hrs @ °C
3 @135
Melt temp. range °C
230 - 270
Mould shrinkage %
2
Mould temp. range °C
30 - 90
TRADE NAMES: CELANEX
Hoechst
CRASTINE SK
DuPont
CTI PBT
Compounding Technology
LATER
Lati
ORGATER
Elf Atochem
PIBITER
Himont
POCAN B
Bayer
TECHSTER T
Rhone-Poulenc
THERMOFIL PBT
Thermofil
ULTRADUR B
BASF
VALOX
G.E. Plastics
VESTODUR B
Huls
PC (Polycarbonate) All Grades: ADVANTAGES: High impact resistance at room temperature and down to -40°C (-40°F). Reasonably high continuous use temperature 115°C (240°F). Low creep & mould shrinkage. Transparent (~ 88% transmission). Can be metallized.
DISADVANTAGES: Susceptible to attack by organic solvents and is stress-cracked. Poor acid & alkali resistance. Low fatigue and wear resistance. Suffers from hydrolysis above 70°C (160°F). High melt viscosity. Poor barrier properties.
APPLICATIONS: Safety shields & goggles, lenses, glazing panels, business machine housings, instrument casings, lighting fittings, safety helmets, electrical switchgear. As laminated sheet for bullet-proof glazing, twin-walled sheets for glazing. Kitchenware and tableware. Microwave cookware, medical (sterilisable) components.
PC (Polycarbonate) PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 3050; S.G. 1.2 Max. Operating Temp. °C
115
Surface hardness
RM70
Water absorption %
0.15
Linear expansion m/m/°C (x10-5)
7
168
PC Tensile Strength MPa
65
Flammability UL94
Flexural modulus GPa
2.8
Oxygen index %
V2 25
Elongation at break %
110
Vol. Resist. log ohmcm
17 23
Strain at Yield %
7.5
Dielect. strength MV/m
Notched Izod kJ/m
0.7
Dielect. const. 1kHz
3
HDT @ 0.45 MPa °C
143
Dissipation Fact.1kHz
0.001
HDT @ 1.80 MPa °C
137
Matl. drying hrs @ °C
4 @120
Melt temp. range °C
280 - 320
Mould shrinkage %
0.6
Mould temp. range °C
85 - 120
TRADE NAMES: ADELL DR
Adell Plastics
ADELL DS
Adell Plastics
CALIBRE
Dow
CTI PC
Compounding Technology
LATILON
Lati
LEXAN
G.E. Plastics
LUPILON
Mitsubishi Engineering Plastics
MAKROLON
Albis
MAKROLON
Bayer
SINVET
EniChem
THERMOFIL PC
Thermofil
XANTAR
DSM
PC (Polycarbonate): 30% Carbon fibre reinforced ADVANTAGES:
High tensile strength, modulus, static dissipation and electrical conductivity compared with unmodified polycarbonate.
DISADVANTAGES:
Expensive, low notched impact resistance and elongation at break compared with unmodified polycarbonate. Mouldings can be highly anisotropic.
APPLICATIONS:
High strength business machine components and instrument casings. EMI shielding applications.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 26700; S.G. 1.33 Max. Operating Temp. °C
115
Surface hardness
RM92
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
1.6
Tensile Strength MPa
165
Flammability UL94
V1
Flexural modulus GPa
13
Oxygen index %
25
Elongation at break %
2.7
Vol. Resist. log ohmcm
2
Strain at Yield %
N/A
Dielect. strength MV/m
NA
Notched Izod kJ/m
0.08
Dielect. const. 1kHz
NA
HDT @ 0.45 MPa °C
156
Dissipation Fact.1kHz
NA
HDT @ 1.80 MPa °C
149
169
The Plastics Compendium - Volume 1, Key Properties and Sources Matl. drying hrs @ °C
4 @120
Melt temp. range °C
290 - 330
Mould shrinkage %
0.15
Mould temp. range °C
100 - 130
TRADE NAMES: ADELL DR
Adell Plastics
ADELL DS
Adell Plastics
CALIBRE
Dow
CTI PC
Compounding Technology
GRAFIL DG
Grafil
LATILON
Lati
LEXAN
G.E. Plastics
LUPILON
Mitsubishi Engineering Plastics
MAKROLON
Bayer
RTP 385
RTP
RTP 385
Vigilant Plastics
STAR-C PC
Ferro
THERMOCOMP DC
LNP Plastics
THERMOCOMP DC-1006
LNP Engineering Plastics
THERMOFIL PC
Thermofil
PC (Polycarbonate): Fire retardant ADVANTAGES:
Better fire resistance than unmodified Polycarbonate.
DISADVANTAGES:
Reduced overall performance compared to unmodified PC, including lower impact strength and strain at break.
APPLICATIONS:
Computer cabinetry and enclosures, electrical appliances, gas meters, firemen's helmets and food/ beverage service equipment.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 3500; S.G. 1.25 Max. Operating Temp. °C
115
Surface hardness
RM70 -5
Water absorption %
0.15
Linear expansion m/m/°C (x10 )
7
Tensile Strength MPa
60
Flammability UL94
V0
Flexural modulus GPa
2.8
Oxygen index %
35
Elongation at break %
85
Vol. Resist. log ohmcm
16
Strain at Yield %
7
Dielect. strength MV/m
20
Notched Izod kJ/m
0.64
Dielect. const. 1kHz
3
HDT @ 0.45 MPa °C
143
Dissipation Fact.1kHz
0.0015
HDT @ 1.80 MPa °C
137
Matl. drying hrs @ °C
4 @120
Melt temp. range °C
280 - 320
Mould shrinkage %
0.6
Mould temp. range °C
85 - 120
170
PC
TRADE NAMES: ADELL DR
Adell Plastics
ADELL DS
Adell Plastics
CALIBRE
Dow
CTI PC
Compounding Technology
LATILON
Lati
LEXAN
G.E. Plastics
LUPILON
Mitsubishi Engineering Plastics
MAKROLON
Bayer
THERMOFIL PC
Thermofil
XANTAR
DSM
PC (Polycarbonate): 20% Glass fibre reinforced ADVANTAGES:
Better tensile strength, flexural modulus, heat distortion temperature and oxygen index than unmodified polycarbonate.
DISADVANTAGES:
Reduced electrical characteristics, notched izod impact resistance and significantly reduced elongation at break compared with unmodified polycarbonate. The inclusion of glass can cause anisotropy in mouldings.
APPLICATIONS:
Electrical enclosures, replacement of traditionally metal parts.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 3300; S.G. 1.34 Max. Operating Temp. °C
115
Surface hardness
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
3
Tensile Strength MPa
90
Flammability UL94
V1
Flexural modulus GPa
5.6
Oxygen index %
32
Elongation at break %
4
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
20
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
3.2
HDT @ 0.45 MPa °C
151
Dissipation Fact.1kHz
0.001
HDT @ 1.80 MPa °C
148
RM91
Matl. drying hrs @ °C
4 @120
Melt temp. range °C
280 - 320
Mould shrinkage %
0.4
Mould temp. range °C
85 - 120
TRADE NAMES: ADELL DR
Adell Plastics
ADELL DS
Adell Plastics
CALIBRE
Dow
CTI PC
Compounding Technology
LATILON
Lati
LEXAN
G.E. Plastics
LUPILON
Mitsubishi Engineering Plastics
MAKROLON
Bayer
171
The Plastics Compendium - Volume 1, Key Properties and Sources RTP 303
RTP
RTP 303
Vigilant Plastics
SINVET
EniChem
THERMOCOMP DF
LNP Plastics
THERMOCOMP DF-1004
LNP Engineering Plastics
THERMOFIL PC
Thermofil
XANTAR
DSM
PC (Polycarbonate): 30% Glass fibre reinforced ADVANTAGES:
High rigidity, dimensional stability, stiffness and lower creep than unmodified grades of polycarbonate.
DISADVANTAGES:
Reduced impact resistance and strain at break compared with unmodified polycarbonate. Mouldings can be anisotropic.
APPLICATIONS:
Electrical enclosures. Short fibre reinforced for connectors and relay seperators.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 3250; S.G. 1.43 Max. Operating Temp. °C
115
Surface hardness
Water absorption %
0.13
Linear expansion m/m/°C (x10-5)
2
Tensile Strength MPa
110
Flammability UL94
V1
RM92
Flexural modulus GPa
8
Oxygen index %
30
Elongation at break %
4
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
23
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
3
HDT @ 0.45 MPa °C
152
Dissipation Fact.1kHz
0.001
HDT @ 1.80 MPa °C
146
Matl. drying hrs @ °C
4 @120
Melt temp. range °C
290 - 330
Mould shrinkage %
0.2
Mould temp. range °C
100 - 130
TRADE NAMES: ADELL DR
Adell Plastics
ADELL DS
Adell Plastics
CALIBRE
Dow
CTI PC
Compounding Technology
LATILON
Lati
LEXAN
G.E. Plastics
LUPILON
Mitsubishi Engineering Plastics
MAKROLON
Bayer
RTP 305
RTP
RTP 305
Vigilant Plastics
SINVET
EniChem
STARGLAS PC
Ferro
THERMOCOMP DF
LNP Plastics
172
PC THERMOCOMP DF-1006
LNP Engineering Plastics
THERMOFIL PC
Thermofil
XANTAR
DSM
PC (Polycarbonate): High flow ADVANTAGES:
Low in viscosity, hence enhanced processability and longer flow lengths than standard Polycarbonate. Slightly better elongation at break than unmodified Polycarbonate.
DISADVANTAGES:
Slightly reduced maximum operating temperature, flexural modulus, notched izod impact strength and heat distortion temperature compared with unmodified polycarbonate.
APPLICATIONS:
Disposables, applications requiring clarity and long flow lengths.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 2750; S.G. 1.20 Max. Operating Temp. °C
110
Surface hardness
RM70
Water absorption %
0.15
Linear expansion m/m/°C (x10-5)
7
Tensile Strength MPa
65
Flammability UL94
V2
Flexural modulus GPa
2.3
Oxygen index %
25
Elongation at break %
120
Vol. Resist. log ohmcm
17
Strain at Yield %
6
Dielect. strength MV/m
22
Notched Izod kJ/m
0.64
Dielect. const. 1kHz
3
HDT @ 0.45 MPa °C
135
Dissipation Fact.1kHz
0.001
HDT @ 1.80 MPa °C
125
Matl. drying hrs @ °C
4 @120
Melt temp. range °C
260 - 275
Mould shrinkage %
0.6
Mould temp. range °C
60 - 70
TRADE NAMES: ADELL DR
Adell Plastics
ADELL DS
Adell Plastics
CALIBRE
Dow
CTI PC
Compounding Technology
LEXAN
G.E. Plastics
LUPILON
Mitsubishi Engineering Plastics
MAKROLON
Bayer
SINVET
EniChem
THERMOFIL PC
Thermofil
XANTAR
DSM
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The Plastics Compendium - Volume 1, Key Properties and Sources
PC (Polycarbonate): 15% PTFE lubricated ADVANTAGES:
Greater lubricity and reduced friction and wear between moving parts compared with unmodified polycarbonate.
DISADVANTAGES:
Inferior part surface appearance, processability, tensile strength, flexural modulus, elongation at break, notched izod impact strength and heat distortion temperature compared with unmodified polycarbonate.
APPLICATIONS:
Business equipment such as keyboard frames, swivel bases and paper drives.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 5600; S.G. 1.28 Max. Operating Temp. °C
115
Surface hardness
RM65 -5
Water absorption %
0.13
Linear expansion m/m/°C (x10 )
7
Tensile Strength MPa
50
Flammability UL94
HB
Flexural modulus GPa
2.12
Oxygen index %
25
Elongation at break %
85
Vol. Resist. log ohmcm
17 23
Strain at Yield %
11
Dielect. strength MV/m
Notched Izod kJ/m
0.136
Dielect. const. 1kHz
3
HDT @ 0.45 MPa °C
140
Dissipation Fact.1kHz
0.001
HDT @ 1.80 MPa °C
132
Matl. drying hrs @ °C
4 @120
Melt temp. range °C
280 - 320
Mould shrinkage %
0.6
Mould temp. range °C
80 - 120
TRADE NAMES: ADELL DR
Adell Plastics
ADELL DS
Adell Plastics
CALIBRE
Dow
CTI PC
Compounding Technology
LATILON
Lati
LEXAN
G.E. Plastics
LUBRICOMP DL-4030
LNP Engineering Plastics
LUPILON
Mitsubishi Engineering Plastics
MAKROLON
Bayer
RTP 300 TFE 15
Vigilant Plastics
THERMOCOMP DL
LNP Plastics
THERMOFIL PC
Thermofil
PC (Polycarbonate): Structural foam ADVANTAGES:
High stiffness to weight ratio compared with unmodified polycarbonate.
DISADVANTAGES:
Reduced tensile strength, modulus, notched impact and elongation at break compared with unmodified polycarbonate.
174
PC APPLICATIONS:
Cargo pallets, cable spools, building components, tractor cabs, train and aircraft components, truck and bus seat shells, luggage racks, institutional furniture, office machines and telecommunication equipment.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 3200; S.G. 0.85 Max. Operating Temp. °C
115
Surface hardness
RM40 -5
Water absorption %
0.18
Linear expansion m/m/°C (x10 )
8
Tensile Strength MPa
40
Flammability UL94
V0
Flexural modulus GPa
2.2
Oxygen index %
35
Elongation at break %
70
Vol. Resist. log ohmcm
15
Strain at Yield %
4
Dielect. strength MV/m
10
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
3
HDT @ 0.45 MPa °C
130
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
125
Matl. drying hrs @ °C
4 @120
Melt temp. range °C
280 - 320
Mould shrinkage %
0.7
Mould temp. range °C
85 - 120
TRADE NAMES: ADELL DR ADELL DS CALIBRE CTI PC LEXAN LUPILON MAKROLON THERMOFIL PC XANTAR
Adell Plastics Adell Plastics Dow Compounding Technology G.E. Plastics Mitsubishi Engineering Plastics Bayer Thermofil DSM
PC (Polycarbonate): UV stabilised ADVANTAGES:
Good resistance to sunlight / UV radiation compared with unmodified polycarbonate.
DISADVANTAGES:
Reduced notched impact strength, tensile strength, flexural modulus and elongation at break compared with unmodified polycarbonate.
APPLICATIONS:
Skylights, canopies, walkways, space enclosures, theft deterrent glazing.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 3270; S.G. 1.2 Max. Operating Temp. °C
115
Surface hardness
Water absorption %
0.15
Linear expansion m/m/°C (x10-5)
7
Tensile Strength MPa
55
Flammability UL94
V2
RM70
Flexural modulus GPa
2.4
Oxygen index %
25
Elongation at break %
90
Vol. Resist. log ohmcm
16
Strain at Yield %
6
Dielect. strength MV/m
23
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The Plastics Compendium - Volume 1, Key Properties and Sources Notched Izod kJ/m
0.65
Dielect. const. 1kHz
3
HDT @ 0.45 MPa °C
145
Dissipation Fact.1kHz
0.001
HDT @ 1.80 MPa °C
137
Matl. drying hrs @ °C
4 @120
Melt temp. range °C
280 - 320
Mould shrinkage %
0.6
Mould temp. range °C
85 - 120
TRADE NAMES: ADELL DR
Adell Plastics
ADELL DS
Adell Plastics
CALIBRE
Dow
CTI PC
Compounding Technology
LATILON
Lati
LEXAN
G.E. Plastics
LUPILON
Mitsubishi Engineering Plastics
MAKROLON
Bayer
SINVET
EniChem
THERMOFIL PC
Thermofil
XANTAR
DSM
PC/PBT Alloy (Polycarbonate/Polybutylene Terephthalate Alloy) ADVANTAGES: Better chemical resistance than Polycarbonate alone. Reasonable UV resistance. May be painted.
DISADVANTAGES: Tendency for the different constituent phases to separate during injection moulding under certain shear conditions. Higher mould shrinkage than amorphous thermoplastics. Susceptible to attack from aromatics, ketones, esters and halogenated hydrocarbons.
APPLICATIONS: Car bumpers - adequate low temperature impact strength & high temperature stability for paint stoving. Exterior panels for machinery covers.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 3060; S.G. 1.22 Max. Operating Temp. °C
115
Surface hardness
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
9
Tensile Strength MPa
50
Flammability UL94
V2
Flexural modulus GPa
2.1
Oxygen index %
22
176
RM75
PE Foam Elongation at break %
5
Vol. Resist. log ohmcm
15
Strain at Yield %
4.5
Dielect. strength MV/m
22
Notched Izod kJ/m
0.8
Dielect. const. 1kHz
3.3
HDT @ 0.45 MPa °C
113
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
103
Matl. drying hrs @ °C
4 @120
Melt temp. range °C
250 - 270
Mould shrinkage %
0.8
Mould temp. range °C
60 - 80
TRADE NAMES: ULTRABLEND
BASF
XENOY
G.E. Plastics
PE Foam (Polyethylene Foam) ADVANTAGES: Excellent barrier properties. Thermoformable. Excellent chemical resistance. Available in fire-retarded form. Better resilience than polystyrene foams.
DISADVANTAGES: More expensive than Polystyrene foam.
APPLICATIONS: Packaging of impact-sensitive equipment. Replacement for tissue paper. Water pipe insulation. Acoustic cladding.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 1800; S.G. 0.10 Max. Operating Temp. °C
50
Surface hardness
SA30
Water absorption %
0.01
Linear expansion m/m/°C (x10-5)
20
Tensile Strength MPa
0.8
Flammability UL94
HB
Flexural modulus GPa
0.02
Oxygen index %
17
Elongation at break %
130
Vol. Resist. log ohmcm
12
Strain at Yield %
N/Y
Dielect. strength MV/m
20
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
1.5
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
NA
Mould temp. range °C
NA
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The Plastics Compendium - Volume 1, Key Properties and Sources
TRADE NAMES: NEOPOLEN 6132
BASF
PLASTAZOTE
Zotefoames
PLASTIROLL
Zotefoames
PEEK (Polyether Ether Ketone) All Grades: ADVANTAGES: Good thermal stability - UL continuous use temperature of 250°C/ 480°F. Good dynamic fatigue resistance. Good chemical resistance. Inherently fire-retardant with low smoke generation. Good tracking resistance.
DISADVANTAGES: Expensive. Difficult to process. Attacked by concentrated acids.
APPLICATIONS: Wire covering, injection moulded engineering products, film for flexible PCB, resin in fibre prepregs. Used in aerospace applications and radiation environments.
PEEK (Polyether Ether Ketone) PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 44000; S.G. 1.32 Max. Operating Temp. °C
250
Surface hardness
RM99 -5
Water absorption %
0.15
Linear expansion m/m/°C (x10 )
4.8
Tensile Strength MPa
92
Flammability UL94
V0
Flexural modulus GPa
3.7
Oxygen index %
35
Elongation at break %
50
Vol. Resist. log ohmcm
16.7
Strain at Yield %
4.3
Dielect. strength MV/m
19
Notched Izod kJ/m
0.083
Dielect. const. 1kHz
3.2
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.0016
HDT @ 1.80 MPa °C
160
Matl. drying hrs @ °C
3 @150
Melt temp. range °C
350 - 390
Mould shrinkage %
1.1
Mould temp. range °C
120 - 160
178
PEEK
TRADE NAMES: CTI PEEK
Compounding Technology
PEEK
Goodfellow
RTP 2200
RTP
VICTREX PEEK
Victrex Sales
VICTREX PEEK 450G
Victrex USA
PEEK (Polyether Ether Ketone): 30% Carbon fibre reinforced ADVANTAGES:
Offers maximum rigidity and load bearing performance of all short fibre reinforced grades of Peek. Very high strength and excellent creep properties.
DISADVANTAGES:
Inclusion of carbon fibre reinforcement can produce highly anisotropic mouldings with negligable electrical resistance. Short runners and large gates are required.
APPLICATIONS:
Automobile engine applications. Structural aerospace components. Pump impellors to be used in demanding conditions of temperature and pressure. Bearings, bushes, cams and rings.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 61500; S.G. 1.44 Max. Operating Temp. °C
250
Surface hardness
RM107 -5
Water absorption %
0.06
Linear expansion m/m/°C (x10 )
1.4
Tensile Strength MPa
208
Flammability UL94
V0
Flexural modulus GPa
13.0
Oxygen index %
35
Elongation at break %
1.3
Vol. Resist. log ohmcm
5.1
Strain at Yield %
N/A
Dielect. strength MV/m
NA
Notched Izod kJ/m
0.085
Dielect. const. 1kHz
NA
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
NA
HDT @ 1.80 MPa °C
315
Matl. drying hrs @ °C
6 @150
Melt temp. range °C
350 - 390
Mould shrinkage %
0.3
Mould temp. range °C
120 - 160
TRADE NAMES: CTI PEEK
Compounding Technology
RTP 2200
RTP
RTP 2285
RTP
RTP 2285
Vigilant Plastics
THERMOCOMP LF-1006
LNP Engineering Plastics
VICTREX PEEK
Victrex Sales
VICTREX PEEK 450CA30
Victrex USA
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The Plastics Compendium - Volume 1, Key Properties and Sources
PEEK (Polyether Ether Ketone): 10% Glass fibre reinforced ADVANTAGES:
Improved tensile strength, flexural modulus, mould shrinkage and heat distortion temperature compared with unmodified PEEK.
DISADVANTAGES:
Reduced elongation at break, increased barrel and mould temperatures compared with unmodified PEEK. Incorporation of fibres can cause mouldings to be anisotropic.
APPLICATIONS:
Electrical components, printed circuit boards, connectors and sockets etc. Nose cones and air ducting for aerospace applications. Fluid handling components eg. pumps and meters.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 45000; S.G. 1.42 Max. Operating Temp. °C
250
Surface hardness
Water absorption %
0.16
Linear expansion m/m/°C (x10-5)
2.8
Tensile Strength MPa
105
Flammability UL94
V0
Flexural modulus GPa
4.8
Oxygen index %
35
Elongation at break %
5.5
Vol. Resist. log ohmcm
16
Strain at Yield %
N/A
Dielect. strength MV/m
19
RM90
Notched Izod kJ/m
0.084
Dielect. const. 1kHz
3.3
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
200
Matl. drying hrs @ °C
3 @150
Melt temp. range °C
350 - 390
Mould shrinkage %
0.9
Mould temp. range °C
120 - 160
TRADE NAMES CTI PEEK
Compounding Technology
RTP 2200
RTP
RTP 2201
RTP
RTP 2201
Vigilant Plastics
THERMOCOMP LF-1002
LNP Engineering Plastics
VICTREX PEEK
Victrex Sales
PEEK (Polyether Ether Ketone): 20% Glass fibre reinforced ADVANTAGES:
Improved tensile strength, flexural modulus, mould shrinkage and linear expansion compared with unmodified PEEK.
DISADVANTAGES:
Significant reduction in elongation at break, slight reduction in notched impact strength. Incorporation of glass fibres can cause anisotropy in mouldings.
APPLICATIONS:
Electrical components, printed circuit boards and connectors. Aerospace and automotive applications. Structural components where resistance to extreme conditions of temperature and pressure is required, eg. pump impellors.
180
PEEK
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 44000; S.G. 1.43 Max. Operating Temp. °C
250
Surface hardness
RM102
Water absorption %
0.12
Linear expansion m/m/°C (x10-5)
2.5
Tensile Strength MPa
123
Flammability UL94
V0
Flexural modulus GPa
6.7
Oxygen index %
35
Elongation at break %
2.5
Vol. Resist. log ohmcm
16
Strain at Yield %
N/A
Dielect. strength MV/m
19
Notched Izod kJ/m
0.086
Dielect. const. 1kHz
3.3
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
285
Matl. drying hrs @ °C
3 @150
Melt temp. range °C
350 - 390
Mould shrinkage %
0.7
Mould temp. range °C
120 - 160
TRADE NAMES: CTI PEEK
Compounding Technology
RTP 2200
RTP
RTP 2203
RTP
RTP 2203
Vigilant Plastics
THERMOCOMP LF-1004
LNP Engineering Plastics
VICTREX PEEK
Victrex Sales
VICTREX PEEK 450GL20
Victrex USA
PEEK (Polyether Ether Ketone): 30% Glass fibre reinforced ADVANTAGES:
Better stiffness, strength, notched izod impact strength, HDT, mould shrinkage and surface hardness than unmodified PEEK.
DISADVANTAGES:
Significantly reduced elogation at break compared with unmodified PEEK. Incorporation of glass can make the mechanical properties of mouldings anisotropic.
APPLICATIONS:
Fluid handling components, eg. Valves, pumps and meters. Electrical connectors and sockets. Printed circuit boards. Nose cones for missiles and aircraft.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 40000; S.G. 1.49 Max. Operating Temp. °C
250
Surface hardness
RM103 -5
Water absorption %
0.11
Linear expansion m/m/°C (x10 )
2.2
Tensile Strength MPa
157
Flammability UL94
V0
Flexural modulus GPa
10.3
Oxygen index %
35
Elongation at break %
2.2
Vol. Resist. log ohmcm
16
Strain at Yield %
N/A
Dielect. strength MV/m
19
Notched Izod kJ/m
0.096
Dielect. const. 1kHz
3.3
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.002
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The Plastics Compendium - Volume 1, Key Properties and Sources HDT @ 1.80 MPa °C
315
Matl. drying hrs @ °C
3 @150
Melt temp. range °C
350 - 390
Mould shrinkage %
0.5
Mould temp. range °C
120 - 160
TRADE NAMES: CTI PEEK
Compounding Technology
RTP 2200
RTP
RTP 2205
RTP
RTP 2205
Vigilant Plastics
VICTREX PEEK
Victrex Sales
PEI (Polyetherimide) All Grades: ADVANTAGES: Higher tensile strength at 20°C (70°F) than PES or Polysulphone. Lower water absorption than PES. High continuous use temperature, c. 170°C/340°F (PES 180°C/360°F). Very high limiting oxygen index of 47% (PES 36%). Cheaper than PES and PEEK. Low smoke emission. Transparent.
DISADVANTAGES: Stress cracks in contact with chlorinated solvents. Low notched impact strength.
APPLICATIONS: High temperature switchgear. Microwave cookware and other applications. Electrical connectors, lamp housings, and underbonnet components.
PEI (Polyetherimide) PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 11150; S.G. 1.27 Max. Operating Temp. °C
170
Surface hardness
RM109 -5
Water absorption %
0.25
Linear expansion m/m/°C (x10 )
6.2
Tensile Strength MPa
105
Flammability UL94
V0
Flexural modulus GPa
3.3
Oxygen index %
47
Elongation at break %
60
Vol. Resist. log ohmcm
15
Strain at Yield %
8
Dielect. strength MV/m
24
182
PEI Notched Izod kJ/m
0.05
Dielect. const. 1kHz
3.15
HDT @ 0.45 MPa °C
210
Dissipation Fact.1kHz
0.0013
HDT @ 1.80 MPa °C
200
Matl. drying hrs @ °C
4 @150
Melt temp. range °C
340 - 420
Mould shrinkage %
0.6
Mould temp. range °C
70 - 170
TRADE NAMES: ULTEM
G.E. Plastics
PEI (Polyetherimide): 10% Glass fibre reinforced ADVANTAGES:
Improved tensile strength, flexural modulus, notched izod impact strength, mould shrinkage and dimensional stability compared with unmodified polyetherimide.
DISADVANTAGES:
Very low elongation at break compared with unmodified polyetherimide. Inclusion of glass can cause anisotropy in mouldings.
APPLICATIONS:
Electrical components - Business equipment, printed circuit boards, high temperature connectors, disk drive cartridges, cooling fans, fuses and copier gears. Hot combs and styling brushes, iron skirts. Automotive under-bonnet components, heat exchangers, fuel systems and lamp fittings.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 11200; S.G. 1.34 Max. Operating Temp. °C
170
Surface hardness
RM114
Water absorption %
0.28
Linear expansion m/m/°C (x10-5)
3.2
Tensile Strength MPa
120
Flammability UL94
V0
Flexural modulus GPa
4.5
Oxygen index %
47
Elongation at break %
6
Vol. Resist. log ohmcm
15
Strain at Yield %
5
Dielect. strength MV/m
22
Notched Izod kJ/m
0.06
Dielect. const. 1kHz
3.5
HDT @ 0.45 MPa °C
210
Dissipation Fact.1kHz
0.0014
HDT @ 1.80 MPa °C
207
Matl. drying hrs @ °C
4 @150
Melt temp. range °C
340 - 420
Mould shrinkage %
0.4
Mould temp. range °C
70 - 170
TRADE NAMES: RTP 2101
Vigilant Plastics
ULTEM
G.E. Plastics
183
The Plastics Compendium - Volume 1, Key Properties and Sources
PEI (Polyetherimide): 20% Glass fibre reinforced ADVANTAGES:
Better tensile strength, flexural modulus, impact strength and mould shrinkage than unmodified Polyetherimide.
DISADVANTAGES:
Significantly reduced elongation at break compared with unmodified PEI. Incorporation of glass can produce anisotropy in mouldings.
APPLICATIONS:
Electrical components - high temperature connectors, terminal boards, electrical motor parts, integrated circuits, integrated designs of housings and reflectors for high energy lamps. Trays, seating, lighting and interior cladding for aircraft. Automotive - Under the bonnet applications, such as heat exchangers, fuel systems, transmission and steering parts. Roller bar cages and gears,
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 10060; S.G. 1.42 Max. Operating Temp. °C
170
Surface hardness
RM118
Water absorption %
0.26
Linear expansion m/m/°C (x10-5)
2.5
Tensile Strength MPa
140
Flammability UL94
V0
Flexural modulus GPa
6.2
Oxygen index %
47
Elongation at break %
3
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
22
Notched Izod kJ/m
0.09
Dielect. const. 1kHz
3.5
HDT @ 0.45 MPa °C
210
Dissipation Fact.1kHz
0.0016
HDT @ 1.80 MPa °C
209
Matl. drying hrs @ °C
4 @150
Melt temp. range °C
340 - 420
Mould shrinkage %
0.3
Mould temp. range °C
70 - 170
TRADE NAMES: RTP 2103
Vigilant Plastics
ULTEM
G.E. Plastics
PEI (Polyetherimide): 30% Glass fibre reinforced ADVANTAGES:
Low mould shrinkage. Increased tensile strength, modulus, notched izod impact strength and heat distortion temperature compared with unmodified PEI.
DISADVANTAGES:
Low elongation at break compared with unmodified PEI. Physical properties of mouldings can be anisotropic.
APPLICATIONS:
Electrical components - switches and controls, plenum connectors, explosion proof enclosures, thermal protectors, printed circuit boards and connectors. Electrical appliances - hot combs and styling brushes, iron skirts. Automotive under-bonnet applications such as heat exchangers and fuel systems.
184
PES
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 9870; S.G. 1.51 Max. Operating Temp. °C
170
Surface hardness
RM125
Water absorption %
0.18
Linear expansion m/m/°C (x10-5)
2
Tensile Strength MPa
160
Flammability UL94
V0
Flexural modulus GPa
8.3
Oxygen index %
50
Elongation at break %
3
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
22
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
3.5
HDT @ 0.45 MPa °C
212
Dissipation Fact.1kHz
0.0015
HDT @ 1.80 MPa °C
210
Matl. drying hrs @ °C
4 @150
Melt temp. range °C
340 - 420
Mould shrinkage %
0.2
Mould temp. range °C
70 - 170
TRADE NAMES: RTP 2105
Vigilant Plastics
ULTEM
G.E. Plastics
PES (Polyethersulphone) All Grades: ADVANTAGES: High continuous use temperature 180°C/360°F. Transparent yellow. Low smoke emission. Good long term thermal ageing resistance.Reasonable resistance to ionizing radiation. Resistant to aliphatic hydrocarbons.
DISADVANTAGES: Poor tracking resistance. Expensive. Higher water absorption than Polysulphone. High processing temperature (c. 350°C/ 660°F). Mouldings may contain higher levels of residual stress than mouldings from more easily processed materials. Poor fatigue characteristics and ESC resistance.
APPLICATIONS: Electrical and electronic components e.g. PCB, bobbins, lamp holders, lenses. Medical and agricultural components requiring repeated sterilisation. Photographic accessories.
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The Plastics Compendium - Volume 1, Key Properties and Sources
PES (Polyethersulphone) PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 10000; S.G. 1.37 Max. Operating Temp. °C
180
Surface hardness
Water absorption %
0.43
Linear expansion m/m/°C (x10-5)
5.5
Tensile Strength MPa
84
Flammability UL94
V0
RM88
Flexural modulus GPa
2.6
Oxygen index %
36
Elongation at break %
60
Vol. Resist. log ohmcm
17.5
Strain at Yield %
6.6
Dielect. strength MV/m
16
Notched Izod kJ/m
0.084
Dielect. const. 1kHz
3.5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.0021
HDT @ 1.80 MPa °C
203
Matl. drying hrs @ °C
3 @150
Melt temp. range °C
320 - 380
Mould shrinkage %
0.6
Mould temp. range °C
90 - 160
TRADE NAMES: CTI PES
Compounding Technology
PES
Goodfellow
RADEL A
Amoco Chemicals
THERMOFIL PES
Thermofil
ULTRASON E 1010
BASF
PES (Polyethersulphone): 30% Carbon fibre reinforced ADVANTAGES:
Superior HDT, oxygen index, tensile strength and modulus compared with unmodified PES.
DISADVANTAGES:
Very expensive, reduced notched izod impact strength and low elongation at break compared with unmodified PES. Injection moulded components. Can have anisotropic properties. Because of the incorporation of carbon fibre this material is conductive.
APPLICATIONS:
Aerospace applications, e.g. nose cones and air ducting. Pump impellors.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 30000; S.G. 1.47 Max. Operating Temp. °C
180
Surface hardness
RR123
Water absorption %
0.29
Linear expansion m/m/°C (x10-5)
1.4
Tensile Strength MPa
195
Flammability UL94
V0
Flexural modulus GPa
15.2
Oxygen index %
42
Elongation at break %
1.8
Vol. Resist. log ohmcm
NA
Strain at Yield %
N/A
Dielect. strength MV/m
NA
Notched Izod kJ/m
0.053
Dielect. const. 1kHz
NA
186
PES HDT @ 0.45 MPa °C
218
HDT @ 1.80 MPa °C
212
Dissipation Fact.1kHz
NA
Matl. drying hrs @ °C
3 @150
Melt temp. range °C
360 - 380
Mould shrinkage %
0.2
Mould temp. range °C
90 - 160
TRADE NAMES: CTI PES
Compounding Technology
GRAFIL JG
Grafil
RTP 1485
RTP
RTP 1485
Vigilant Plastics
THERMOCOMP JC
LNP Plastics
THERMOCOMP JC-1006
LNP Engineering Plastics
THERMOFIL PES
Thermofil
PES (Polyethersulphone): 20% Glass fibre reinforced ADVANTAGES:
Improved tensile strength, flexural modulus, heat distortion temperature and mould shrinkage compared with unmodified PES.
DISADVANTAGES:
Significant reduction in elongation at break, slight reduction in notched izod impact strength. Incorporation of glass fibres can cause anisotropy in moulded components.
APPLICATIONS:
Applications in the automotive industry, under the bonnet or in the gearbox area, eg. carburettor parts, bearing cages. Aerospace applications. Electrical components for example printed circuit boards and connectors.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 9500; S.G. 1.51 Max. Operating Temp. °C
180
Surface hardness
Water absorption %
0.37
Linear expansion m/m/°C (x10-5)
3.6
Tensile Strength MPa
120
Flammability UL94
V0
RM95
Flexural modulus GPa
5.8
Oxygen index %
41
Elongation at break %
4
Vol. Resist. log ohmcm
16.5
Strain at Yield %
N/A
Dielect. strength MV/m
16
Notched Izod kJ/m
0.08
Dielect. const. 1kHz
3.6
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
210
Matl. drying hrs @ °C
3 @150
Melt temp. range °C
320 - 380
Mould shrinkage %
0.3
Mould temp. range °C
90 - 160
TRADE NAMES: CTI PES
Compounding Technology
RTP 1403
RTP
RTP 1403
Vigilant Plastics
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The Plastics Compendium - Volume 1, Key Properties and Sources THERMOCOMP JF
LNP Plastics
THERMOCOMP JF-1004
LNP Engineering Plastics
THERMOFIL PES
Thermofil
ULTRASON E 1010 GA
BASF
PES (Polyethersulphone): 30% Glass fibre reinforced ADVANTAGES:
Slightly better oxygen index and heat distortion temperature and excellent stiffness and tensile strength compared with unmodified PES.
DISADVANTAGES:
Reduced elongation at break, surface finish and notched izod impact strength compared with unmodified PES. Injection moulded components can have anisotropic properties.
APPLICATIONS:
Electrical components, eg. Printed circuit boards and connectors. Automotive applications especially under the bonnet or in the gearbox area, eg. Fittings and connectors, nose cones, air ducting, car heater fans and teeth on heated hair styling brushes.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 9000; S.G. 1.60 Max. Operating Temp. °C
180
Surface hardness
RM98 -5
Water absorption %
0.31
Linear expansion m/m/°C (x10 )
2.3
Tensile Strength MPa
140
Flammability UL94
V0
Flexural modulus GPa
8.4
Oxygen index %
41
Elongation at break %
3
Vol. Resist. log ohmcm
16
Strain at Yield %
N/A
Dielect. strength MV/m
16
Notched Izod kJ/m
0.08
Dielect. const. 1kHz
3.6
HDT @ 0.45 MPa °C
222
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
216
Matl. drying hrs @ °C
3 @150
Melt temp. range °C
320 - 380
Mould shrinkage %
0.2
Mould temp. range °C
90 - 160
TRADE NAMES: CTI PES
Compounding Technology
RADEL A
Amoco Chemicals
RTP 1405
Vigilant Plastics
THERMOCOMP JF
LNP Plastics
THERMOCOMP JF-1006
LNP Engineering Plastics
THERMOFIL PES
Thermofil
ULTRASON E 2010 G6
BASF
188
PET
PET (Polyethylene Terephthalate) All Grades: ADVANTAGES: High strength and stiffness. High barrier properties. May be moulded into a transparent form. Low friction, good low frequency electrical properties even under humid conditions.
DISADVANTAGES: High mould shrinkage. Limited resistance to hydrolysis. High frequency, electrical properties are inferior.
APPLICATIONS: Electrical fittings and connectors. Blow moulded bottles for for carbonated & alcoholic drinks, perfumes, drugs, etc. Packaging film, film, photographic and X-ray film, audio/video tapes, industrial strapping. Capacitor film, drawing office transparencies. As a fibre for clothing, duvets, cushioning, etc.
PET (Polyethylene Terephthalate): Amorphous ADVANTAGES:
Superior clarity. Excellent barrier properties. Suitable for food packaging applications. Recyclable.
DISADVANTAGES:
Very susceptible to heat degradation. Excessive shear heat should be avoided - therefore low screw speed and back pressure required. For optimum clarity, mould temperature should be kept between 10-50°C (50-120°F).
APPLICATIONS:
Transparent films. Crystal clear bottles for soft drinks.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1510; S.G. 1.33 Max. Operating Temp. °C
60
Surface hardness
RM30
Water absorption %
0.16
Linear expansion m/m/°C (x10-5)
8
Tensile Strength MPa
55
Flammability UL94
HB
Flexural modulus GPa
2.3
Oxygen index %
20
Elongation at break %
300
Vol. Resist. log ohmcm
16
Strain at Yield %
3.5
Dielect. strength MV/m
40
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
3.5
HDT @ 0.45 MPa °C
72
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
70
Matl. drying hrs @ °C
2 @130
Melt temp. range °C
260 - 280
Mould shrinkage %
0.4
Mould temp. range °C
20 - 30
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The Plastics Compendium - Volume 1, Key Properties and Sources
TRADE NAMES: ARNITE D
DSM
BEETLE PET
BIP Plastics
KODAR
Eastman Chemical Co.
KODAR PETG 6763
Eastman Chemical
MELINAR
ICI Chemical & Polymers
MELINAR
ICI Films
PET
Goodfellow
PETRA
Allied Signal
POLYCLEAR
Hoechst
RYNITE
DuPont
TECHSTER E
Rhone-Poulenc
TENITE PET
Eastman Chemical Co.
THERMOFIL PET
Thermofil
PET (Polyethylene Terephthalate): Crystalline ADVANTAGES:
Good balance of rigidity, strength and dimensional stability. Resistance to discolouration on heating. Excellent thermal and chemical resistance.
DISADVANTAGES:
Harmful odours can be evolved during processing. Adequate ventilation should be provided. Granules must be thoroughly dried before processing to limit the occurance of hydrolytic degradation. High mould temperatures (140-160°C / 285-320°F) required for optimum properties.
APPLICATIONS:
Transformer bobbins, housings for electrical appliances, industrial plugs and sockets.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 1880; S.G. 1.37 Max. Operating Temp. °C
115
Surface hardness
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
8
Tensile Strength MPa
75
Flammability UL94
HB
RM85
Flexural modulus GPa
3
Oxygen index %
20
Elongation at break %
70
Vol. Resist. log ohmcm
15
Strain at Yield %
4
Dielect. strength MV/m
17
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
3.3
HDT @ 0.45 MPa °C
115
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
80
Matl. drying hrs @ °C
2 @130
Melt temp. range °C
260 - 280
Mould shrinkage %
2
Mould temp. range °C
80 - 100
TRADE NAMES: ARNITE A
DSM
IMPET
Hoechst
KODAPAK PET 9921W
Eastman Chemical
KODAR
Eastman Chemical Co.
MELINAR
ICI Chemical & Polymers
190
PET MELINAR
ICI Films
PETRA
Allied Signal
RYNITE
DuPont
TENITE PET
Eastman Chemical Co.
THERMOFIL PET
Thermofil
PET (Polyethylene Terephthalate): Fire retardant ADVANTAGES:
Low flammability and propagation rates compared with unmodified PET.
DISADVANTAGES:
Fire retardant additive is very susceptible to thermal degradation. If thermal degradation should occur, noxious fumes are produced. Regrind material should not be used.
APPLICATIONS:
Electrical components.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2460; S.G. 1.55 Max. Operating Temp. °C
115
Surface hardness
RR75
Water absorption %
0.15
Linear expansion m/m/°C (x10-5)
8
Tensile Strength MPa
50
Flammability UL94
V1
Flexural modulus GPa
2.3
Oxygen index %
30
Elongation at break %
180
Vol. Resist. log ohmcm
12
Strain at Yield %
3.5
Dielect. strength MV/m
15
Notched Izod kJ/m
0.03
Dielect. const. 1kHz
3.3
HDT @ 0.45 MPa °C
150
Dissipation Fact.1kHz
0.005
HDT @ 1.80 MPa °C
70
Matl. drying hrs @ °C
2 @130
Melt temp. range °C
260 - 280
Mould shrinkage %
2
Mould temp. range °C
80 - 100
TRADE NAMES: ARNITE A
DSM
KODAR
Eastman Chemical Co.
MELINAR
ICI Films
PETRA
Allied Signal
RYNITE
DuPont
TENITE PET
Eastman Chemical
THERMOFIL PET
Thermofil
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The Plastics Compendium - Volume 1, Key Properties and Sources
PET (Polyethylene Terephthalate): 15% Glass fibre reinforced; high impact ADVANTAGES:
Significant improvement in notched izod impact strength and heat distortion temperature, moderate improvement in tensile strength, flexural modulus, maximum operating temperature and mould shrinkage compared with unmodified PET.
DISADVANTAGES:
Higher water absorption, significantly reduced elongation at break and slightly lower oxygen index than unmodified PET. Inclusion of glass fibre can cause anisotropy in mouldings.
APPLICATIONS:
Automotive parts - body parts, steering wheels, fan housings, seat frames. Pump housings. Electrical appliances. Sports equipment. Luggage components. Wheels for bicycles and trailers. Chair seat shells.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2710; S.G. 1.39 Max. Operating Temp. °C
140
Surface hardness
Water absorption %
0.24
Linear expansion m/m/°C (x10-5)
3.1
Tensile Strength MPa
79
Flammability UL94
HB
Flexural modulus GPa
3.6
Oxygen index %
19
Elongation at break %
6
Vol. Resist. log ohmcm
13
Strain at Yield %
N/A
Dielect. strength MV/m
18
Notched Izod kJ/m
0.12
Dielect. const. 1kHz
3.9
HDT @ 0.45 MPa °C
235
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
207
RM58
Matl. drying hrs @ °C
2 @130
Melt temp. range °C
290 - 300
Mould shrinkage %
0.6
Mould temp. range °C
90 - 110
TRADE NAMES: KODAR
Eastman Chemical Co.
MELINAR
ICI Films
PETRA
Allied Signal
RYNITE
DuPont
TENITE PET
Eastman Chemical Co.
THERMOFIL PET
Thermofil
PET (Polyethylene Terephthalate): 30% Glass fibre reinforced; fire retardant ADVANTAGES:
Very good flammability characteristics, tensile strength, flexural modulus, maximum operating temperature and heat distortion temperature compared with unmodified PET.
DISADVANTAGES:
Significant reduction in elongation at break. Incorporation of glass can cause anisotropy in mouldings. Because of the fire retardant, regrinding of the material is not advisable.
APPLICATIONS:
Electrical components such as lamp sockets, relay bases, plugs. Housings for motors, pumps and appliances. Mechanical components such as gears and sprockets. Chair arms, castors and other furniture parts.
192
PET
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2730; S.G. 1.67 Max. Operating Temp. °C
150
Surface hardness
RM100
Water absorption %
0.05
Linear expansion m/m/°C (x10-5)
2.5
Tensile Strength MPa
152
Flammability UL94
V0
Flexural modulus GPa
10.3
Oxygen index %
33
Elongation at break %
2
Vol. Resist. log ohmcm
13
Strain at Yield %
N/A
Dielect. strength MV/m
17
Notched Izod kJ/m
0.09
Dielect. const. 1kHz
3.6
HDT @ 0.45 MPa °C
240
Dissipation Fact.1kHz
0.007
HDT @ 1.80 MPa °C
224
Matl. drying hrs @ °C
2 @130
Melt temp. range °C
290 - 300
Mould shrinkage %
0.55
Mould temp. range °C
90 - 110
TRADE NAMES: BEETLE PET
BIP Plastics
IMPET
Hoechst
KODAR
Eastman Chemical Co.
MELINAR
ICI Films
PETRA
Allied Signal
RYNITE
DuPont
TENITE PET
Eastman Chemical Co.
THERMOFIL PET
Thermofil
PET (Polyethylene Terephthalate): 30% Glass fibre reinforced; high impact ADVANTAGES:
Significant improvement in notched izod impact strength, tensile strength and flexural modulus, improved maximum operating temperature, heat distortion temperature and mould shrinkage compared with unmodified PET.
DISADVANTAGES:
Significant reduction in elongation at break compared with unmodified PET. The inclusion of glass fibres can cause anisotropy in mouldings.
APPLICATIONS:
Water pump housings, structural housing and brackets. Windshield wiper blade supports.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2630; S.G. 1.49 Max. Operating Temp. °C
140
Surface hardness
Water absorption %
0.06
Linear expansion m/m/°C (x10-5)
2.0
Tensile Strength MPa
124
Flammability UL94
HB
RM80
Flexural modulus GPa
7.6
Oxygen index %
21
Elongation at break %
3
Vol. Resist. log ohmcm
13
Strain at Yield %
N/A
Dielect. strength MV/m
22
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The Plastics Compendium - Volume 1, Key Properties and Sources Notched Izod kJ/m
0.14
Dielect. const. 1kHz
3.4
HDT @ 0.45 MPa °C
225
Dissipation Fact.1kHz
0.006
HDT @ 1.80 MPa °C
210
Matl. drying hrs @ °C
2 @130
Melt temp. range °C
290 - 300
Mould shrinkage %
0.55
Mould temp. range °C
90 - 110
TRADE NAMES: IMPET
Hoechst
KODAR
Eastman Chemical Co.
MELINAR
ICI Films
PETRA
Allied Signal
RYNITE
DuPont
TENITE PET
Eastman Chemical Co.
THERMOFIL PET
Thermofil
PET (Polyethylene Terephthalate): 35% Glass fibre reinforced; supertough ADVANTAGES:
Excellent combination of stiffness, strength, toughness and low temperature properties.
DISADVANTAGES:
Glass reinforced PET can cause excessive wear of barrels, screws and moulds.
APPLICATIONS:
Lawn mower housings, water pump housings. Furniture components. Windscreen wiper arm.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2680; S.G. 1.51 Max. Operating Temp. °C
140
Surface hardness
Water absorption %
0.25
Linear expansion m/m/°C (x10-5)
2.0
Tensile Strength MPa
103
Flammability UL94
HB
RM62
Flexural modulus GPa
6.9
Oxygen index %
20
Elongation at break %
6
Vol. Resist. log ohmcm
13
Strain at Yield %
N/A
Dielect. strength MV/m
21
Notched Izod kJ/m
0.24
Dielect. const. 1kHz
3.4
HDT @ 0.45 MPa °C
235
Dissipation Fact.1kHz
0.006
HDT @ 1.80 MPa °C
220
Matl. drying hrs @ °C
2 @130
Melt temp. range °C
290 - 300
Mould shrinkage %
0.55
Mould temp. range °C
90 - 110
TRADE NAMES: KODAR
Eastman Chemical Co.
MELINAR
ICI Films
PETRA
Allied Signal
RYNITE
DuPont
TECHSTER E
Rhone-Poulenc
194
PET TENITE PET
Eastman Chemical Co.
THERMOFIL PET
Thermofil
PET (Polyethylene Terephthalate): 36% Glass fibre reinforced ADVANTAGES:
Good combination of heat resistance, creep resistance, tensile strength, high modulus, low warpage and good moulding tolerances compared with unmodified PET.
DISADVANTAGES:
Low elongation at break compared with unmodified PET. Mouldings can be anisotropic.
APPLICATIONS:
Exterior body parts, structural supports, casings and housings, electrical components.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2400; S.G. 1.63 Max. Operating Temp. °C
140
Surface hardness
RM100 -5
Water absorption %
0.06
Linear expansion m/m/°C (x10 )
2
Tensile Strength MPa
185
Flammability UL94
HB
Flexural modulus GPa
12
Oxygen index %
20
Elongation at break %
3
Vol. Resist. log ohmcm
16
Strain at Yield %
N/A
Dielect. strength MV/m
50
Notched Izod kJ/m
0.11
Dielect. const. 1kHz
4
HDT @ 0.45 MPa °C
240
Dissipation Fact.1kHz
0.006
HDT @ 1.80 MPa °C
225
Matl. drying hrs @ °C
2 @130
Melt temp. range °C
270 - 295
Mould shrinkage %
0.5
Mould temp. range °C
90 - 110
TRADE NAMES: ARNITE A
DSM
KODAR
Eastman Chemical Co.
MELINAR
ICI Films
PETRA
Allied Signal
RTP 1106
RTP
RYNITE
DuPont
TENITE PET
Eastman Chemical Co.
THERMOFIL PET
Thermofil
PET (Polyethylene Terephthalate): 45% Glass fibre reinforced ADVANTAGES:
Very high flexural modulus, tensile strength, notched izod impact strength, maximum operating temperature, heat distortion temperature and low mould shrinkage compared with unmodified PET.
DISADVANTAGES:
Significantly reduced elongation at break compared with unmodified PET. Incorporation of glass fibres can cause anisotropy in mouldings.
APPLICATIONS:
Parts for cookers, domestic light fittings etc., where retention of physical properties and colour is important. Gears and sprockets, housings and casings.
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The Plastics Compendium - Volume 1, Key Properties and Sources
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2460; S.G. 1.69 Max. Operating Temp. °C
140
Surface hardness
RM100
Water absorption %
0.04
Linear expansion m/m/°C (x10-5)
2.4
Tensile Strength MPa
193
Flammability UL94
HB
Flexural modulus GPa
13.8
Oxygen index %
20
Elongation at break %
2
Vol. Resist. log ohmcm
13
Strain at Yield %
N/A
Dielect. strength MV/m
21
Notched Izod kJ/m
0.12
Dielect. const. 1kHz
4.0
HDT @ 0.45 MPa °C
245
Dissipation Fact.1kHz
0.005
HDT @ 1.80 MPa °C
226
Matl. drying hrs @ °C
2 @130
Melt temp. range °C
290 - 300
Mould shrinkage %
0.5
Mould temp. range °C
90 - 110
TRADE NAMES: IMPET
Hoechst
KODAR
Eastman Chemical Co.
MELINAR
ICI Films
PETRA
Allied Signal
RTP 1108
Vigilant Plastics
RYNITE
DuPont
TENITE PET
Eastman Chemical Co.
THERMOFIL PET
Thermofil
PET (Polyethylene Terephthalate): 55% Glass fibre reinforced ADVANTAGES:
Very high tensile strength, maximum operating temperature and heat distortion temperature, extremely high flexural modulus, better notched izod impact strength and mould shrinkage than unmodified PET.
DISADVANTAGES:
Significantly reduced elongation at break compared with unmodified PET. Incorporation of 55% glass can cause severe anisotropy in mouldings.
APPLICATIONS:
Gears and sprockets, propellors, support brackets, housing for pumps and household appliances fixing parts for automotive bumpers.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2560; S.G. 1.80 Max. Operating Temp. °C
140
Surface hardness
RM100
Water absorption %
0.04
Linear expansion m/m/°C (x10-5)
1.4
Tensile Strength MPa
196
Flammability UL94
HB
Flexural modulus GPa
17.9
Oxygen index %
20
Elongation at break %
2
Vol. Resist. log ohmcm
13
Strain at Yield %
N/A
Dielect. strength MV/m
20
Notched Izod kJ/m
0.12
Dielect. const. 1kHz
4.5
HDT @ 0.45 MPa °C
245
Dissipation Fact.1kHz
0.005
HDT @ 1.80 MPa °C
229
196
PET Matl. drying hrs @ °C
2 @130
Melt temp. range °C
290 - 300
Mould shrinkage %
0.45
Mould temp. range °C
90 - 110
TRADE NAMES: KODAR
Eastman Chemical Co.
MELINAR
ICI Films
PETRA
Allied Signal
RTP 1110
Vigilant Plastics
RYNITE
DuPont
TENITE PET
Eastman Chemical Co.
THERMOFIL PET
Thermofil
PET (Polyethylene Terephthalate): 35% Mica and glass fibre reinforced ADVANTAGES:
Exceptionally low mould warpage compared with glass fibre modified PET. Very high flexural modulus, high tensile strength, heat distortion temperature, maximum operating temperature and good mould shrinkage compared with unmodified PET.
DISADVANTAGES:
Significantly reduced elongation at break compared with unmodified PET. The glass fibre can cause some anisotropy in mouldings.
APPLICATIONS:
Components where dimensional accuracy is required. Structural housings and frames, electrical components.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2310; S.G. 1.58 Max. Operating Temp. °C
140
Surface hardness
RM85
Water absorption %
0.05
Linear expansion m/m/°C (x10-5)
2.7
Tensile Strength MPa
97
Flammability UL94
HB
Flexural modulus GPa
9.6
Oxygen index %
20
Elongation at break %
2
Vol. Resist. log ohmcm
13
Strain at Yield %
N/A
Dielect. strength MV/m
23
Notched Izod kJ/m
0.06
Dielect. const. 1kHz
3.8
HDT @ 0.45 MPa °C
230
Dissipation Fact.1kHz
0.008
HDT @ 1.80 MPa °C
215
Matl. drying hrs @ °C
2 @130
Melt temp. range °C
290 - 300
Mould shrinkage %
0.6
Mould temp. range °C
90 - 110
TRADE NAMES: KODAR
Eastman Chemical Co.
MELINAR
ICI Films
PETRA
Allied Signal
RTP 1199 X 50089
Vigilant Plastics
197
The Plastics Compendium - Volume 1, Key Properties and Sources RYNITE
DuPont
TENITE PET
Eastman Chemical Co.
THERMOFIL PET
Thermofil
PET (Polyethylene Terephthalate): Mineral filled ADVANTAGES:
High stiffness, creep resistance, HDT, tensile strength and low warpage compared with unmodified PET. Fast crystallising - therefore shorter moulding cycles.
DISADVANTAGES:
Reduced elongation at break compared with unmodified PET.
APPLICATIONS:
Applications in the automotive sector. Mouldings where dimensional tolerances are high.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2430; S.G. 1.58 Max. Operating Temp. °C
140
Surface hardness
RM100
Water absorption %
0.06
Linear expansion m/m/°C (x10-5)
2
Tensile Strength MPa
100
Flammability UL94
HB
Flexural modulus GPa
9.5
Oxygen index %
20
Elongation at break %
2.2
Vol. Resist. log ohmcm
13
Strain at Yield %
N/A
Dielect. strength MV/m
20
Notched Izod kJ/m
0.06
Dielect. const. 1kHz
3.7
HDT @ 0.45 MPa °C
220
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
215
Matl. drying hrs @ °C
2 @130
Melt temp. range °C
270 - 295
Mould shrinkage %
0.5
Mould temp. range °C
90 - 110
TRADE NAMES: KODAR
Eastman Chemical Co.
MELINAR
ICI Films
PETRA
Allied Signal
RYNITE
DuPont
TENITE PET
Eastman Chemical Co.
THERMOFIL PET
Thermofil
PET (Polyethylene Terephthalate): 45% Mineral and glass fibre reinforced; fire retardant ADVANTAGES:
Very good flammability characteristics, tensile strength, flexural modulus, maximum operating temperature and heat distortion temperature compared with unmodified PET. Lower warpage than glass fibre modified pet.
DISADVANTAGES:
Significant reduction in elongation at break compared with unmodified PET. Glass fibre content can cause some anisotropy in mouldings. Because of the fire retardant, regrinding of the material is not advisable.
198
PET APPLICATIONS:
Electrical components such as connector bodies and terminal blocks, bobbins and relays. Automotive ignition and carburettor components. Lamp holders.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2810; S.G. 1.84 Max. Operating Temp. °C
140
Surface hardness
RM90 -5
Water absorption %
0.05
Linear expansion m/m/°C (x10 )
2.0
Tensile Strength MPa
104
Flammability UL94
V0
Flexural modulus GPa
11.7
Oxygen index %
33
Elongation at break %
1
Vol. Resist. log ohmcm
13
Strain at Yield %
N/A
Dielect. strength MV/m
17
Notched Izod kJ/m
0.05
Dielect. const. 1kHz
4.1
HDT @ 0.45 MPa °C
215
Dissipation Fact.1kHz
0.009
HDT @ 1.80 MPa °C
200
Matl. drying hrs @ °C
2 @130
Melt temp. range °C
290 - 300
Mould shrinkage %
0.5
Mould temp. range °C
90 - 110
TRADE NAMES: KODAR
Eastman Chemical Co.
MELINAR
ICI Films
PETRA
Allied Signal
RYNITE
DuPont
TENITE PET
Eastman Chemical Co.
THERMOFIL PET
Thermofil
PET (Polyethylene Terephthalate): UV stabilised ADVANTAGES:
Good resistance to sunlight / UV radiation with little yellowing compared with unmodified grades.
DISADVANTAGES:
The processing problems associated with unmodified PET, i.e. very dry granules needed and high moulding temperature required for optimum properties.
APPLICATIONS:
Outdoor applications such as lawm mower housings, power tool casings, shades for outdoor lamps, pump casings, seat shells.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2300; S.G. 1.38 Max. Operating Temp. °C
115
Surface hardness
RR68
Water absorption %
0.15
Linear expansion m/m/°C (x10-5)
8
Tensile Strength MPa
50
Flammability UL94
HB
Flexural modulus GPa
2.3
Oxygen index %
20
Elongation at break %
200
Vol. Resist. log ohmcm
13
Strain at Yield %
4
Dielect. strength MV/m
20
199
The Plastics Compendium - Volume 1, Key Properties and Sources Notched Izod kJ/m
0.03
Dielect. const. 1kHz
3.7
HDT @ 0.45 MPa °C
150
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
70
Matl. drying hrs @ °C
2 @130
Melt temp. range °C
270 - 290
Mould shrinkage %
2
Mould temp. range °C
90 - 110
TRADE NAMES: ARNITE A
DSM
BEETLE PET
BIP Plastics
KODAR
Eastman Chemical Co.
MELINAR
ICI Films
PETRA
Allied Signal
RYNITE
DuPont
TENITE PET
Eastman Chemical Co.
THERMOFIL PET
Thermofil
PF (Phenol Formaldehyde) (Phenolic) All Grades: ADVANTAGES: Low cost basic resin. Addition of appropriate fillers can generate high temperature resistant grades (c. 185°C/370°F). Normal Phenolics resistant to c. 150°C/300°F. Low smoke emission.
DISADVANTAGES: Tends to be brittle with normal low cost fillers. Only available in dark colours. Certain resin formulations not resistant to alkalis. Humidity badly affects tracking resistance.
APPLICATIONS: Mouldings : Electrical & mechanical fittings, e.g. handles, plugs, sockets, connectors (although replaced by ureas for domestic market). Bottle tops. Resins : Adhesive/binder for chipboard, plywood. Chemically resistant coatings for metals. Laminates : General industrial use (Tufnol), PCB, water lubricated bearings. Foam : Thermal insulation.
PF (Phenol Formaldehyde) (Phenolic): Cellulose filled; shock resistant ADVANTAGES:
Good cost, elongation at break, S.G. and surface hardness compared with other filled phenolics.
DISADVANTAGES:
High mould shrinkage compared with other filled phenolics.
APPLICATIONS:
Switch gear, housings, connectors, under bonnet applications.
200
PF
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 900; S.G. 1.37 Max. Operating Temp. °C
150
Surface hardness
RM114
Water absorption %
0.8
Linear expansion m/m/°C (x10-5)
3.2
Tensile Strength MPa
45
Flammability UL94
HB
Flexural modulus GPa
6.5
Oxygen index %
25
Elongation at break %
1.2
Vol. Resist. log ohmcm
10
Strain at Yield %
N/A
Dielect. strength MV/m
12
Notched Izod kJ/m
0.024
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.08
HDT @ 1.80 MPa °C
170
Matl. drying hrs @ °C
5 @ 40
Melt temp. range °C
60 - 80
Mould shrinkage %
0.9
Mould temp. range °C
150 - 170
TRADE NAMES: DUREZ PF
Occidental Chemical
FERROPREG PF
Ferro Corp.
FIBERITE PF
ICI Composites
PERSTORP PHENOLIC
Perstorp Ferguson
PLENCO PF
Plastics Engineering
POLYCHEM
Budd
RELIAPREG
Ciba Geigy Corp.
RESINOID PF
Resinoid Engineering
RX PF
Rogers
TEXOLITE PF
G.E. Plastics
TROLITAN
Huls
PF (Phenol Formaldehyde) (Phenolic): Chopped fabric filled; medium impact ADVANTAGES:
Lowest cost and high elongation at break compared with other filled phenolics.
DISADVANTAGES:
High mould shrinkage compared with other filled phenolics.
APPLICATIONS:
Connectors, electrical housings, switchgear.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 700; S.G. 1.38 Max. Operating Temp. °C
150
Surface hardness
RM114
Water absorption %
0.8
Linear expansion m/m/°C (x10-5)
2.8
Tensile Strength MPa
46
Flammability UL94
HB
Flexural modulus GPa
7.5
Oxygen index %
25
Elongation at break %
1.3
Vol. Resist. log ohmcm
11
201
The Plastics Compendium - Volume 1, Key Properties and Sources Strain at Yield %
N/A
Dielect. strength MV/m
Notched Izod kJ/m
0.031
Dielect. const. 1kHz
12 8
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.06
HDT @ 1.80 MPa °C
170
Matl. drying hrs @ °C
5 @ 40
Melt temp. range °C
60 - 80
Mould shrinkage %
0.9
Mould temp. range °C
150 - 170
TRADE NAMES: DUREZ PF
Occidental Chemical
FERROPREG PF
Ferro Corp.
FIBERITE PF
ICI Composites
PLENCO PF
Plastics Engineering
POLYCHEM
Budd
RELIAPREG
Ciba Geigy Corp.
RESINOID PF
Resinoid Engineering
RX PF
Rogers
TEXOLITE PF
G.E. Plastics
TROLITAN
Huls
PF (Phenol Formaldehyde) (Phenolic): Cotton filled; medium shock ADVANTAGES:
Low S.G. compared with other filled phenolics.
DISADVANTAGES:
Lowest tensile strength and flexural modulus compared with other filled phenolics.
APPLICATIONS:
Under bonnet applications. Switchgear connectors. Housings.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 1780; S.G. 1.37 Max. Operating Temp. °C
150
Surface hardness
RM100
Water absorption %
0.8
Linear expansion m/m/°C (x10-5)
2.6
Tensile Strength MPa
41
Flammability UL94
HB
Flexural modulus GPa
5.7
Oxygen index %
25
Elongation at break %
0.9
Vol. Resist. log ohmcm
10
Strain at Yield %
N/A
Dielect. strength MV/m
11
Notched Izod kJ/m
0.024
Dielect. const. 1kHz
11
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.06
HDT @ 1.80 MPa °C
170
Matl. drying hrs @ °C
5 @ 40
Melt temp. range °C
60 - 80
Mould shrinkage %
0.8
Mould temp. range °C
160 - 170
202
PF
TRADE NAMES: DUREZ PF
Occidental Chemical
FERROPREG PF
Ferro Corp.
FIBERITE PF
ICI Composites
PERSTORP PHENOLIC
Perstorp Ferguson
PLENCO PF
Plastics Engineering
POLYCHEM
Budd
RELIAPREG
Ciba Geigy Corp.
RESINOID PF
Resinoid Engineering
RX PF
Rogers
TEXOLITE PF
G.E. Plastics
TROLITAN
Huls
VYNCOLITE PHENOLIC
Vyncolit
PF (Phenol Formaldehyde) (Phenolic): Foam ADVANTAGES:
Very low S.G., linear expansion and high oxygen index compared with other phenolics.
DISADVANTAGES:
Very low tensile strength, flexural modulus, heat distortion temperature and low maximum operating temperature compared with other phenolics.
APPLICATIONS:
Thermal insulation.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 3040; S.G. 0.08 Max. Operating Temp. °C
120
Surface hardness
SD50
Water absorption %
15
Linear expansion m/m/°C (x10-5)
1.1
Tensile Strength MPa
0.43
Flammability UL94
V0
Flexural modulus GPa
0.02
Oxygen index %
40
Elongation at break %
0.2
Vol. Resist. log ohmcm
6
Strain at Yield %
N/A
Dielect. strength MV/m
7
Notched Izod kJ/m
0.002
Dielect. const. 1kHz
2.8
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.001
HDT @ 1.80 MPa °C
90
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
NA
Mould temp. range °C
NA
TRADE NAMES: CELLOBOND K
BP Chemicals
DUREZ PF
Occidental Chemical
FERROPREG PF
Ferro Corp.
FIBERITE PF
ICI Composites
KOOLPHEN
Kooltherm Insulation Products
PLENCO PF
Plastics Engineering
POLYCHEM
Budd
203
The Plastics Compendium - Volume 1, Key Properties and Sources RELIAPREG
Ciba Geigy Corp.
RESINOID PF
Resinoid Engineering
RX PF
Rogers
TEXOLITE PF
G.E. Plastics
PF (Phenol Formaldehyde) (Phenolic): Glass fibre reinforced; high impact ADVANTAGES:
Highest tensile strength, flexural modulus, notched izod impact strength, heat distortion temperature, surface hardness, oxygen index and dielectric strength compared with other filled phenolics.
DISADVANTAGES:
Low elongation at break and high S.G. compared with other filled phenolics.
APPLICATIONS:
Thin section parts; small bobbins, connectors and housings.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 2025; S.G. 1.70 Max. Operating Temp. °C
160
Surface hardness
RM115
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
2
Tensile Strength MPa
61
Flammability UL94
V0
Flexural modulus GPa
12.4
Oxygen index %
34
Elongation at break %
0.9
Vol. Resist. log ohmcm
12.3
Strain at Yield %
N/A
Dielect. strength MV/m
13.4
Notched Izod kJ/m
0.2
Dielect. const. 1kHz
5.4
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.03
HDT @ 1.80 MPa °C
210
Matl. drying hrs @ °C
4 @ 40
Melt temp. range °C
60 - 80
Mould shrinkage %
0.4
Mould temp. range °C
150 - 170
TRADE NAMES: DUREZ PF
Occidental Chemical
FERROPREG PF
Ferro Corp.
FIBERITE PF
ICI Composites
PERSTORP PHENOLIC
Perstorp Ferguson
PLENCO PF
Plastics Engineering
POLYCHEM
Budd
RELIAPREG
Ciba Geigy Corp.
RESINOID PF
Resinoid Engineering
RX PF
Rogers
TEXOLITE PF
G.E. Plastics
TROLITAN
Huls
204
PF
PF (Phenol Formaldehyde) (Phenolic): Laminate; cotton fabric ADVANTAGES:
Highest elongation at break compared with other phenolic laminates within this Handbook.
DISADVANTAGES:
Lowest tensile strength, flexural modulus and surface hardness compared with other phenolic laminates within this Handbook.
APPLICATIONS:
General industrial use. Printed circuit boards.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 5130; S.G. 1.33 Max. Operating Temp. °C
105
Surface hardness
RM105
Water absorption %
0.78
Linear expansion m/m/°C (x10-5)
2
Tensile Strength MPa
70
Flammability UL94
HB
Flexural modulus GPa
6.3
Oxygen index %
25
Elongation at break %
1.2
Vol. Resist. log ohmcm
10
Strain at Yield %
N/A
Dielect. strength MV/m
10
Notched Izod kJ/m
0.05
Dielect. const. 1kHz
4.8
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.047
HDT @ 1.80 MPa °C
170
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
NA
Mould temp. range °C
NA
TRADE NAMES: DUREZ PF
Occidental Chemical
FERROPREG PF
Ferro Corp.
FIBERITE PF
ICI Composites
PLENCO PF
Plastics Engineering
POLYCHEM
Budd
RAILKO
Railko
RELIAPREG
Ciba Geigy Corp.
RESINOID PF
Resinoid Engineering
RX PF
Rogers
TEXOLITE PF
G.E. Plastics
TUFNOL WHALE BRAND
Tufnol
PF (Phenol Formaldehyde) (Phenolic): Laminate; glass fabric ADVANTAGES:
Highest maximum operating temperature, tensile strength, flexural modulus, notched izod impact strength, heat distortion temperature, surface hardness and oxygen index compared with other phenolic laminates within this Handbook.
DISADVANTAGES:
Most expensive, highest S.G. and lowest elongation at break compared with other phenolic laminates within this Handbook.
APPLICATIONS:
General industrial use. Printed circuit boards.
205
The Plastics Compendium - Volume 1, Key Properties and Sources
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 7520; S.G. 1.9 Max. Operating Temp. °C
150
Surface hardness
RM114
Water absorption %
0.08
Linear expansion m/m/°C (x10-5)
1.2
Tensile Strength MPa
151
Flammability UL94
V0
Flexural modulus GPa
10.3
Oxygen index %
40
Elongation at break %
0.8
Vol. Resist. log ohmcm
10
Strain at Yield %
N/A
Dielect. strength MV/m
8
Notched Izod kJ/m
0.29
Dielect. const. 1kHz
7.5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.02
HDT @ 1.80 MPa °C
200
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
NA
Mould temp. range °C
NA
TRADE NAMES: DUREZ PF
Occidental Chemical
FERROPREG PF
Ferro Corp.
FIBERITE PF
ICI Composites
PLENCO PF
Plastics Engineering
POLYCHEM
Budd
RELIAPREG
Ciba Geigy Corp.
RESINOID PF
Resinoid Engineering
RX PF
Rogers
TEXOLITE PF
G.E. Plastics
TUFNOL 10G/16
Tufnol
PF (Phenol Formaldehyde) (Phenolic): Laminate; paper ADVANTAGES:
Cheapest and lowest S.G. compared with other phenolic laminates within this Handbook.
DISADVANTAGES:
Lowest maximum operating temperature, notched izod impact strength and heat distortion temperature compared with other phenolic laminates within this Handbook.
APPLICATIONS:
General industrial use. Printed circuit boards.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 2540; S.G. 1.32 Max. Operating Temp. °C
90
Surface hardness
RM110
Water absorption %
0.25
Linear expansion m/m/°C (x10-5)
2
Tensile Strength MPa
90
Flammability UL94
HB
Flexural modulus GPa
8.2
Oxygen index %
25
Elongation at break %
1
Vol. Resist. log ohmcm
10
Strain at Yield %
N/A
Dielect. strength MV/m
15
Notched Izod kJ/m
0.024
Dielect. const. 1kHz
5.1
206
PF HDT @ 0.45 MPa °C
260+
HDT @ 1.80 MPa °C
160
Dissipation Fact.1kHz
0.037
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
NA
Mould temp. range °C
NA
TRADE NAMES: DUREZ PF
Occidental Chemical
FERROPREG PF
Ferro Corp.
FIBERITE PF
ICI Composites
PLENCO PF
Plastics Engineering
POLYCHEM
Budd
RELIAPREG
Ciba Geigy Corp.
RESINOID PF
Resinoid Engineering
RX PF
Rogers
TEXOLITE PF
G.E. Plastics
TUFNOL KITE BRAND
Tufnol
PF (Phenol Formaldehyde) (Phenolic): Mica filled; electrical ADVANTAGES:
High oxygen index, low mould shrinkage and best combination of electrical characteristics compared with other filled phenolics.
DISADVANTAGES:
Lowest notched impact strength compared with other filled phenolics.
APPLICATIONS:
Switch gear, electrical housings and connectors. Under-bonnet applications.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 1920; S.G. 1.70 Max. Operating Temp. °C
170
Surface hardness
RM104
Water absorption %
0.15
Linear expansion m/m/°C (x10-5)
2.2
Tensile Strength MPa
49
Flammability UL94
V0
Flexural modulus GPa
8.1
Oxygen index %
30
Elongation at break %
1
Vol. Resist. log ohmcm
12.5
Strain at Yield %
N/A
Dielect. strength MV/m
13
Notched Izod kJ/m
0.019
Dielect. const. 1kHz
4.9
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.025
HDT @ 1.80 MPa °C
180
Matl. drying hrs @ °C
4 @ 40
Melt temp. range °C
60 - 80
Mould shrinkage %
0.2
Mould temp. range °C
150 - 170
TRADE NAMES: DUREZ PF
Occidental Chemical
FERROPREG PF
Ferro Corp.
FIBERITE PF
ICI Composites
207
The Plastics Compendium - Volume 1, Key Properties and Sources PERSTORP PHENOLIC
Perstorp Ferguson
PLENCO PF
Plastics Engineering
POLYCHEM
Budd
RELIAPREG
Ciba Geigy Corp.
RESINOID PF
Resinoid Engineering
RX PF
Rogers
TEXOLITE PF
G.E. Plastics
VYNCOLITE PHENOLIC
Vyncolit
PF (Phenol Formaldehyde) (Phenolic): Mica and glass fibre reinforced; electrical ADVANTAGES:
High maximum operating temperature, high oxygen index and low mould shrinkage compared with other filled phenolics.
DISADVANTAGES:
Most expensive compared with other filled phenolics.
APPLICATIONS:
High voltage switch gear, connectors. Electrical housings.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 2780; S.G. 1.7 Max. Operating Temp. °C
180
Surface hardness
RM104
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
2.2
Tensile Strength MPa
52
Flammability UL94
V0
Flexural modulus GPa
8.2
Oxygen index %
30
Elongation at break %
0.8
Vol. Resist. log ohmcm
12
Strain at Yield %
N/A
Dielect. strength MV/m
12
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
5.2
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.03
HDT @ 1.80 MPa °C
180
Matl. drying hrs @ °C
5 @ 40
Melt temp. range °C
60 - 80
Mould shrinkage %
0.2
Mould temp. range °C
160 - 170
TRADE NAMES: DUREZ PF
Occidental Chemical
FERROPREG PF
Ferro Corp.
FIBERITE PF
ICI Composites
PERSTORP PHENOLIC
Perstorp Ferguson
PLENCO PF
Plastics Engineering
POLYCHEM
Budd
RELIAPREG
Ciba Geigy Corp.
RESINOID PF
Resinoid Engineering
RX PF
Rogers
TEXOLITE PF
G.E. Plastics
TROLITAN
Huls
208
PF
PF (Phenol Formaldehyde) (Phenolic): Mineral filled; high heat ADVANTAGES:
Highest maximum operating temperature, low mould shrinkage, high tensile strength, heat distortion temperature, oxygen index and flexural modulus compared with other filled phenolics.
DISADVANTAGES:
Low notched impact strength and elongation at break compared with other filled phenolics.
APPLICATIONS:
Public lighting systems, automotive under bonnet applications.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 1650; S.G. 1.69 Max. Operating Temp. °C
185
Surface hardness
RM104
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
2.2
Tensile Strength MPa
55
Flammability UL94
V0
Flexural modulus GPa
8.4
Oxygen index %
30
Elongation at break %
0.8
Vol. Resist. log ohmcm
11.5
Strain at Yield %
N/A
Dielect. strength MV/m
12.5
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
5.1
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.028
HDT @ 1.80 MPa °C
190
Matl. drying hrs @ °C
4 @ 40
Melt temp. range °C
60 - 80
Mould shrinkage %
0.2
Mould temp. range °C
150 - 170
TRADE NAMES: DUREZ PF
Occidental Chemical
FERROPREG PF
Ferro Corp.
FIBERITE PF
ICI Composites
PERSTORP PHENOLIC
Perstorp Ferguson
PLENCO PF
Plastics Engineering
POLYCHEM
Budd
RELIAPREG
Ciba Geigy Corp.
RESINOID PF
Resinoid Engineering
RX PF
Rogers
TEXOLITE PF
G.E. Plastics
VYNCOLITE PHENOLIC
Vyncolit
PF (Phenol Formaldehyde) (Phenolic): Natural fibre filled; general purpose ADVANTAGES:
Low cost compared with other filled phenolics.
DISADVANTAGES:
Lowest elongation at break, heat distortion temperature and surface hardness compared with other filled phenolics.
APPLICATIONS:
Under bonnet applications. Switchgear electrical connectors.
209
The Plastics Compendium - Volume 1, Key Properties and Sources
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 900; S.G. 1.42 Max. Operating Temp. °C
150
Surface hardness
RM100
Water absorption %
0.5
Linear expansion m/m/°C (x10-5)
3.2
Tensile Strength MPa
48
Flammability UL94
HB
Flexural modulus GPa
7
Oxygen index %
25
Elongation at break %
0.6
Vol. Resist. log ohmcm
10
Strain at Yield %
N/A
Dielect. strength MV/m
12
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
9
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.08
HDT @ 1.80 MPa °C
150
Matl. drying hrs @ °C
5 @ 40
Melt temp. range °C
60 - 80
Mould shrinkage %
0.6
Mould temp. range °C
160 - 170
TRADE NAMES: DUREZ PF
Occidental Chemical
FERROPREG PF
Ferro Corp.
FIBERITE PF
ICI Composites
PERSTORP PHENOLIC
Perstorp Ferguson
PLENCO PF
Plastics Engineering
POLYCHEM
Budd
RELIAPREG
Ciba Geigy Corp.
RESINOID PF
Resinoid Engineering
RX PF
Rogers
TEXOLITE PF
G.E. Plastics
TROLITAN
Huls
PF (Phenol Formaldehyde) (Phenolic): Wood filled; general purpose ADVANTAGES:
Low cost and S.G. compared with other filled phenolics.
DISADVANTAGES:
High mould shrinkage and low notched impact strength compared with other filled phenolics.
APPLICATIONS:
Public lighting systems, automotive under bonnet applications, high voltage switchgear.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 970; S.G. 1.35 Max. Operating Temp. °C
150
Surface hardness
RM110
Water absorption %
0.4
Linear expansion m/m/°C (x10-5)
3.1
Tensile Strength MPa
44
Flammability UL94
HB
Flexural modulus GPa
6
Oxygen index %
25
Elongation at break %
0.8
Vol. Resist. log ohmcm
10
Strain at Yield %
N/A
Dielect. strength MV/m
11
210
PFA Notched Izod kJ/m
0.021
Dielect. const. 1kHz
9
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.09
HDT @ 1.80 MPa °C
155
Matl. drying hrs @ °C
5 @ 40
Melt temp. range °C
60 - 80
Mould shrinkage %
0.9
Mould temp. range °C
150 - 170
TRADE NAMES: DUREZ PF
Occidental Chemical
FERROPREG PF
Ferro Corp.
FIBERITE PF
ICI Composites
PERSTORP PHENOLIC
Perstorp Ferguson
PLENCO PF
Plastics Engineering
POLYCHEM
Budd
RELIAPREG
Ciba Geigy Corp.
RESINOID PF
Resinoid Engineering
RX PF
Rogers
TEXOLITE PF
G.E. Plastics
TROLITAN
Huls
VYNCOLITE PHENOLIC
Vyncolit
PFA (Perfluoroalkoxyethylene) All Grades: ADVANTAGES: Melt processable. Similar chemical resistance to PTFE. Highest temperature resistance of melt - processable fluoroplastics. Self-extinguishing. Retains room temperature stiffness and strength at elevated temperatures better than FEP. Excellent toughness.
DISADVANTAGES: Stiffness and strength similar to those of PTFE at room temperature. More expensive than PTFE.
APPLICATIONS: Heater cables, chemically resistant linings for pumps and pipes etc. that require a higher temperature resistance.
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The Plastics Compendium - Volume 1, Key Properties and Sources
PFA (Perfluoroalkoxyethylene) PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 28650; S.G. 2.16 Max. Operating Temp. °C
170
Surface hardness
SD60
Water absorption %
0.03
Linear expansion m/m/°C (x10-5)
21
Tensile Strength MPa
29
Flammability UL94
V0
Flexural modulus GPa
0.7
Oxygen index %
95
Elongation at break %
300
Vol. Resist. log ohmcm
18
Strain at Yield %
85
Dielect. strength MV/m
45
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
2.1
HDT @ 0.45 MPa °C
74
Dissipation Fact.1kHz
0.0002
HDT @ 1.80 MPa °C
30
Matl. drying hrs @ °C
NI
Melt temp. range °C
360 - 420
Mould shrinkage %
4
Mould temp. range °C
50 - 250
TRADE NAMES: HOSTAFLON PFA
Hoechst
HYFLON PFA
Ausimont
TEFLON PFA
DuPont
PFA (Perfluoroalkoxyethylene): 20% Glass fibre reinforced ADVANTAGES:
Significant increase in HDT and moderate increase in tensile strength compared with unmodified grades of PFA.
DISADVANTAGES:
Decreased elongation at break and notched izod impact strength compared with unmodified grades of PFA.
APPLICATIONS:
Chemical plant.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 41600; S.G. 2.24 Max. Operating Temp. °C
170
Surface hardness
SD68
Water absorption %
0.04
Linear expansion m/m/°C (x10-5)
13.6
Tensile Strength MPa
33
Flammability UL94
V0
Flexural modulus GPa
0.7
Oxygen index %
95
Elongation at break %
4
Vol. Resist. log ohmcm
18
Strain at Yield %
N/Y
Dielect. strength MV/m
40
Notched Izod kJ/m
0.7
Dielect. const. 1kHz
2.9
212
PI HDT @ 0.45 MPa °C
160
HDT @ 1.80 MPa °C
150
Dissipation Fact.1kHz
0.001
Matl. drying hrs @ °C
NA
Melt temp. range °C
360 - 420
Mould shrinkage %
0.8
Mould temp. range °C
50 - 250
TRADE NAMES: TEFLON PFA
DuPont
THERMOCOMP FP-PF-1004
LNP Engineering Plastics
PI (Polyimide) All Grades: ADVANTAGES: Excellent heat resistance up to 260°C (500°F). Inherent fire-retardance and low smoke emission. Low creep. Good arc resistance. High wear resistance, transparent to microwave and unaffected by radiation.
DISADVANTAGES: Expensive. Poor resistance to alkalis and hydrolysis. Low impact strength. Attacked by concentrated acids.
APPLICATIONS: Bearings, valve seats, piston rings. Polyimide film is used in capacitors and as cable insulation. Parts for aircraft jet engines, IC carriers, gears,bearing cages. As a coating for electrical components. Printed circuit boards. Mechanical parts exposed to radiation.
PI (Polyimide) PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 22000; S.G. 1.42 Max. Operating Temp. °C
260
Surface hardness
RM100
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
4.5
Tensile Strength MPa
72
Flammability UL94
V0
Flexural modulus GPa
2.48
Oxygen index %
53
Elongation at break %
8
Vol. Resist. log ohmcm
16
Strain at Yield %
4
Dielect. strength MV/m
22
Notched Izod kJ/m
0.08
Dielect. const. 1kHz
3.62
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.0018
HDT @ 1.80 MPa °C
360
213
The Plastics Compendium - Volume 1, Key Properties and Sources Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
0.2
Mould temp. range °C
NA
TRADE NAMES: CTI PI
Compounding Technology
FIBERITE PI
ICI Composites
KINEL
Rhone-Poulenc
ROGERS ENVEX
Rogers
THERMOFIL PI
Thermofil
VESPEL
DuPont
PI (Polyimide): 40% Glass fibre reinforced ADVANTAGES:
Significantly higher flexural modulus and notched impact strength, improved tensile strength, HDT and mould shrinkage compared with unmodified polyimide.
DISADVANTAGES:
Reduced elongation at break, oxygen index and electrical characteristics compared with unmodified polyimide.
APPLICATIONS:
Synchroniser rings for gearboxes, terminal boards, electrical collectors, terminal strips.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 9000; S.G. 1.65 Max. Operating Temp. °C
260
Surface hardness
RM108
Water absorption %
0.7
Linear expansion m/m/°C (x10-5)
2.4
Tensile Strength MPa
79
Flammability UL94
V0
Flexural modulus GPa
13.2
Oxygen index %
45
Elongation at break %
1.2
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
20
Notched Izod kJ/m
0.24
Dielect. const. 1kHz
6
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.006
HDT @ 1.80 MPa °C
380
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
0.12
Mould temp. range °C
NA
TRADE NAMES: CTI PI
Compounding Technology
FIBERITE PI
ICI Composites
KINEL
Rhone-Poulenc
PI
Vigilant Plastics
ROGERS ENVEX
Rogers
THERMOFIL PI
Thermofil
VESPEL
DuPont
214
PI
PI (Polyimide): 25% Graphite lubricated ADVANTAGES:
Best friction and wear characteristics of the polyimides contained within this Handbook. Slightly higher flexural modulus and lower linear expansion compared with unmodified polyimide.
DISADVANTAGES:
Reduced tensile strength, elongation at break, notched impact strength, HDT and oxygen index compared with unmodified polyimide.
APPLICATIONS:
Valve seats, compressor rings.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 12000; S.G. 1.50 Max. Operating Temp. °C
260
Surface hardness
RM89 -5
Water absorption %
0.19
Linear expansion m/m/°C (x10 )
3.4
Tensile Strength MPa
62
Flammability UL94
V0
Flexural modulus GPa
3.17
Oxygen index %
45
Elongation at break %
6
Vol. Resist. log ohmcm
12
Strain at Yield %
N/Y
Dielect. strength MV/m
9.8
Notched Izod kJ/m
0.04
Dielect. const. 1kHz
13.5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.004
HDT @ 1.80 MPa °C
345
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
0.19
Mould temp. range °C
NA
TRADE NAMES: CTI PI
Compounding Technology
FIBERITE PI
ICI Composites
KINEL
Rhone-Poulenc
PI
Vigilant Plastics
ROGERS ENVEX
Rogers
THERMOFIL PI
Thermofil
VESPEL
DuPont
PI (Polyimide): Molybdenum disulphide lubricated ADVANTAGES:
Lower water absorption and linear expansion, higher surface hardness and better friction compared with unmodified polyimide.
DISADVANTAGES:
Lowest flexural modulus and notched impact strength compared with the other polyimides contained within this Handbook.
APPLICATIONS:
Business machine components, e.g. photocopier bearings, insulating bushes, drive rollers.
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The Plastics Compendium - Volume 1, Key Properties and Sources
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 12000; S.G. 1.60 Max. Operating Temp. °C
260
Surface hardness
RM115
Water absorption %
0.23
Linear expansion m/m/°C (x10-5)
3.8
Tensile Strength MPa
56
Flammability UL94
V0
Flexural modulus GPa
2.02
Oxygen index %
42
Elongation at break %
4
Vol. Resist. log ohmcm
11
Strain at Yield %
N/A
Dielect. strength MV/m
12
Notched Izod kJ/m
0.03
Dielect. const. 1kHz
7.2
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.004
HDT @ 1.80 MPa °C
310
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
0.2
Mould temp. range °C
NA
TRADE NAMES: CTI PI
Compounding Technology
FIBERITE PI
ICI Composites
KINEL
Rhone-Poulenc
PI
Vigilant Plastics
ROGERS ENVEX
Rogers
THERMOFIL PI
Thermofil
VESPEL
DuPont
PI (Polyimide): PTFE lubricated ADVANTAGES:
Lowest brittle temperature compared with other polyimides contained within this Handbook. Better friction and wear than unmodified polyimide.
DISADVANTAGES:
Lowest tensile strength and HDT compared with other polyimides contained within this Handbook.
APPLICATIONS:
Piston rings, electric motor bearings, machine tool bearings, pump bearings, valve discs, oven bearings.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 15000; S.G. 1.52 Max. Operating Temp. °C
260
Surface hardness
RM111 -5
Water absorption %
0.3
Linear expansion m/m/°C (x10 )
5
Tensile Strength MPa
40
Flammability UL94
V0
Flexural modulus GPa
3
Oxygen index %
42
Elongation at break %
2
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
20
Notched Izod kJ/m
0.04
Dielect. const. 1kHz
6
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.006
HDT @ 1.80 MPa °C
280
216
Polyarylamide Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
0.2
Mould temp. range °C
NA
TRADE NAMES: CTI PI
Compounding Technology
FIBERITE PI
ICI Composites
KINEL
Rhone-Poulenc
ROGERS ENVEX
Rogers
THERMOFIL PI
Thermofil
VESPEL
DuPont
Polyarylamide ADVANTAGES: Able to accept high filler loadings and give reasonable surface finish. High crystallinity.
DISADVANTAGES: Some water absorption, less than polyamide 6/6. Only available as fibre-filled material.
APPLICATIONS: Mechanical components, electrical connectors, plugs, sockets, housings, lamp sockets, insulating plates. Camera cases, watches, fishing tackle, toys.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 3450; S.G. 1.43 Max. Operating Temp. °C
125
Surface hardness
RM112
Water absorption %
0.20
Linear expansion m/m/°C (x10-5)
1.5
Tensile Strength MPa
185
Flammability UL94
HB
Flexural modulus GPa
11.3
Oxygen index %
25
Elongation at break %
2.5
Vol. Resist. log ohmcm
16
Strain at Yield %
N/A
Dielect. strength MV/m
30
Notched Izod kJ/m
0.075
Dielect. const. 1kHz
3.9
HDT @ 0.45 MPa °C
240
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
228
Matl. drying hrs @ °C
3 @ 80
Melt temp. range °C
250 - 280
Mould shrinkage %
0.6
Mould temp. range °C
80 - 150
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The Plastics Compendium - Volume 1, Key Properties and Sources
TRADE NAMES: IXEF
Solvay Chemicals
IXEF
Solvay Polymers
Polyester All Grades: ADVANTAGES: Tougher than Phenolic, DAP, Melamine and Urea. Cheap compared to Epoxy. Good gloss & colour (with gel coat). Addition reaction on cure, therefore pressure not essential to provide defect-free products. Vinyl Ester & Bisphenol Polyester have better chemical resistance than general purpose Polyester.
DISADVANTAGES: Styrene causes health hazard and can taint products. Heat resistance inferior to that of Epoxy and Phenolic. Poor solvent resistance compared to other thermosets. Catalysts can oxidise metals, so rarely used for encapsulation.
APPLICATIONS: DMC & GMC : Mouldings for automotive use, small cabinets for meters, electrical devices, etc. SMC : Large panels for automotive or constructional applications. Resin: (Flake glass filled) for chemically resistant linings for concrete and steel vessels. (Glass fibre filled) for filament winding, hand lay-up, centrifugal casting.
Polyester: Bisphenol polyester laminate (glass filled) ADVANTAGES:
Extremely good resistance to boiling water. Higher maximum operating temperature and oxygen index compared to polyester laminates.
DISADVANTAGES:
More expensive than chopped and woven glass polyester laminates.
APPLICATIONS:
Chemical plant applications, eg. fume stacks, storage tanks, acid and alkali resistant linings.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 7000; S.G. 1.7 Max. Operating Temp. °C
140
Surface hardness
RM125
Water absorption %
0.25
Linear expansion m/m/°C (x10-5)
2
Tensile Strength MPa
280
Flammability UL94
V2
Flexural modulus GPa
16
Oxygen index %
23
Elongation at break %
1.5
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
13
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
5
218
Polyester HDT @ 0.45 MPa °C
260+
HDT @ 1.80 MPa °C
230
Dissipation Fact.1kHz
0.02
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
NA
Mould temp. range °C
NA
TRADE NAMES: ATLAC (BP)
DSM Resins
Polyester: Casting; flexible ADVANTAGES:
Higher elongation at break and notched impact strength and lower S.G. than rigid casting polyester.
DISADVANTAGES:
Significantly lower tensile strength and flexural modulus, lower HDT and dielectric strength and higher linear expansion than rigid casting polyester.
APPLICATIONS:
Chemically resistant linings for pipes and vessels.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 1850; S.G. 1.15 Max. Operating Temp. °C
120
Surface hardness
SD75
Water absorption %
0.5
Linear expansion m/m/°C (x10-5)
12
Tensile Strength MPa
6.9
Flammability UL94
HB
Flexural modulus GPa
0.8
Oxygen index %
20
Elongation at break %
40
Vol. Resist. log ohmcm
12
Strain at Yield %
N/Y
Dielect. strength MV/m
16
Notched Izod kJ/m
0.3
Dielect. const. 1kHz
5.5
HDT @ 0.45 MPa °C
200
Dissipation Fact.1kHz
0.03
HDT @ 1.80 MPa °C
100
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
3
Mould temp. range °C
NA
TRADE NAMES: ASHLAND P’EST
General Polymers
BEETLE POLYESTER
BIP Plastics
PALATAL
BASF
PLENCO P’EST
Plastics Engineering
SYNOLITE
DSM Resins
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The Plastics Compendium - Volume 1, Key Properties and Sources
Polyester: Casting; rigid ADVANTAGES:
Significantly higher tensile strength and flexural modulus, higher HDT and dielectric strength and lower linear expansion and mould shrinkage than flexible casting polyester.
DISADVANTAGES:
Lower elongation at break and notched impact strength and higher S.G. than flexible casting polyester.
APPLICATIONS:
Decorative articles; embedding of delicate botanical or anatomical specimens; encapsulation of electrical or electronic components.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 1200; S.G. 1.3 Max. Operating Temp. °C
120
Surface hardness
RM100 -5
Water absorption %
0.4
Linear expansion m/m/°C (x10 )
8
Tensile Strength MPa
60
Flammability UL94
HB
Flexural modulus GPa
3.4
Oxygen index %
20
Elongation at break %
5
Vol. Resist. log ohmcm
13
Strain at Yield %
N/A
Dielect. strength MV/m
18
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
4.1
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.02
HDT @ 1.80 MPa °C
150
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
2
Mould temp. range °C
NA
TRADE NAMES: ASHLAND P’EST
General Polymers
BEETLE POLYESTER
BIP Plastics
PALATAL
BASF
PLENCO P’EST
Plastics Engineering
SYNOLITE
DSM Resins
Polyester: DMC ADVANTAGES:
Highest notched impact strength, lowest cost and good elongation at break compared with other polyester DMCs.
DISADVANTAGES:
Lower mechanical strength than SMC, also lower flexural modulus.
APPLICATIONS:
Mouldings for automotive use, small cabinets for meters, electrical devices etc.
220
Polyester
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 1445; S.G. 1.8 Max. Operating Temp. °C
130
Surface hardness
RM100
Water absorption %
0.25
Linear expansion m/m/°C (x10-5)
2.5
Tensile Strength MPa
40
Flammability UL94
HB
Flexural modulus GPa
9
Oxygen index %
22
Elongation at break %
2
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
15
Notched Izod kJ/m
0.5
Dielect. const. 1kHz
5
Dissipation Fact.1kHz
0.01
HDT @ 0.45 MPa °C
260+
HDT @ 1.80 MPa °C
210
Matl. drying hrs @ °C
NA
Melt temp. range °C
20 - 60
Mould shrinkage %
0.25
Mould temp. range °C
120 - 160
TRADE NAMES: BEETLE POLYESTER
BIP Plastics
BMC
Bulk Moulding Compounds
CYGLAS
Cytec
FREEMIX
DSM Resins
GLASTIC BMC
Glastic
HAYSITE BMC
Haysite Reinforced Plastics
PERSTORP POLYESTER DMC
Perstorp Ferguson
POLYDUR
Huls
PREMIGLAS
BTR Permali RP
PREMIX BMC
Premix
Polyester: DMC; electrical ADVANTAGES:
Good fire retardant properties, lowest water absorption compared with other polyester DMCs.
DISADVANTAGES:
Lowest surface hardness compared with other polyester DMCs.
APPLICATIONS:
Electrical devices.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 1560; S.G. 1.8 Max. Operating Temp. °C
130
Surface hardness
RM80 -5
Water absorption %
0.1
Linear expansion m/m/°C (x10 )
2.5
Tensile Strength MPa
40
Flammability UL94
V0
Flexural modulus GPa
9
Oxygen index %
33
Elongation at break %
1.5
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
15
221
The Plastics Compendium - Volume 1, Key Properties and Sources Notched Izod kJ/m
0.4
Dielect. const. 1kHz
4.5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
230
Matl. drying hrs @ °C
NA
Melt temp. range °C
20 - 60
Mould shrinkage %
0.2
Mould temp. range °C
120 - 160
TRADE NAMES: BEETLE POLYESTER
BIP Plastics
BMC
Bulk Moulding Compounds
CYGLAS
Cytec
FREEMIX
DSM Resins
GLASTIC BMC
Glastic
POLYDUR
Huls
PREMIGLAS
BTR Permali RP
PREMIX BMC
Premix
Polyester: DMC; fire retardant ADVANTAGES:
Significantly less flammable than standard polyester DMCs, also highest surface hardness.
DISADVANTAGES:
Highest S.G. and low volume resistance compared with other polyester DMCs.
APPLICATIONS:
Grab handles, arc shields, switchgear.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 1475; S.G. 1.9 Max. Operating Temp. °C
130
Surface hardness
RM125
Water absorption %
0.25
Linear expansion m/m/°C (x10-5)
2.5
Tensile Strength MPa
40
Flammability UL94
V0
Flexural modulus GPa
9
Oxygen index %
34
Elongation at break %
2
Vol. Resist. log ohmcm
13
Strain at Yield %
N/A
Dielect. strength MV/m
13
Notched Izod kJ/m
0.4
Dielect. const. 1kHz
5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
210
Matl. drying hrs @ °C
NA
Melt temp. range °C
20 - 50
Mould shrinkage %
0.25
Mould temp. range °C
120 - 160
TRADE NAMES: BEETLE POLYESTER
BIP Plastics
BMC
Bulk Moulding Compounds
CYGLAS
Cytec
222
Polyester FREEMIX
DSM Resins
GLASTIC BMC
Glastic
PERSTORP POLYESTER DMC
Perstorp Ferguson
POLYDUR
Huls
PREMIGLAS
BTR Permali RP
Polyester: DMC; high heat ADVANTAGES:
Highest maximum operating temperature, tensile strength, flexural modulus, heat distortion temperature and volume resistance compared with other polyester DMCs.
DISADVANTAGES:
Lowest notched izod impact strength and more expensive than other polyester DMCs.
APPLICATIONS:
In resin transfer moulding of products under high mechanical load such as automotive parts, also used in the electro-technical and electronic industry.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 1680; S.G. 1.8 Max. Operating Temp. °C
140
Surface hardness
RM110
Water absorption %
0.25
Linear expansion m/m/°C (x10-5)
2.5
Tensile Strength MPa
45
Flammability UL94
HB
Flexural modulus GPa
9.5
Oxygen index %
22
Elongation at break %
1.5
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
15
Notched Izod kJ/m
0.3
Dielect. const. 1kHz
5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
260
Matl. drying hrs @ °C
NA
Melt temp. range °C
20 - 60
Mould shrinkage %
0.25
Mould temp. range °C
120 - 160
TRADE NAMES: BEETLE POLYESTER
BIP Plastics
BMC
Bulk Moulding Compounds
CYGLAS
Cytec
FREEMIX
DSM Resins
GLASTIC BMC
Glastic
PERSTORP POLYESTER DMC
Perstorp Ferguson
POLYDUR
Huls
PREMIGLAS
BTR Permali RP
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The Plastics Compendium - Volume 1, Key Properties and Sources
Polyester: DMC; low profile ADVANTAGES:
Very low mould shrinkage, improved surface appearence and lowest S.G. compared with other polyester DMCs.
DISADVANTAGES:
Lowest tensile strength, heat distortion temperature, maximum operating temperature, flexural modulus and dielectric strength compared with other polyester DMCs.
APPLICATIONS:
Kitchen appliances such as steam iron bases, toaster endplates and casings for electric fires.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 1460; S.G. 1.7 Max. Operating Temp. °C
120
Surface hardness
RM90 -5
Water absorption %
0.25
Linear expansion m/m/°C (x10 )
2.5
Tensile Strength MPa
32
Flammability UL94
HB
Flexural modulus GPa
8.5
Oxygen index %
22
Elongation at break %
1.5
Vol. Resist. log ohmcm
13
Strain at Yield %
N/A
Dielect. strength MV/m
10
Notched Izod kJ/m
0.4
Dielect. const. 1kHz
5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
185
Matl. drying hrs @ °C
NA
Melt temp. range °C
20 - 60
Mould shrinkage %
0.01
Mould temp. range °C
120 - 160
TRADE NAMES: BEETLE POLYESTER
BIP Plastics
BMC
Bulk Moulding Compounds
FREEMIX
DSM Resins
PERSTORP POLYESTER DMC
Perstorp Ferguson
POLYDUR
Huls
PREMIGLAS
BTR Permali RP
Polyester: GMC ADVANTAGES:
Highest tensile strength and flexural modulus, lowest mould shrinkage and S.G. compared with other polyester GMCs.
DISADVANTAGES:
Significantly lower tensile strength, flexural modulus and notched izod impact strength compared with polyester SMCs.
APPLICATIONS:
Domestic appliances. Automotive accessories.
224
Polyester
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 1800; S.G. 1.95 Max. Operating Temp. °C
130
Surface hardness
RM100
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
2
Tensile Strength MPa
32
Flammability UL94
V1
Flexural modulus GPa
7
Oxygen index %
27
Elongation at break %
2
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
12
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
5.5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
210
Matl. drying hrs @ °C
NA
Melt temp. range °C
20 - 50
Mould shrinkage %
0.3
Mould temp. range °C
130 - 160
TRADE NAMES: CRYSTIC IMPEL
Scott Bader
DUREZ GMC
Occidental Chemical
FREEFLO
DSM Resins
PLENCO GMC
Plastics Engineering
POLYRITE GMC
Polyply
PREMIX GMC
Premix
RESINOID GMC
Resinoid Engineering
Polyester: GMC; fire retardant ADVANTAGES:
Highest oxygen index and heat distortion temperature compared with other polyester GMCs.
DISADVANTAGES:
More expensive than other polyester GMCs.
APPLICATIONS:
Grab handles, arc shields, switchgear.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 2100; S.G. 2.2 Max. Operating Temp. °C
130
Surface hardness
RM100 -5
Water absorption %
0.2
Linear expansion m/m/°C (x10 )
2
Tensile Strength MPa
27
Flammability UL94
V0
Flexural modulus GPa
6.5
Oxygen index %
38
Elongation at break %
2
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
12
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
5.5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
210
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The Plastics Compendium - Volume 1, Key Properties and Sources Matl. drying hrs @ °C
NA
Melt temp. range °C
20 - 50
Mould shrinkage %
0.4
Mould temp. range °C
130 - 160
TRADE NAMES: FREEFLO
DSM Resins
PLENCO GMC
Plastics Engineering
PREMIX GMC
Premix
RESINOID GMC
Resinoid Engineering
Polyester: GMC; high impact ADVANTAGES:
Highest elongation at break and notched impact strength compared to other polyester GMCs.
DISADVANTAGES:
Lowest tensile strength, flexural modulus, oxygen index, surface hardness and heat distortion temperature compared with other polyester GMCs.
APPLICATIONS:
Domestic appliances such as iron handles, grill housings. Microwave cookware, automotive accessories.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 1950; S.G. 2 Max. Operating Temp. °C
130
Surface hardness
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
2
Tensile Strength MPa
25
Flammability UL94
V1
RM90
Flexural modulus GPa
6
Oxygen index %
25
Elongation at break %
3
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
12
Notched Izod kJ/m
0.2
Dielect. const. 1kHz
5.5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
180
Matl. drying hrs @ °C
NA
Melt temp. range °C
20 - 50
Mould shrinkage %
0.4
Mould temp. range °C
130 - 160
TRADE NAMES: DUREZ GMC
Occidental Chemical
FREEFLO
DSM Resins
PLENCO GMC
Plastics Engineering
POLYRITE GMC
Polyply
RESINOID GMC
Resinoid Engineering
Polyester: GMC; mineral filled ADVANTAGES:
226
Better machinability than other modified GMC’s.
Polyester DISADVANTAGES:
Lowest notched impact strength compared to other GMC’s.
APPLICATIONS:
Automotive accessories, domestic appliances.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 1800; S.G. 2.2 Max. Operating Temp. °C
130
Surface hardness
RM100
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
2
Tensile Strength MPa
25
Flammability UL94
V1
Flexural modulus GPa
6.2
Oxygen index %
26
Elongation at break %
1.6
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
13
Notched Izod kJ/m
0.08
Dielect. const. 1kHz
5.4
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.02
HDT @ 1.80 MPa °C
200
Matl. drying hrs @ °C
NA
Melt temp. range °C
20 - 50
Mould shrinkage %
0.4
Mould temp. range °C
130 - 160
TRADE NAMES: CRYSTIC IMPEL
Scott Bader
DUREZ GMC
Occidental Chemical
FREEFLO
DSM Resins
PLENCO GMC
Plastics Engineering
POLYRITE GMC
Polyply
PREMIX GMC
Premix
RESINOID GMC
Resinoid Engineering
Polyester: Laminate; chopped glass filled ADVANTAGES:
Improved moulding characteristics over continuous reinforcement.
DISADVANTAGES:
Inferior maximum operating temperature, tensile strength, flexural modulus, notched impact, heat distortion temperature and surface hardness compared to woven glass roving polyester laminates. Approximately three times more expensive than SMC.
APPLICATIONS:
Low to medium strength mouldings, such as electrical and appliance parts. Ordnance components.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 5600; S.G. 1.4 Max. Operating Temp. °C
125
Surface hardness
RM120
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
3
Tensile Strength MPa
100
Flammability UL94
HB
Flexural modulus GPa
7
Oxygen index %
20
Elongation at break %
1.5
Vol. Resist. log ohmcm
14
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The Plastics Compendium - Volume 1, Key Properties and Sources Strain at Yield %
N/A
Dielect. strength MV/m
Notched Izod kJ/m
0.7
Dielect. const. 1kHz
13 5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.2
HDT @ 1.80 MPa °C
215
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
NA
Mould temp. range °C
NA
TRADE NAMES: BUTCHER P’ESTER LAM’S
Alan Butcher Associates
GLASTIC POLYESTER
Glastic
PERMAGLAS POLYESTER BTR
BTR Permali RP
Polyester: Laminate; woven glass roving ADVANTAGES:
For the same price has higher maximum operating temperature, tensile strength, flexural modulus, notched izod impact strength, heat distortion temperature and surface hardness than chopped glass filled polyester laminate.
DISADVANTAGES:
Restricted mouldability and flow and higher S.G. than chopped glass filled polyester laminate. Approximately three times more expensive than SMC.
APPLICATIONS:
High strength applications, automotive bumpers. Marine applications, large containers and tooling.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 5600; S.G. 1.7 Max. Operating Temp. °C
130
Surface hardness
RM125 -5
Water absorption %
0.3
Linear expansion m/m/°C (x10 )
2
Tensile Strength MPa
280
Flammability UL94
HB
Flexural modulus GPa
16
Oxygen index %
20
Elongation at break %
1.5
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
13
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.02
HDT @ 1.80 MPa °C
230
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
NA
Mould temp. range °C
NA
TRADE NAMES: BUTCHER P’ESTER LAM’S
Alan Butcher Associates
FERROPREG POLYESTER
Ferro Corp.
HAYSITE POLYESTER
Haysite Reinforced Plastics
HEXCEL POLYESTER
Hexcel
PERMAGLAS POLYESTER BTR
BTR Permali RP
228
Polyester
Polyester: SMC ADVANTAGES:
Good dimensional tolerence, high standard of flatness for painted articles. High flexural modulus and heat distortion temperature compared witth other polyester SMCs.
DISADVANTAGES:
More expensive than polyester DMCs.
APPLICATIONS:
Switchgears, vehicle body panels, water storage tanks, aircraft parts, battery case covers for submarines, freight car door liners, water treatment equipment parts, filler frames.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 1850; S.G. 1.8 Max. Operating Temp. °C
130
Surface hardness
RM100 -5
Water absorption %
0.2
Linear expansion m/m/°C (x10 )
2
Tensile Strength MPa
70
Flammability UL94
V1
Flexural modulus GPa
11
Oxygen index %
24
Elongation at break %
3
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
12
Notched Izod kJ/m
0.88
Dielect. const. 1kHz
5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
230
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
0.1
Mould temp. range °C
135 - 145
TRADE NAMES: ARMCO SMC
BP Chemicals
HAYSITE SMC
Haysite Reinforced Plastics
FLOMAT
DSM Resins
POLYRITE SMC
Polyply
PREMIGLAS
BTR Permali RP
PREMIX SMC
Premix
Polyester: SMC; fire retardant ADVANTAGES:
Best oxygen index, good flexural modulus and heat distortion temperature compared with other polyester SMCs.
DISADVANTAGES:
Lowest elongation at break compared to other polyester SMCs.
APPLICATIONS:
Aircraft parts e.g. Storage bins, fuel tank vents, electrical panels and air handling systems.
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The Plastics Compendium - Volume 1, Key Properties and Sources
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 1750; S.G. 1.85 Max. Operating Temp. °C
130
Surface hardness
RM100
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
2
Tensile Strength MPa
70
Flammability UL94
V0
Flexural modulus GPa
11
Oxygen index %
34
Elongation at break %
2.5
Vol. Resist. log ohmcm
13
Strain at Yield %
N/A
Dielect. strength MV/m
11
Notched Izod kJ/m
0.8
Dielect. const. 1kHz
5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
230
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
0.1
Mould temp. range °C
135 - 145
TRADE NAMES: ARMCO SMC
BP Chemicals
BUDD SMC
Budd
FLOMAT
DSM Resins
PREMIGLAS
BTR Permali RP
Polyester: SMC; high impact ADVANTAGES:
Highest notched izod impact strength, tensile strength and elongation at break compared with other polyester SMCs.
DISADVANTAGES:
Lowest flexural modulus, surface hardness and heat distortion temperature, highest mould shrinkage and S.G. compared with other polyester SMCs.
APPLICATIONS:
Panel/casing type applications requiring superior impact strength.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 1750; S.G. 1.9 Max. Operating Temp. °C
130
Surface hardness
RM75
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
3
Tensile Strength MPa
80
Flammability UL94
V1
Flexural modulus GPa
9.5
Oxygen index %
22
Elongation at break %
3.5
Vol. Resist. log ohmcm
13
Strain at Yield %
N/A
Dielect. strength MV/m
12
Notched Izod kJ/m
1.0
Dielect. const. 1kHz
5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
180
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
0.2
Mould temp. range °C
135 - 145
230
Polyester
TRADE NAMES: ARMCO SMC
BP Chemicals
FLOMAT
DSM Resins
PREMIGLAS
BTR Permali RP
PREMIX SMC
Premix
Polyester: SMC; low profile ADVANTAGES:
Lowest mould shrinkage and excellent surface smoothness compared with other polyester SMCs.
DISADVANTAGES:
Limited pigmentability. Lowest notched izod impact strength, tensile strength and maximum operating temperature compared with other polyester SMCs.
APPLICATIONS:
Car parts, baths and doors.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 1880; S.G. 1.8 Max. Operating Temp. °C
120
Surface hardness
RM80 -5
Water absorption %
0.2
Linear expansion m/m/°C (x10 )
2.5
Tensile Strength MPa
65
Flammability UL94
HB
Flexural modulus GPa
10
Oxygen index %
22
Elongation at break %
3
Vol. Resist. log ohmcm
13
Strain at Yield %
N/A
Dielect. strength MV/m
12
Notched Izod kJ/m
0.6
Dielect. const. 1kHz
5
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
190
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
0.01
Mould temp. range °C
135 - 145
TRADE NAMES: ARMCO SMC
BP Chemicals
BUDD SMC
Budd
FLOMAT
DSM Resins
HAYSITE SMC
Haysite Reinforced Plastics
POLYRITE SMC
Polyply
PREMIGLAS
BTR Permali RP
PREMIX SMC
Premix
Polyester: Vinyl ester ADVANTAGES:
Higher maximum operating temperature and oxygen index, and significantly lower mould shrinkage compared with rigid casting polyester.
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The Plastics Compendium - Volume 1, Key Properties and Sources DISADVANTAGES:
Lower flexural modulus and HDT than rigid casting polyester.
APPLICATIONS:
Absoprtion towers, process vessels, storage tanks, piping, hood scrubbers, ducts and exhaust stacks.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 2880; S.G. 1.05 Max. Operating Temp. °C
140
Surface hardness
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
7.5
Tensile Strength MPa
60
Flammability UL94
V1
RM80
Flexural modulus GPa
3
Oxygen index %
24
Elongation at break %
5
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
16
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
4.5
HDT @ 0.45 MPa °C
90
Dissipation Fact.1kHz
0.015
HDT @ 1.80 MPa °C
75
Matl. drying hrs @ °C
NA
Melt temp. range °C
20 - 50
Mould shrinkage %
0.25
Mould temp. range °C
130 - 150
TRADE NAMES: ATLAC (VE)
DSM Resins
CORROLITE
Reichhold Chemical
DEREKANE
Dow
PREMIX TMC
Premix
PP (Polypropylene) All Grades: ADVANTAGES: Good chemical resistance. Good fatigue resistance. Better temperature resistance than HDPE. Lower density than HDPE.
DISADVANTAGES: Oxidative degradation is accelerated by contact with certain materials, e.g. copper. High mould shrinkage and thermal expansion. High creep. Poor UV resistance.
APPLICATIONS: Buckets, bowls, general mechanical parts, bottle crates, toys, medical components, washing machine drums, pipes, battery cases, bottles, bottle caps. Rubber modified PP for impact resistant components such as bumpers. Talc-filled Polypropylene for additional stiffness at elevated temperatures e.g. jug kettle application. Films for packaging (e.g cigarette packets). Fibres for carpeting and artificial sports surfaces.
232
PP
PP (Polypropylene): 20% Calcium carbonate filled ADVANTAGES:
Better elongation at break, notched izod impact strength and lower cost than 20% talc filled PP.
DISADVANTAGES:
Reduced modulus, tensile strength and HDT compared with 20% talc filled PP. Poor surface appearance compared with unmodified PP.
APPLICATIONS:
Garden furniture. Storage trays. Childrens toys.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 700; S.G. 1.03 Max. Operating Temp. °C
100
Surface hardness
RR85
Water absorption %
0.04
Linear expansion m/m/°C (x10-5)
6
Tensile Strength MPa
26
Flammability UL94
HB
Flexural modulus GPa
2
Oxygen index %
17
Elongation at break %
80
Vol. Resist. log ohmcm
15
Strain at Yield %
N/Y
Dielect. strength MV/m
18
Notched Izod kJ/m
0.05
Dielect. const. 1kHz
2.6
HDT @ 0.45 MPa °C
105
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
68
Matl. drying hrs @ °C
NA
Melt temp. range °C
240 - 290
Mould shrinkage %
1.2
Mould temp. range °C
30 - 50
TRADE NAMES: COMALLOY PP
ComAlloy
FERROLENE
Ferro
LATENE
Lati
POLIFIL HM
Polifil
PRO-FAX
Himont
RTP 141
RTP
RTP 141
Vigilant Plastics
THERMOFIL PP
Thermofil
WASHPEN PP
Washington Penn Plastics
PP (Polypropylene): 40% Calcium carbonate filled ADVANTAGES:
Better surface hardness and significantly better elongation at break (60%) compared with 40% talc filled PP (8%).
DISADVANTAGES:
Reduced tensile strength, modulus and HDT compared with 40% talc filled PP.
APPLICATIONS:
Garden furniture.
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The Plastics Compendium - Volume 1, Key Properties and Sources
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 860; S.G. 1.23 Max. Operating Temp. °C
100
Surface hardness
RR90
Water absorption %
0.04
Linear expansion m/m/°C (x10-5)
4
Tensile Strength MPa
24
Flammability UL94
HB
Flexural modulus GPa
2.8
Oxygen index %
18
Elongation at break %
60
Vol. Resist. log ohmcm
15
Strain at Yield %
N/Y
Dielect. strength MV/m
18
Notched Izod kJ/m
0.04
Dielect. const. 1kHz
2.8
HDT @ 0.45 MPa °C
110
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
71
Matl. drying hrs @ °C
NA
Melt temp. range °C
240 - 290
Mould shrinkage %
1
Mould temp. range °C
30 - 50
TRADE NAMES: COMALLOY PP
ComAlloy
FERROLENE
Ferro
LATENE
Lati
POLIFIL HM
Polifil
PRO-FAX
Himont
RTP 140
RTP
RTP 140
Vigilant Plastics
SCHULMAN FPP
A. Schulman
THERMOFIL PP
Thermofil
WASHPEN PP
Washington Penn Plastics
PP (Polypropylene): Copolymer ADVANTAGES:
Good impact properties even at low temperatures and slightly increased elongation at break compared with unmodified PP homopolymer.
DISADVANTAGES:
Low stiffness and strength, reduced flow properties and higher mould shrinkage than unmodified PP homopolymer.
APPLICATIONS:
Automotive (battery cases, bumpers), blow moulded containers, extruded pipes, blow moulded medical articles. Boat bodies, seat shells.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 680; S.G. 0.905 Max. Operating Temp. °C
90
Surface hardness
RR80
Water absorption %
0.03
Linear expansion m/m/°C (x10-5)
10
Tensile Strength MPa
25
Flammability UL94
HB
Flexural modulus GPa
1.2
Oxygen index %
17
Elongation at break %
300
Vol. Resist. log ohmcm
17
234
PP Strain at Yield %
12
Dielect. strength MV/m
28
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
2.3
HDT @ 0.45 MPa °C
100
Dissipation Fact.1kHz
0.0005
HDT @ 1.80 MPa °C
60
Matl. drying hrs @ °C
NA
Melt temp. range °C
210 - 290
Mould shrinkage %
2
Mould temp. range °C
20 - 60
TRADE NAMES: APPRYL
Elf Atochem
ELTEX P
Solvay Chemicals
FORTILENE
Solvay Polymers
HOSTALEN PP
Hoechst
MARLEX PP
Phillips Chemical
MOPLEN
Himont
NOBLEN PP
Sumitomo Plastics America
NOVOLEN
BASF
POLYPRO
Mitsui PLastics
POLYPROPYLENE
Goodfellow
PP (CO)
Albis
PRO-FAX
Himont
REXENE PP
Rexene Products
SHELL PP
Shell Chemicals
STAMYLAN P
DSM
STATOIL PP
Borealis Chemicals
VESTOLEN P
Huls
PP (Polypropylene): Copolymer; UV stabilised ADVANTAGES:
Better able to cope with prolonged outdoor exposure compared with unmodified PP copolymer.
DISADVANTAGES:
Slightly reduced tensile strength and notched impact strength compared with unmodified PP copolymer.
APPLICATIONS:
Car bumpers, spoilers, side protective strips.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 840; S.G. 0.91 Max. Operating Temp. °C
90
Surface hardness
RR80
Water absorption %
0.03
Linear expansion m/m/°C (x10-5)
10
Tensile Strength MPa
24
Flammability UL94
HB
Flexural modulus GPa
1.2
Oxygen index %
17
Elongation at break %
300
Vol. Resist. log ohmcm
17
Strain at Yield %
12
Dielect. strength MV/m
28
Notched Izod kJ/m
0.08
Dielect. const. 1kHz
2.3
HDT @ 0.45 MPa °C
100
Dissipation Fact.1kHz
0.0005
HDT @ 1.80 MPa °C
60
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The Plastics Compendium - Volume 1, Key Properties and Sources Matl. drying hrs @ °C
NA
Melt temp. range °C
210 - 290
Mould shrinkage %
2
Mould temp. range °C
20 - 60
TRADE NAMES: APPRYL
Elf Atochem
CALIBRE
Dow
ELTEX P
Solvay
FORTILENE
Solvay Polymers
HOSTALEN PP
Hoechst
LATILON
Lati
LEXAN
G.E. Plastics
MAKROLON
Bayer
MARLEX PP
Phillips Chemical
NOBLEN PP
Sumitomo Plastics America
NOVOLEN
BASF
POLYPRO
Mitsui Plastics
PRO-FAX
Himont
REXENE PP
Rexene Products
SHELL PP
Shell Chemicals
SINVET
EniChem
STAMYLAN P
DSM
VESTOLEN P
Huls
XANTAR
DSM
PP (Polypropylene): Elastomer modified ADVANTAGES:
Very good impact strength even at low temperatures and large elongation at break compared with umodified PP.
DISADVANTAGES:
Sensitive to UV degradation unless coloured black or UV stabilised. Poor stiffness, poor flow properties and more expensive than unmodified PP.
APPLICATIONS:
Automotive (e.g. Battery cases, bumpers, spoilers, protective side strips, mud guards). Extruded profiles. Blow moulded containers. Power tool housings.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 1360; S.G. 0.904 Max. Operating Temp. °C
90
Surface hardness
RR70
Water absorption %
0.02
Linear expansion m/m/°C (x10-5)
11
Tensile Strength MPa
23
Flammability UL94
HB
Flexural modulus GPa
0.75
Oxygen index %
17
Elongation at break %
350
Vol. Resist. log ohmcm
15
Strain at Yield %
17
Dielect. strength MV/m
28
Notched Izod kJ/m
0.5
Dielect. const. 1kHz
2.3
HDT @ 0.45 MPa °C
82
Dissipation Fact.1kHz
0.0005
HDT @ 1.80 MPa °C
55
Matl. drying hrs @ °C
NA
Melt temp. range °C
210 - 270
Mould shrinkage %
2
Mould temp. range °C
20 - 60
236
PP
TRADE NAMES: HOSTALEN PP
Hoechst
NOVOLEN
BASF
PRO-FAX
Himont
SCHULMAN FPP
A. Schulman
SHELL PP
Shell Chemicals
STAMYLAN P
DSM
PP (Polypropylene): Elastomer modified; UV stabilised ADVANTAGES:
Good low temperature impact strength and UV resistance compared with unmodified polypropylene.
DISADVANTAGES:
Reduced stiffness and more expensive than unmodified PP.
APPLICATIONS:
Power tool housings. Car fascias.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 1430; S.G. 0.91 Max. Operating Temp. °C
90
Surface hardness
RR70
Water absorption %
0.02
Linear expansion m/m/°C (x10-5)
11
Tensile Strength MPa
23
Flammability UL94
HB
Flexural modulus GPa
0.75
Oxygen index %
17
Elongation at break %
300
Vol. Resist. log ohmcm
15
Strain at Yield %
17
Dielect. strength MV/m
28
Notched Izod kJ/m
0.5
Dielect. const. 1kHz
2.3
HDT @ 0.45 MPa °C
82
Dissipation Fact.1kHz
0.0005
HDT @ 1.80 MPa °C
55
Matl. drying hrs @ °C
NA
Melt temp. range °C
210 - 270
Mould shrinkage %
2
Mould temp. range °C
20 - 60
TRADE NAMES: HOSTALEN PP
Hoechst
NOVOLEN
BASF
PRO-FAX
Himont
SCHULMAN FPP
A. Schulman
SHELL PP
Shell Chemicals
STAMYLAN P
DSM
PP (Polypropylene): Fire retardant ADVANTAGES:
Flame retardant additives have excellent compatibility with polypropylene, therefore good long term protection. Available in coloured formulations. Low flame starting and propagation velocity, compared with unmodified PP.
237
The Plastics Compendium - Volume 1, Key Properties and Sources DISADVANTAGES:
During processing, melt temperature should not exceed 230°C/445°F. Not suitable for contact with food. Reduced notched izod impact strength and significantly reduced elongation at break compared with unmodified PP.
APPLICATIONS:
Domestic water pipes and fittings. Electrical components, fan heater cases, television back covers.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 1420; S.G. 1.2 Max. Operating Temp. °C
100
Surface hardness
RR97
Water absorption %
0.01
Linear expansion m/m/°C (x10-5)
9
Tensile Strength MPa
25
Flammability UL94
V0
Flexural modulus GPa
1.8
Oxygen index %
28
Elongation at break %
15
Vol. Resist. log ohmcm
14
Strain at Yield %
6
Dielect. strength MV/m
23
Notched Izod kJ/m
0.05
Dielect. const. 1kHz
2.5
HDT @ 0.45 MPa °C
110
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
70
Matl. drying hrs @ °C
NA
Melt temp. range °C
210 - 290
Mould shrinkage %
1.1
Mould temp. range °C
20 - 60
TRADE NAMES: EMPEE PP
Monmouth Plastic
HOSTALEN PP
Hoechst
LATENE
Lati
PLOYFLAM
A. Schulman
PRO-FAX
Himont
RTP 150
RTP
RTP 151 HI
Vigilant Plastics
VESTOLEN P
Huls
PP (Polypropylene): 30% Glass fibre coupled ADVANTAGES:
Significantly improved stiffness, strength, hardness, HDT, dimensional stability and reduced creep compared with unmodified PP. Coupled fibres yield greater stiffness and strength compared to uncoupled.
DISADVANTAGES:
Relatively expensive and significantly reduced elongation at break compared with unmodified PP.
APPLICATIONS:
Fan blades. Head lamp housing. Belt covers.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 1620; S.G. 1.13 Max. Operating Temp. °C
100
Surface hardness
RR111
Water absorption %
0.02
Linear expansion m/m/°C (x10-5)
4
238
PP Tensile Strength MPa
90
Flammability UL94
Flexural modulus GPa
6
Oxygen index %
HB 17
Elongation at break %
3
Vol. Resist. log ohmcm
16
Strain at Yield %
N/A
Dielect. strength MV/m
20
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
2.7
HDT @ 0.45 MPa °C
160
Dissipation Fact.1kHz
0.001
HDT @ 1.80 MPa °C
150
Matl. drying hrs @ °C
NA
Melt temp. range °C
250 - 290
Mould shrinkage %
0.5
Mould temp. range °C
40 - 80
TRADE NAMES: COMALLOY PP
ComAlloy
HIGLASS
Himont
HOSTACOM
Hoechst
LATENE
Lati
PRO-FAX
Himont
RTP 100CC
RTP
RTP 105 CC
Vigilant Plastics
STARPYLEN
Ferro
TECHNOPRENE
EniChem
THERMOCOMP MF
LNP Plastics
THERMOCOMP MFX-1006
LNP Engineering Plastics
THERMOFIL PP
Thermofil
VESTOLEN P
Huls
WASHPEN PP
Washington Penn Plastics
PP (Polypropylene): 20% Glass fibre reinforced ADVANTAGES:
Better tensile strength, flexural modulus, heat distortion temperature and dimensional stability than unmodified Polypropylene.
DISADVANTAGES:
Significantly reduced elongation at break and reduced electrical characteristics compared with unmodified polypropylene. Inclusion of glass can cause anisotropy in mouldings.
APPLICATIONS:
Automotive under-bonnet applications, cooling system expansion tanks, fan mountings, belt covers. Washing machine components.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 1340; S.G. 1.04 Max. Operating Temp. °C
100
Surface hardness
RR100
Water absorption %
0.03
Linear expansion m/m/°C (x10-5)
4
Tensile Strength MPa
35
Flammability UL94
HB
Flexural modulus GPa
3.8
Oxygen index %
17
Elongation at break %
2
Vol. Resist. log ohmcm
16
Strain at Yield %
N/A
Dielect. strength MV/m
22
Notched Izod kJ/m
0.08
Dielect. const. 1kHz
2.6
239
The Plastics Compendium - Volume 1, Key Properties and Sources HDT @ 0.45 MPa °C
122
HDT @ 1.80 MPa °C
93
Dissipation Fact.1kHz
0.001
Matl. drying hrs @ °C
NA
Melt temp. range °C
230 - 290
Mould shrinkage %
0.6
Mould temp. range °C
40 - 80
TRADE NAMES: COMALLOY PP
ComAlloy
HOSTACOM
Hoechst
LATENE
Lati
PRO-FAX
Himont
RTP 103
RTP
RTP 103
Vigilant Plastics
TECHNOPRENE
EniChem
THERMOCOMP MF
LNP Plastics
THERMOFIL PP
Thermofil
VESTOLEN P
Huls
WASHPEN PP
Washington Penn Plastics
PP (Polypropylene): Homopolymer ADVANTAGES:
Higher maximum operating temperature (100°C / 210°F), better tensile strength, modulus and HDT than unmodified PP copolymer.
DISADVANTAGES:
Lower notched impact strength, elongation at break and higher brittle temperature (0°C/30°F) than with unmodified PP copolymer.
APPLICATIONS:
Electrical housings: hair dryers, irons, coffee makers, toasters and deep fat fryers. Ring binders, cassette holders. Thermoformed trays. Packaging, cups. Disposable syringes, clips, etc.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 700; S.G. 0.905 Max. Operating Temp. °C
100
Surface hardness
RR90
Water absorption %
0.02
Linear expansion m/m/°C (x10-5)
10
Tensile Strength MPa
33
Flammability UL94
HB
Flexural modulus GPa
1.5
Oxygen index %
17
Elongation at break %
150
Vol. Resist. log ohmcm
17
Strain at Yield %
10
Dielect. strength MV/m
28
Notched Izod kJ/m
0.07
Dielect. const. 1kHz
2.28
HDT @ 0.45 MPa °C
105
Dissipation Fact.1kHz
0.0001
HDT @ 1.80 MPa °C
65
Matl. drying hrs @ °C
NA
Melt temp. range °C
210 - 290
Mould shrinkage %
1.5
Mould temp. range °C
20 - 60
240
PP
TRADE NAMES: AMOCO PP
Amoco Chemicals
APPRYL
Elf Atochem
BAPOLENE PP
Bamberger Polymers
DYPRO PP
Arco Chemicals
ELTEX P
Solvay Chemicals
FORTILENE
Solvay Polymers
FPC PP
Federal Plastics
HOSTALEN PP
Hoechst
MARLEX
Phillips Quadrant
MARLEX PP
Phillips Chemical
MOPLEN
Himont
NOBLEN PP
Sumitomo Plastics America
NOVOLEN
BASF
POLYPRO
Mitsui Plastics
POLYPROPYLENE
Goodfellow
PP (CO)
Albis
PRO-FAX
Himont
REXENE PP
Rexene Products
SHELL PP
Shell Chemicals
STAMYLAN P
DSM
STATOIL PP
Borealis Chemicals
TENITE PP
Eastman Chemical Co.
UBE PP
Ube Industries
VESTOLEN P
Huls
PP (Polypropylene): Homopolymer; UV stabilised ADVANTAGES:
Good light, UV and weathering resistance compared with unmodified PP homopolmer. Available in coloured formulations.
DISADVANTAGES:
UV Stabiliser effectiveness can be seriously impaired by other additives and pigments. Special grades required for food contact applications. Slightly reduced tensile strength and notched izod impact strength compared with unmodifed PP homopolymer.
APPLICATIONS:
Pipes, hoses, electric cable casing, plastic sacks.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 750; S.G. 0.908 Max. Operating Temp. °C
100
Surface hardness
RD72
Water absorption %
0.02
Linear expansion m/m/°C (x10-5)
10
Tensile Strength MPa
32
Flammability UL94
HB
Flexural modulus GPa
1.5
Oxygen index %
17
Elongation at break %
150
Vol. Resist. log ohmcm
16
Strain at Yield %
8
Dielect. strength MV/m
28
Notched Izod kJ/m
0.04
Dielect. const. 1kHz
2.3
HDT @ 0.45 MPa °C
110
Dissipation Fact.1kHz
0.0001
HDT @ 1.80 MPa °C
57
241
The Plastics Compendium - Volume 1, Key Properties and Sources Matl. drying hrs @ °C
NA
Melt temp. range °C
210 - 290
Mould shrinkage %
1.5
Mould temp. range °C
20 - 60
TRADE NAMES: AMOCO PP
Amoco Chemicals
BAPOLENE PP
Bamberger Polymers
DYPRO PP
Arco Chemicals
ELTEX P
Solvay Chemicals
FORTILENE
Solvay Polymers
FPC PP
Federal Plastics
HOSTALEN PP
Hoechst
MARLEX PP
Phillips Chemical
NOBLEN PP
Sumitomo Plastics America
POLYPRO
Mitsui Plastics
PRO-FAX
Himont
REXENE PP
Rexene Products
SHELL PP
Shell Chemicals
STAMYLAN P
DSM
STATOIL PP
Borealis Chemicals
TENITE PP
Eastman Chemical Co.
UBE PP
Ube Industries
VESTOLEN P
Huls
PP (Polypropylene): Structural foam ADVANTAGES:
Increased rigidity for given weight of material. Can be used with conventional injection moulding and extrusion machines. Very low density. Large low pressure mouldings possible.
DISADVANTAGES:
Low tensile strength and modulus and significantly reduced elongation at break compared with unmodified PP.
APPLICATIONS:
Trays, cups for hot and cold drinks. Folding boxes. Decorative film and tape. Tape yarns for carpet backing. Pallets.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 700; S.G. 0.6 Max. Operating Temp. °C
95
Surface hardness
RR80 -5
Water absorption %
0.02
Linear expansion m/m/°C (x10 )
16
Tensile Strength MPa
15.8
Flammability UL94
HB
Flexural modulus GPa
0.8
Oxygen index %
17
Elongation at break %
40
Vol. Resist. log ohmcm
16
Strain at Yield %
N/Y
Dielect. strength MV/m
26
Notched Izod kJ/m
0.05
Dielect. const. 1kHz
2.2
HDT @ 0.45 MPa °C
72
Dissipation Fact.1kHz
0.001
HDT @ 1.80 MPa °C
46
Matl. drying hrs @ °C
NA
Melt temp. range °C
200 - 280
Mould shrinkage %
2.3
Mould temp. range °C
15 - 30
242
PP
TRADE NAMES: PRO-FAX
Himont
RTP 103 SP
Vigilant Plastics
VESTOLEN P
Huls
PP (Polypropylene): 20% Talc filled ADVANTAGES:
Good stiffness, hardness, dimensional stability and reduced creep compared with unmodified PP. Improved flow properties compared with material of same calcium carbonate loading.
DISADVANTAGES:
Modification causes embrittlement, poor surface appearence and low elongation at break compared with unmodified PP.
APPLICATIONS:
Automotive “under bonnet” applications, eg. cooling fans, housing for electrical systems, air ducting. Facia panels, headlight housing. Washing machine components. Housing for electric irons and toasters, Kettle bodies. Garden furniture.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 880; S.G. 1.04 Max. Operating Temp. °C
100
Surface hardness
RR85
Water absorption %
0.02
Linear expansion m/m/°C (x10-5)
7
Tensile Strength MPa
32
Flammability UL94
HB
Flexural modulus GPa
2.3
Oxygen index %
17
Elongation at break %
15
Vol. Resist. log ohmcm
16 20
Strain at Yield %
7
Dielect. strength MV/m
Notched Izod kJ/m
0.03
Dielect. const. 1kHz
2.5
HDT @ 0.45 MPa °C
130
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
78
Matl. drying hrs @ °C
NA
Melt temp. range °C
240 - 290
Mould shrinkage %
1
Mould temp. range °C
30 - 50
TRADE NAMES: COMALLOY PP
ComAlloy
DYPRO PP FERROLENE HOSTACOM LATENE NOBLEN PP NOVOLEN POLIFIL HM PRO-FAX RTP 128 RTP 128 STAMYLAN P
Arco Chemicals Ferro Hoechst Lati Sumitomo Plastics America BASF Polifil Himont RTP Vigilant Plastics DSM
TENITE PP THERMOFIL PP
Eastman Chemical Co. Thermofil
VESTOLEN P
Huls
WASHPEN PP
Washington Penn Plastics
243
The Plastics Compendium - Volume 1, Key Properties and Sources
PP (Polypropylene): 40% Talc filled ADVANTAGES:
Improved stiffness, dimensional stability and reduced creep compared with 20% Talc filled PP.
DISADVANTAGES:
Slightly reduced tensile strength and elongation at break along with increased specific gravity compared with 20% Talc filled PP.
APPLICATIONS:
Automotive “under bonnet” applications. Electrical housings.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 870; S.G. 1.25 Max. Operating Temp. °C
100
Surface hardness
RR85
Water absorption %
0.02
Linear expansion m/m/°C (x10-5)
5
Tensile Strength MPa
30
Flammability UL94
HB
Flexural modulus GPa
3.2
Oxygen index %
18
Elongation at break %
8
Vol. Resist. log ohmcm
16
Strain at Yield %
4
Dielect. strength MV/m
20
Notched Izod kJ/m
0.03
Dielect. const. 1kHz
2.6
HDT @ 0.45 MPa °C
130
Dissipation Fact.1kHz
0.006
HDT @ 1.80 MPa °C
80
Matl. drying hrs @ °C
NA
Melt temp. range °C
240 - 290
Mould shrinkage %
0.7
Mould temp. range °C
30 - 50
TRADE NAMES: COMALLOY PP
ComAlloy
DYPRO PP
Arco Chemicals
FERROLENE
Ferro
HOSTACOM
Hoechst
LATENE
Lati
NOBLEN PP
Sumitomo Plastics America
NOVOLEN
BASF
POLIFIL HM
Polifil
PRO-FAX
Himont
RTP 127
RTP
RTP 127
Vigilant Plastics
STAMYLAN P
DSM
TENITE PP
Eastman Chemical Co.
THERMOFIL PP
Thermofil
WASHPEN PP
Washington Penn Plastics
VESTOLEN P
Huls
244
PPO
PPO (Polyphenylene Oxide - modified) All Grades: ADVANTAGES: Reasonably high HDT (129°C/260°F) and continuous use temperature (80°C/180°F). Flame-retardant grades available. Low mould shrinkage.Good resistance to hydrolysis.
DISADVANTAGES: Poor resistance to solvents. Poor fatigue resistance. Relatively expensive.
APPLICATIONS: Electrical fittings, TV components, washing machine and dishwasher components, car fascia panels, calculator cases and VDU housings (particularly structural foam).
PPO (Polyphenylene Oxide - Modified) PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 2530; S.G. 1.06 Max. Operating Temp. °C
80
Surface hardness
RR119
Water absorption %
0.07
Linear expansion m/m/°C (x10-5)
6
Tensile Strength MPa
65
Flammability UL94
HB
Flexural modulus GPa
2.5
Oxygen index %
20
Elongation at break %
60
Vol. Resist. log ohmcm
17
Strain at Yield %
4.5
Dielect. strength MV/m
21
Notched Izod kJ/m
0.16
Dielect. const. 1kHz
2.6
HDT @ 0.45 MPa °C
137
Dissipation Fact.1kHz
0.0004
HDT @ 1.80 MPa °C
129
Matl. drying hrs @ °C
2 @100
Melt temp. range °C
250 - 300
Mould shrinkage %
0.6
Mould temp. range °C
30 - 110
TRADE NAMES: LARIL
Lati
LURANYL
BASF
NORYL
G.E. Plastics
PREVEX
G.E. Plastics
VESTORAN
Huls
245
The Plastics Compendium - Volume 1, Key Properties and Sources
PPO (Polyphenylene Oxide - modified): Fire retardant ADVANTAGES:
Flammability characteristics (VO > 1.5) significantly better than non-flame retarded PPO (HB). Halogen free retardant available.
DISADVANTAGES:
Slightly lower tensile strength, flexural modulus, elongation at break and heat distortion temperatures than unmodified PPO.
APPLICATIONS:
The electrical industry, especially in radio and televisions, for insert card mountings and coil formers. Fuse boxes, transformers and small motor housings.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 2580; S.G. 1.09 Max. Operating Temp. °C
80
Surface hardness
Water absorption %
0.07
Linear expansion m/m/°C (x10-5)
6
Tensile Strength MPa
55
Flammability UL94
V0
RR116
Flexural modulus GPa
2.4
Oxygen index %
34
Elongation at break %
35
Vol. Resist. log ohmcm
17 24
Strain at Yield %
8
Dielect. strength MV/m
Notched Izod kJ/m
0.16
Dielect. const. 1kHz
2.75
HDT @ 0.45 MPa °C
118
Dissipation Fact.1kHz
0.004
HDT @ 1.80 MPa °C
107
Matl. drying hrs @ °C
2 @100
Melt temp. range °C
230 - 285
Mould shrinkage %
0.6
Mould temp. range °C
70 - 85
TRADE NAMES: LARIL
Lati
LURANYL
BASF
NORYL
G.E. Plastics
PREVEX
G.E. Plastics
PPO (Polyphenylene Oxide - modified): 10% Glass fibre reinforced ADVANTAGES:
Improved tensile strength, flexural modulus, oxygen index and heat distortion temperature compared with unreinforced PPO.
DISADVANTAGES:
Reduced elongation at break, notched izod impact strength and electrical characteristics compared with unmodified PPO. High mould temperature (~110°C/230°F) required to reduce strain in mouldings.
APPLICATIONS:
Automotive instrument panels, steering column cladding, ventilator grills. Cooling fans.
246
PPO
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 3200; S.G. 1.15 Max. Operating Temp. °C
85
Surface hardness
RM85
Water absorption %
0.05
Linear expansion m/m/°C (x10-5)
3.9
Tensile Strength MPa
75
Flammability UL94
HB
Flexural modulus GPa
3.5
Oxygen index %
26
Elongation at break %
6
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
16
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
2.8
HDT @ 0.45 MPa °C
143
Dissipation Fact.1kHz
0.001
HDT @ 1.80 MPa °C
140
Matl. drying hrs @ °C
2 @100
Melt temp. range °C
230 - 290
Mould shrinkage %
0.4
Mould temp. range °C
50 - 110
TRADE NAMES: LARIL
Lati
LURANYL
BASF
NORYL
G.E. Plastics
PREVEX
G.E. Plastics
THERMOCOMP ZF
LNP Plastics
THERMOCOMP ZF-1002
LNP Engineering Plastics
VESTORAN
Huls
PPO (Polyphenylene Oxide - modified): 10% Glass fibre reinforced; fire retardant ADVANTAGES:
Improved tensile strength, flexural modulus, heat distortion temperature and flammability characteristics compared with unreinforced PPO. Halogen free flame retarding additives available.
DISADVANTAGES:
Reduced notched izod impact strength and elongation at break compared with unmodified PPO. Inclusion of glass can cause anisotropy in mouldings.
APPLICATIONS:
Mostly electrical applications e.g. plug connectors and sockets, capacitor housings, fuse boxes and transformers, rear panels for TV sets. Housings for computers, facsimile transceivers, typewriters and keyboards.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 3500; S.G. 1.18 Max. Operating Temp. °C
85
Surface hardness
RL104
Water absorption %
0.05
Linear expansion m/m/°C (x10-5)
3.9
Tensile Strength MPa
75
Flammability UL94
V1
Flexural modulus GPa
4
Oxygen index %
31
Elongation at break %
6.5
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
19
247
The Plastics Compendium - Volume 1, Key Properties and Sources Notched Izod kJ/m
0.08
Dielect. const. 1kHz
3.2
HDT @ 0.45 MPa °C
140
Dissipation Fact.1kHz
0.0015
HDT @ 1.80 MPa °C
127
Matl. drying hrs @ °C
2 @100
Melt temp. range °C
230 - 285
Mould shrinkage %
0.4
Mould temp. range °C
70 - 85
TRADE NAMES: LARIL
Lati
LURANYL
BASF
NORYL
G.E. Plastics
PREVEX
G.E. Plastics
THERMOCOMP ZF
LNP Plastics
PPO (Polyphenylene Oxide - modified): 30% Glass fibre reinforced ADVANTAGES:
Good rigidity, tensile strength, heat distortion temperature and increased maximum operating temperature combined with low warp and shrinkage compared with unreinforced PPO.
DISADVANTAGES:
Reduced elongation at break and notched izod impact strength compared with unmodified PPO. Physical properties of moulding can be highly anisotropic.
APPLICATIONS:
Automotive industry - components for heating systems, radiator and expansion tanks, bulb sockets, mirror housings, air inlet and outlet grills. Also as metal replacement in pumps and components for central heating systems.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 3440; S.G. 1.27 Max. Operating Temp. °C
90
Surface hardness
RR130
Water absorption %
0.06
Linear expansion m/m/°C (x10-5)
2.5
Tensile Strength MPa
120
Flammability UL94
HB
Flexural modulus GPa
9
Oxygen index %
26
Elongation at break %
3
Vol. Resist. log ohmcm
17
Strain at Yield %
N/A
Dielect. strength MV/m
15
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
2.9
HDT @ 0.45 MPa °C
165
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
158
Matl. drying hrs @ °C
2 @100
Melt temp. range °C
250 - 300
Mould shrinkage %
0.2
Mould temp. range °C
80 - 110
TRADE NAMES: LARIL
Lati
LURANYL
BASF
NORYL
G.E. Plastics
PREVEX
G.E. Plastics
248
PPO THERMOCOMP ZF
LNP Plastics
VESTORAN
Huls
PPO (Polyphenylene Oxide - modified): 30% Glass fibre reinforced; fire retardant ADVANTAGES:
Better tensile strength, flexural modulus, maximum operating temperature, heat distortion temperature and flammability characteristics compared with unreinforced PPO. Halogen free flame retarding additives available.
DISADVANTAGES:
Significantly reduced elongation at break, reduced notched izod impact strength and electrical characteristics compared with unmodified PPO. A mould temperature of about 110°C/230°F is recommended to avoid mouldings with moulded-in strain. Inclusion of glass can cause anisotropy in mouldings.
APPLICATIONS:
Cooling fans, electrical components such as transformers, plug connectors and sockets, support frame for printed circuit printed boards, fuse boxes, rear panels for TV sets, chassis for video recorders. Components in central heating systems, eg. Water pressure controller.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 3710; S.G. 1.3 Max. Operating Temp. °C
105
Surface hardness
RL108
Water absorption %
0.05
Linear expansion m/m/°C (x10-5)
2.5
Tensile Strength MPa
120
Flammability UL94
V1
Flexural modulus GPa
9
Oxygen index %
32
Elongation at break %
4
Vol. Resist. log ohmcm
16
Strain at Yield %
N/A
Dielect. strength MV/m
14
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
3
HDT @ 0.45 MPa °C
140
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
137
Matl. drying hrs @ °C
2 @100
Melt temp. range °C
250 - 290
Mould shrinkage %
0.2
Mould temp. range °C
70 - 95
TRADE NAMES: LARIL
Lati
LURANYL
BASF
NORYL
G.E. Plastics
PREVEX
G.E. Plastics
THERMOCOMP ZF
LNP Plastics
PPO (Polyphenylene Oxide - modified): Structural foam ADVANTAGES:
Components with high rigidity to weight ratios possible. Thick sections are not prone to sink marks. Good flammablilty characteristics compared with unreinforced PPO.
DISADVANTAGES:
Surface swirl patterns produced, so if high quality finish is required painting is necessary. Reduced tensile strength, flexural modulus, elongation at break, notched izod impact strength and heat distortion temperature compared with unmodified PPO.
249
The Plastics Compendium - Volume 1, Key Properties and Sources APPLICATIONS:
Casings for computers and business machines. Frame and chassis material for large domestic appliances, eg. Tumble driers, dishwashers and washing machine components. Other large mouldings such as pallets and automotive roofs.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 2420; S.G. 0.85 Max. Operating Temp. °C
80
Surface hardness
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
6
Tensile Strength MPa
21
Flammability UL94
V0
RR100
Flexural modulus GPa
1.8
Oxygen index %
29
Elongation at break %
20
Vol. Resist. log ohmcm
16 10
Strain at Yield %
2
Dielect. strength MV/m
Notched Izod kJ/m
0.04
Dielect. const. 1kHz
2.2
HDT @ 0.45 MPa °C
96
Dissipation Fact.1kHz
0.005
HDT @ 1.80 MPa °C
82
Matl. drying hrs @ °C
2 @100
Melt temp. range °C
230 - 285
Mould shrinkage %
0.8
Mould temp. range °C
70 - 85
TRADE NAMES: LURANYL
BASF
NORYL
G.E. Plastics
PREVEX
G.E. Plastics
PPO/PA Alloy (PPO/Nylon Alloy) (Polyphenylene Oxide/Polyamide Alloy) ADVANTAGES: Better resistance to hydrocarbons than PPO. Can be painted.
DISADVANTAGES: Higher water absorption than PPO due to Nylon content. Poorer electrical properties than PPO.
APPLICATIONS: Wheel trim, automotive mouldings.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 3200; S.G. 1.10 Max. Operating Temp. °C
80
Surface hardness
RR101
Water absorption %
0.4
Linear expansion m/m/°C (x10-5)
9
250
PPS Tensile Strength MPa
55
Flammability UL94
HB
Flexural modulus GPa
2.0
Oxygen index %
20
Elongation at break %
100
Vol. Resist. log ohmcm
15
Strain at Yield %
7
Dielect. strength MV/m
21
Notched Izod kJ/m
0.2
Dielect. const. 1kHz
4.0
HDT @ 0.45 MPa °C
150
Dissipation Fact.1kHz
0.08
HDT @ 1.80 MPa °C
110
Matl. drying hrs @ °C
3 @100
Melt temp. range °C
270 - 300
Mould shrinkage %
1.4
Mould temp. range °C
60 - 100
TRADE NAMES: NORYL GTX
G.E. Plastics
ULTRANYL
BASF
PPS (Polyphenylene Sulphide) All Grades: ADVANTAGES: Good temperature resistance - UL continuous use temperature of 190°C/370°F. Good solvent and chemical resistance. Good flame resistance. Resistant to radiation. Good dimensional stability.
DISADVANTAGES: Difficult to pigment - only dark colours available. Somewhat notch sensitive. Relatively poor tracking resistance. Only available in modified form, i.e. glass, carbon or PTFE filled.
APPLICATIONS: Electrical components, e.g. connectors, housings, coil formers. Chemical pumps, under-bonnet components. Coatings for chemical and/or abrasion resistance.
PPS (Polyphenylene Sulphide): 30% Carbon fibre reinforced ADVANTAGES:
Highest elongation at break, tensile strength, dimensional stability, rigidity and heat distortion temperature of all PPS grades. Better coefficient of friction against steel than glass reinforced grades. Good EMI shielding.
DISADVANTAGES:
Incorporation of carbon fibre produces negligible electrical resistance and can cause significant anisotropy in mouldings. Very expensive.
APPLICATIONS:
Pump housings, valves. EMI resistant housings. High strength structural components. Sterilisable medical and laboratory equipment.
251
The Plastics Compendium - Volume 1, Key Properties and Sources
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 32700; S.G. 1.46 Max. Operating Temp. °C
200
Surface hardness
RR123
Water absorption %
0.12
Linear expansion m/m/°C (x10-5)
1.6
Tensile Strength MPa
156
Flammability UL94
V0
Flexural modulus GPa
17.2
Oxygen index %
53
Elongation at break %
1.4
Vol. Resist. log ohmcm
NA
Strain at Yield %
N/A
Dielect. strength MV/m
NA
Notched Izod kJ/m
0.06
Dielect. const. 1kHz
NA
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
NA
HDT @ 1.80 MPa °C
260
Matl. drying hrs @ °C
6 @150
Melt temp. range °C
315 - 360
Mould shrinkage %
0.1
Mould temp. range °C
40 - 140
TRADE NAMES: COMALLOY PPS
ComAlloy
CTI PPS
Compounding Technology
FORTON
Hoechst
GRAFIL OG
Grafil
RTP 1385
RTP
RTP 1385
Vigilant Plastics
RYTON
Phillips Chemical
STAR-C PPS
Ferro
THERMOCOMP OC
LNP Plastics
THERMOCOMP OC-1006
LNP Engineering Plastics
THERMOFIL PPS
Thermofil
PPS (Polyphenylene Sulphide): 40% Glass fibre reinforced ADVANTAGES:
Good combination of tensile strength and flexural modulus. Best electrical characteristics of PPS grades.
DISADVANTAGES:
Lowest oxygen index of PPS grades. Incorporation of glass can cause anisotropy in mouldings.
APPLICATIONS:
Coil bobbins, terminal blocks, connectors, relay components electric motor housings. Automotive headlamp bulb holders and boxes for electronic components where resistance to petrol, oil and hydraulic fluid is important. Exhaust gas emission control valves. Pumps, valves and taps for chemical and petrochemical industries. Precision mechanical parts.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 6800; S.G. 1.6 Max. Operating Temp. °C
200
Surface hardness
RR123
Water absorption %
0.05
Linear expansion m/m/°C (x10-5)
3.0
Tensile Strength MPa
130
Flammability UL94
V0
Flexural modulus GPa
11.7
Oxygen index %
46
Elongation at break %
1.2
Vol. Resist. log ohmcm
16.6
252
PPS Strain at Yield %
N/A
Dielect. strength MV/m
17.7
Notched Izod kJ/m
0.06
Dielect. const. 1kHz
3.9
Dissipation Fact.1kHz
0.0014
HDT @ 0.45 MPa °C
260+
HDT @ 1.80 MPa °C
240
Matl. drying hrs @ °C
6 @150
Melt temp. range °C
315 - 360
Mould shrinkage %
0.3
Mould temp. range °C
40 - 140
TRADE NAMES: COMALLOY PPS
ComAlloy
CTI PPS
Compounding Technology
FORTON
Hoechst
FORTRON
Hoechst
LARTON
Lati
PRIMEF
Solvay Chemicals
RADEL R
Amoco Chemicals
RTP 1307
RTP
RTP 1307
Vigilant Plastics
RYTON
Phillips Chemical
RYTON
Phillips Quadrant
SUPEC
G.E. Plastics
TEDUR
Albis
THERMOCOMP OF-1008
LNP Plastics
THERMOCOMP OG
LNP Engineering Plastics
THERMOFIL PPS
Thermofil
PPS (Polyphenylene Sulphide): Glass fibre and bead reinforced ADVANTAGES:
Good cost/performance ratio. Better heat distortion temperature and flexural modulus than 40% glass fibre reinforced PPS.
DISADVANTAGES:
Reduced volume resistivity, dielectric strength, tensile strength, elongation at break and notched izod impact strength when compared with 40% glass fibre reinforced PPS.
APPLICATIONS:
Automotive headlamps, housings, sensors, under-bonnet parts exposed to oil, petrol and hydraulic fluid, boxes for electronic circuits. Coil bobbins, connectors, relays and circuit breakers. Pumps and valves for the chemical and petrochemical industries. Precision mechanical parts.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 3900; S.G. 1.8 Max. Operating Temp. °C
200
Surface hardness
RR121
Water absorption %
0.03
Linear expansion m/m/°C (x10-5)
2.8
Tensile Strength MPa
91
Flammability UL94
V0
Flexural modulus GPa
13.8
Oxygen index %
53
Elongation at break %
0.6
Vol. Resist. log ohmcm
15.3
Strain at Yield %
N/A
Dielect. strength MV/m
13.4
Notched Izod kJ/m
0.031
Dielect. const. 1kHz
4.6
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.017
HDT @ 1.80 MPa °C
244
253
The Plastics Compendium - Volume 1, Key Properties and Sources Matl. drying hrs @ °C
6 @150
Melt temp. range °C
315 - 360
Mould shrinkage %
0.3
Mould temp. range °C
40 - 140
TRADE NAMES: COMALLOY PPS
ComAlloy
CTI PPS
Compounding Technology
FORTON
Hoechst
FORTRON
Hoechst
LARTON
Lati
RYTON
Phillips Chemical
RYTON
Phillips Quadrant
THERMOCOMP OG
LNP Plastics
THERMOFIL PPS
Thermofil
PPS (Polyphenylene Sulphide): 20% PTFE lubricated ADVANTAGES:
Good wear and very low coefficient of friction compared with other grades of PPS.
DISADVANTAGES:
Lowest heat distortion temperature, tensile strength, flexural modulus and notched izod impact strength of all PPS grades.
APPLICATIONS:
Spray coatings for cookware, anti-friction gears, bolts and screws.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 13700; S.G. 1.45 Max. Operating Temp. °C
200
Surface hardness
RR110 -5
Water absorption %
0.04
Linear expansion m/m/°C (x10 )
5.9
Tensile Strength MPa
58
Flammability UL94
V0
Flexural modulus GPa
3.76
Oxygen index %
50
Elongation at break %
0.6
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
13.4
Notched Izod kJ/m
0.015
Dielect. const. 1kHz
4.6
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.017
HDT @ 1.80 MPa °C
140
Matl. drying hrs @ °C
6 @150
Melt temp. range °C
315 - 360
Mould shrinkage %
0.3
Mould temp. range °C
40 - 140
TRADE NAMES: COMALLOY PPS
ComAlloy
CTI PPS
Compounding Technology
FORTON
Hoechst
LUBRICOMP OL-4040
LNP Engineering Plastics
254
PPVC RTP 1303TFE20
RTP
RYTON
Phillips Chemical
THERMOCOMP OL
LNP Plastics
THERMOFIL PPS
Thermofil
PPVC (Plasticised Polyvinyl Chloride) (Plasticised PVC) All Grades: ADVANTAGES: Good resistance to UV. Cheap, tough and flexible. Transparent. Easier to process than UPVC.
DISADVANTAGES: Poorer chemical resistance compared to UPVC, more flammable. Properties can change with time, due to plasticiser migration. Poor heat resistance. Some plasticisers can cause environmental stress cracking of some amorphous polymers.
APPLICATIONS: Seals, gaskets, simulated leathercloth, cable covering, tape, bottles, sachets, heat-shrinkable tubing, wall covering, flexible floor coverings, ‘leathercloth’ for upholstery, hoses, tubing.
PPVC (Plasticised Polyvinyl Chloride) (Plasticised PVC): 0 - 100% Elongation ADVANTAGES:
Better tensile strength, modulus and flammability characteristics than PVCs with higher levels of plasticization.
DISADVANTAGES:
Lower elongation at break and low temperature impact strength than PVCs with higher levels of plasticization.
APPLICATIONS:
Cable sheathing, gaskets, terminal shrouds, vizors, automotive lamp holders, grommets, handgrips, shoe heels, electric plug covers.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1420; S.G. 1.34 Max. Operating Temp. °C
50
Surface hardness
SA85
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
10
Tensile Strength MPa
20
Flammability UL94
V2
Flexural modulus GPa
0.03
Oxygen index %
24
Elongation at break %
95
Vol. Resist. log ohmcm
13
255
The Plastics Compendium - Volume 1, Key Properties and Sources Strain at Yield %
N/Y
Dielect. strength MV/m
30
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
5
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.06
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
NA
Melt temp. range °C
170 - 190
Mould shrinkage %
1.5
Mould temp. range °C
20 - 40
TRADE NAMES: CONOCO
Vista Chemical
ETHYL
Georgia-Pacific
GEON
Geon
HI-VIN (PPVC)
Hydro Polymers
KEYSOR
Keysor-Century
LACOVYL
Elf Atochem
POLYVIN
A. Schulman
SICRON
EVC
SICRON
Himont
TEKNOR APEX
Teknor Apex
TROSIPLAST 3
Huls
UNICHEM
Colorite Plastics
VESTOLIT (PPVC)
Huls
VINOFLEX G 2208
BASF
PPVC (Plasticised Polyvinyl Chloride) (Plasticised PVC): 100 - 300% Elongation ADVANTAGES:
Soft and flexible, better flammability characteristics, tensile strength and modulus than PVCs with higher levels of plasticization.
DISADVANTAGES:
Lower tensile strength and modulus than PVCs with lower levels of plasticization.
APPLICATIONS:
Cable sheathing, terminal shrouds, gaskets, vizors, automotive lamp holders, grommets, handgrips, electric plug covers, wellington boots and gloves.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1400; S.G. 1.3 Max. Operating Temp. °C
50
Surface hardness
SA65
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
14
Tensile Strength MPa
14
Flammability UL94
HB
Flexural modulus GPa
0.007
Oxygen index %
22
Elongation at break %
280
Vol. Resist. log ohmcm
13
Strain at Yield %
N/Y
Dielect. strength MV/m
30
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
6
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.1
HDT @ 1.80 MPa °C
20-
256
PPVC Matl. drying hrs @ °C
NA
Melt temp. range °C
170 - 190
Mould shrinkage %
1.5
Mould temp. range °C
20 - 40
TRADE NAMES: CONOCO
Vista Chemical
ETHYL
Georgia-Pacific
GEON
Geon
HI-VIN (PPVC)
Hydro Polymers
KEYSOR
Keysor-Century
LACOVYL
Elf Atochem
POLYVIN
A. Schulman
SICRON
EVC
SICRON
Himont
TEKNOR APEX
Teknor Apex
TROSIPL AST 3
Huls
UNICHEM
Colorite Plastics
VESTOLIT (PPVC)
Huls
PPVC (Plasticised Polyvinyl Chloride) (Plasticised PVC): >300% Elongation ADVANTAGES:
Very soft and flexible, high elongation to break and low melt viscosity compared with PVC with lower levels of plasticization.
DISADVANTAGES:
Poor flammability characteristics, very low tensile strength and modulus compared with PVC with lower levels of plasticization.
APPLICATIONS:
Cable sheathing, gaskets, terminal shrouds, vizors, automotive lamp holders, grommets, handgrips, shoe heels, electric plug covers, wellington boots, gloves.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1400; S.G. 1.24 Max. Operating Temp. °C
50
Surface hardness
SA60
Water absorption %
0.5
Linear expansion m/m/°C (x10-5)
16
Tensile Strength MPa
11
Flammability UL94
HB
Flexural modulus GPa
0.003
Oxygen index %
20
Elongation at break %
450
Vol. Resist. log ohmcm
12
Strain at Yield %
N/Y
Dielect. strength MV/m
30
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
7
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.12
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
NA
Melt temp. range °C
170 - 190
Mould shrinkage %
2
Mould temp. range °C
20 - 40
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The Plastics Compendium - Volume 1, Key Properties and Sources
TRADE NAMES: CONOCO
Vista Chemical
ETHYL
Georgia-Pacific
GEON
Geon
HI-VIN (PPVC)
Hydro Polymers
KEYSOR
Keysor-Century
LACOVYL
Elf Atochem
POLYVIN
A. Schulman
SICRON
EVC
SICRON
Himont
TEKNOR APEX
Teknor Apex
TROSIPLAST 3
Huls
UNICHEM
Colorite Plastics
VESTOLIT (PPVC)
Huls
PS (Polystyrene) All Grades: ADVANTAGES: Cheap, rigid, transparent, easy to mould and good dimensional stability. Good electrical properties, low dielectric loss. Excellent resistance to gamma radiation.
DISADVANTAGES: Brittle, poor chemical resistance especially to organics. Susceptible to UV degradation. Flammable.
APPLICATIONS: Toys, light diffusers, beakers, cutlery, general household appliances. Video/audio cassette cases, electronic housings, refrigerator liners. Structural foam Polystyrene mouldings used for business machine housings, tools, cases and boxes. Expanded Polystyrene beads used for packaging and cushioning. Foamed for food trays, dishes, eggboxes.
PS (Polystyrene) PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 880; S.G. 1.07 Max. Operating Temp. °C
50
Surface hardness
RM80
Water absorption %
0.05
Linear expansion m/m/°C (x10-5)
7
Tensile Strength MPa
34
Flammability UL94
HB
Flexural modulus GPa
3
Oxygen index %
18
Elongation at break %
1.6
Vol. Resist. log ohmcm
16
258
PS Strain at Yield %
1.4
Dielect. strength MV/m
20
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
2.6
HDT @ 0.45 MPa °C
90
Dissipation Fact.1kHz
0.0002
HDT @ 1.80 MPa °C
80
Matl. drying hrs @ °C
2 @ 70
Melt temp. range °C
200 - 250
Mould shrinkage %
0.5
Mould temp. range °C
20 - 50
TRADE NAMES: AMOCO PS
Amoco Chemicals
BAPOLAN PS
Bamberger Polymers
BP POLYSTYRENE (PS)
BP Chemicals
COMALLOY PS
ComAlloy
EDISTIR
EniChem
EDISTIR
Himont
FPC PS
Federal Plastics
GULF PS
Chevron Chemical
HUNTSMAN PS
Huntsman Chemical
MOBIL PS
Mobil Chemical
POLYSTYRENE
Goodfellow
POLYSTYROL 143 E
BASF
PS
Borealis Chemicals
SHUMAN PS
Shuman Plastics
STYRON
Dow
STYRON (PS)
Dow
THERMOFIL PS
Thermofil
VESTYRON (PS)
Huls
PS (Polystyrene): 30% Glass fibre reinforced ADVANTAGES:
Very good dimensional stability, strength, stiffness and heat resistance compared with unreinforced polystyrene.
DISADVANTAGES:
Reduced elongation at break and dielectric strength compared with unmodified PS.
APPLICATIONS:
Automotive instrument panels. Business machinery panels and kitchen appliance housings. Insturment panels and crash pad supports.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1840; S.G. 1.30 Max. Operating Temp. °C
50
Surface hardness
RM80
Water absorption %
0.07
Linear expansion m/m/°C (x10-5)
2.5
Tensile Strength MPa
85
Flammability UL94
HB
Flexural modulus GPa
6
Oxygen index %
18
Elongation at break %
1
Vol. Resist. log ohmcm
16
Strain at Yield %
N/A
Dielect. strength MV/m
15
Notched Izod kJ/m
0.05
Dielect. const. 1kHz
3.2
259
The Plastics Compendium - Volume 1, Key Properties and Sources HDT @ 0.45 MPa °C
105
HDT @ 1.80 MPa °C
99
Dissipation Fact.1kHz
0.005
Matl. drying hrs @ °C
NA
Melt temp. range °C
240 - 280
Mould shrinkage %
0.1
Mould temp. range °C
50 - 70
TRADE NAMES: AMOCO PS
Amoco Chemicals
BAPOLAN PS
Bamberger Polymers
COMALLOY PS
ComAlloy
EDISTIR
Himont
FPC PS
Federal Plastics
GULF PS
Chevron Chemical
HUNTSMAN PS
Huntsman Chemical
LASTIROL R G/30
Lati
MOBIL PS
Mobil Chemical
POLYSTYROL 158 G6
BASF
RTP 405
RTP
RTP 405
Vigilant Plastics
SHUMAN PS
Shuman Plastics
STYRON
Dow
THERMOCOMP CF
LNP Engineering Plastics
THERMOCOMP CF
LNP Plastics
THERMOFIL PS
Thermofil
PS (Polystyrene): Medium impact ADVANTAGES:
Slightly improved toughness, tensile strength and elongation at break compared with unmodified polystyrene.
DISADVANTAGES:
Material is opaque. Reduced flexural modulus and slightly reduced HDT and dielectric strength compared with unmodified polystyrene.
APPLICATIONS:
Audio and video cassette cases. Refrigerator door inner liners. Packaging cartons and containers. Toys. Beakers for automatic beverage dispensers. Clothes hangers. Trays for packed foods. Toothbrush handles. Telephone housings.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 920; S.G. 1.07 Max. Operating Temp. °C
50
Surface hardness
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
7
Tensile Strength MPa
42
Flammability UL94
HB
RM50
Flexural modulus GPa
2.5
Oxygen index %
18
Elongation at break %
4
Vol. Resist. log ohmcm
16
Strain at Yield %
2.4
Dielect. strength MV/m
18
Notched Izod kJ/m
0.04
Dielect. const. 1kHz
2.7
HDT @ 0.45 MPa °C
88
Dissipation Fact.1kHz
0.001
HDT @ 1.80 MPa °C
78
260
PS Matl. drying hrs @ °C
NA
Melt temp. range °C
210 - 260
Mould shrinkage %
0.5
Mould temp. range °C
20 - 50
TRADE NAMES: AMOCO PS
Amoco Chemicals
BP POLYSTYRENE (PS)
BP Chemicals
BAPOLAN PS
Bamberger Polymers
COMALLOY PS
ComAlloy
EDISTIR
EniChem
EDISTIR
Himont
FPC PS
Federal Plastics
GULF PS
Chevron Chemical
HUNTSMAN PS
Huntsman Chemical
MOBIL PS
Mobil Chemical
POLYSTYROL 427 D
BASF
SHUMAN PS
Shuman Plastics
STYRON
Dow
THERMOFIL PS
Thermofil
PS (Polystyrene): 2% Silicone lubricated ADVANTAGES:
Lubrication improves both granule flow and melt plasticisation during moulding or extrusion.
DISADVANTAGES:
Material cloudiness can result if lubricant content is too high. Slightly reduced tensile strength compared with unmodified PS.
APPLICATIONS:
Food packaging - cartons and containers. Toys. Cases for business machines. Clothes hangers. Packs for cosmetics/pharmaceuticals. Trays.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 950; S.G. 1.07 Max. Operating Temp. °C
50
Surface hardness
RM70
Water absorption %
0.08
Linear expansion m/m/°C (x10-5)
7
Tensile Strength MPa
30
Flammability UL94
HB
Flexural modulus GPa
3
Oxygen index %
18
Elongation at break %
2
Vol. Resist. log ohmcm
15
Strain at Yield %
1.4
Dielect. strength MV/m
20
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
2.6
HDT @ 0.45 MPa °C
90
Dissipation Fact.1kHz
0.0002
HDT @ 1.80 MPa °C
80
Matl. drying hrs @ °C
NA
Melt temp. range °C
200 - 250
Mould shrinkage %
0.5
Mould temp. range °C
20 - 50
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The Plastics Compendium - Volume 1, Key Properties and Sources
TRADE NAMES: AMOCO PS
Amoco Chemicals
BAPOLAN PS
Bamberger Polymers
COMALLOY PS
ComAlloy
EDISTIR
Himont
FPC PS
Federal Plastics
GULF PS
Chevron Chemical
HUNTSMAN PS
Huntsman Chemical
LUBRICOMP CL-4410
LNP Engineering Plastics
MOBIL PS
Mobil Chemical
POLYSTYROL 456
BASF
SHUMAN PS
Shuman Plastics
STYRON
Dow
THERMOFIL PS
Thermofil
PS (Polystyrene): Structural foam ADVANTAGES:
Rigid parts of low weight possible, i.e. for the same rigidity, a foam of half the density of a solid needs only a 25% greater wall thickness. Thick mouldings can be produced without sink marks. Mouldings have low tendency to warp and have low residual stress.
DISADVANTAGES:
Not all grades are suitable for food contact or medical applications. High quality finish not producible with low pressure injection systems. Reduced tensile strength, HDT and dielectric strength compared with unmodified polystyrene.
APPLICATIONS:
Electronic and business machines. Replacement for wood furniture, television cabinets, armchair shells, armrests. Packaging cases.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1100; S.G. 0.80 Max. Operating Temp. °C
50
Surface hardness
RM30 -5
Water absorption %
0.07
Linear expansion m/m/°C (x10 )
10
Tensile Strength MPa
22
Flammability UL94
HB
Flexural modulus GPa
1.6
Oxygen index %
18
Elongation at break %
2
Vol. Resist. log ohmcm
16
Strain at Yield %
1.3
Dielect. strength MV/m
10
Notched Izod kJ/m
0.03
Dielect. const. 1kHz
3
HDT @ 0.45 MPa °C
80
Dissipation Fact.1kHz
0.0005
HDT @ 1.80 MPa °C
70
Matl. drying hrs @ °C
NA
Melt temp. range °C
200 - 250
Mould shrinkage %
0.6
Mould temp. range °C
20 - 50
TRADE NAMES: AMOCO PS
Amoco Chemicals
BAPOLAN PS
Bamberger Polymers
COMALLOY PS
ComAlloy
262
PS EDISTIR
Himont
FPC PS
Federal Plastics
GULF PS
Chevron Chemical
HUNTSMAN PS
Huntsman Chemical
MOBIL PS
Mobil Chemical
PS
Borealis Chemicals
RIGIPORE
BP Chemicals
SHUMAN PS
Shuman Plastics
STYRON
Dow
THERMOFIL PS
Thermofil
VESTYRON (PS)
Huls
PS (Polystyrene): UV stabilised ADVANTAGES:
Good weather resistance, much longer service life, 3 - 5 times as long compared with unmodified polystyrene.
DISADVANTAGES:
UV stabilizers give polystyrene a faint yellow tint. Tensile strength and elongation at break slightly reduced compared with unmodified polystyrene.
APPLICATIONS:
Sports and leisure items. Caravan and motor caravan accessories. Outdoor signs and displays. Spoilers for cars and lorries. Light fittings.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 800; S.G. 1.10 Max. Operating Temp. °C
50
Surface hardness
RM80 -5
Water absorption %
0.05
Linear expansion m/m/°C (x10 )
7
Tensile Strength MPa
32
Flammability UL94
HB
Flexural modulus GPa
3
Oxygen index %
18
Elongation at break %
3
Vol. Resist. log ohmcm
15
Strain at Yield %
1.4
Dielect. strength MV/m
18
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
2.6
HDT @ 0.45 MPa °C
90
Dissipation Fact.1kHz
0.0003
HDT @ 1.80 MPa °C
80
Matl. drying hrs @ °C
NA
Melt temp. range °C
200 - 250
Mould shrinkage %
0.5
Mould temp. range °C
20 - 50
TRADE NAMES: AMOCO PS
Amoco Chemicals
BAPOLAN PS
Bamberger Polymers
BP POLYSTYRENE (PS)
BP Chemicals
COMALLOY PS
ComAlloy
EDISTIR
EniChem
EDISTIR
Himont
FPC PS
Federal Plastics
GULF PS
Chevron Chemical
HUNTSMAN PS
Huntsman Chemical
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The Plastics Compendium - Volume 1, Key Properties and Sources MOBIL PS
Mobil Chemical
POLYSTYROL 158 K UV
BASF
SHUMAN PS
Shuman Plastics
STYRON
Dow
STYRON (PS)
Dow
THERMOFIL PS
Thermofil
VESTYRON (PS)
Huls
PSul (Polysulphone) All Grades: ADVANTAGES: Good high temperature performance UL continuous rating of 150°C/ 300°F. Transparent. Good high frequency electrical properties. Good resistance to ionizing radiation. Resistant to hydrolysis.
DISADVANTAGES: Susceptible to stress cracking in certain solvents. Poor tracking resistance. Poor weathering properties.
APPLICATIONS: Medical components (sterilising trays,suction bottles, respirators). Food processing (filter bowls, microwave cookware, parts for milking machines). Electrical & electronics (bobbins, switch housings switch housings, capacitor film). Engineering (valve bodies, under-bonnet components, housings).
PSul (Polysulphone) PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 7730; S.G. 1.24 Max. Operating Temp. °C
150
Surface hardness
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
5.6
Tensile Strength MPa
70
Flammability UL94
V1
RM69
Flexural modulus GPa
2.65
Oxygen index %
30
Elongation at break %
80
Vol. Resist. log ohmcm
16
Strain at Yield %
5.5
Dielect. strength MV/m
16.7
Notched Izod kJ/m
0.07
Dielect. const. 1kHz
3.1
HDT @ 0.45 MPa °C
179
Dissipation Fact.1kHz
0.001
HDT @ 1.80 MPa °C
174
Matl. drying hrs @ °C
5 @120
Melt temp. range °C
310 - 390
Mould shrinkage %
0.7
Mould temp. range °C
90 - 160
264
PSul
TRADE NAMES: COMALLOY PSUL
ComAlloy
CTI PSUL
Compounding Technology
LASULF
Lati
THERMOFIL PSUL
Thermofil
UDEL
Amoco Performance Products
ULTRASON S 2010
BASF
PSul (Polysulphone): 30% Carbon fibre reinforced ADVANTAGES:
Superior tensile strength, creep resistance and rigidity, low coefficient of thermal expansion and very good mould shrinkage compared with unmodified PSu.
DISADVANTAGES:
Very expensive with poor electrical insulation characteristics compared with unmodified PSu. Moulded components can be highly anisotropic.
APPLICATIONS:
Automotive applications - under the bonnet components, aircraft interior and exterior components. Chemical plant pumps and valves, process pipe and plumbing components, pump impellers, switch devices, reflectors, knobs and battons.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 30000; S.G. 1.37 Max. Operating Temp. °C
150
Surface hardness
RM90
Water absorption %
0.15
Linear expansion m/m/°C (x10-5)
1.08
Tensile Strength MPa
159
Flammability UL94
V0
Flexural modulus GPa
14.1
Oxygen index %
32
Elongation at break %
2.5
Vol. Resist. log ohmcm
NA
Strain at Yield %
N/A
Dielect. strength MV/m
NA
Notched Izod kJ/m
0.06
Dielect. const. 1kHz
NA
HDT @ 0.45 MPa °C
197
Dissipation Fact.1kHz
NA
HDT @ 1.80 MPa °C
185
Matl. drying hrs @ °C
5 @120
Melt temp. range °C
310 - 390
Mould shrinkage %
0.15
Mould temp. range °C
90 - 150
TRADE NAMES: COMALLOY PSUL
ComAlloy
CTI PSUL
Compounding Technology
GRAFIL GG
Grafil
RTP 985
RTP
THERMOCOMP GC
LNP Plastics
THERMOCOMP GC-1006
LNP Engineering Plastics
THERMOFIL PSUL
Thermofil
UDEL
Amoco Performance Products
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The Plastics Compendium - Volume 1, Key Properties and Sources
PSul (Polysulphone): 10% Glass fibre reinforced ADVANTAGES:
Better tensile strength, flexural modulus, creep resistance, heat distortion temperature and mould shrinkage compared with unmodified polysulphone.
DISADVANTAGES:
Significant reduction in elongation at break and reduced notched izod impact strength compared with unmodified polysulphone. Inclusion of glass can cause anisotropy in mouldings.
APPLICATIONS:
Electrical components - Printed circuit boards, coil bobbins, housings, connectors and terminal blocks. Alkaline battery cases and cells, business machine parts. Automotive/Aerospace - under the bonnet components, battery caps, electronic ignition components, aircraft interior and components. Cooking appliances, digital watch cases, camera cases, medical applications, process and sanitary pipes.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 8150; S.G. 1.32 Max. Operating Temp. °C
150
Surface hardness
RR122
Water absorption %
0.23
Linear expansion m/m/°C (x10-5)
3.7
Tensile Strength MPa
75
Flammability UL94
V0
Flexural modulus GPa
4.1
Oxygen index %
32
Elongation at break %
6
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
17
Notched Izod kJ/m
0.05
Dielect. const. 1kHz
3.5
HDT @ 0.45 MPa °C
182
Dissipation Fact.1kHz
0.0025
HDT @ 1.80 MPa °C
176
Matl. drying hrs @ °C
5 @120
Melt temp. range °C
310 - 390
Mould shrinkage %
0.3
Mould temp. range °C
90 - 150
TRADE NAMES: COMALLOY PSUL
ComAlloy
CTI PSUL
Compounding Technology
LASULF
Lati
RTP 901
RTP
RTP 901
Vigilant Plastics
THERMOCOMP GF
LNP Plastics
THERMOFIL PSUL
Thermofil
UDEL
Amoco Performance Products
PSul (Polysulphone): 30% Glass fibre reinforced ADVANTAGES:
Better flammability characteristics, superior tensile strength, flexural strength and notched izod impact strength, excellent creep resistance, slightly improved heat distortion temperature and good mould shrinkage compared with unmodified PSu.
DISADVANTAGES:
Elongation at break significantly reduced compared with unmodified PSu. The mechanical properties of moulded components can be anisotropic.
APPLICATIONS:
Electrical components - Connectors, circuit boards, TV components, hairdryer parts, oven, projector and fan heater components. Pumps and valves for use in chemical and petrochemical industry, suitable also for use with hot water. Appliance housings, process equipment and food service items.
266
PSul
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 7010; S.G. 1.45 Max. Operating Temp. °C
150
Surface hardness
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
2.52
Tensile Strength MPa
124
Flammability UL94
V0
RM92
Flexural modulus GPa
8.28
Oxygen index %
35
Elongation at break %
3
Vol. Resist. log ohmcm
17
Strain at Yield %
N/A
Dielect. strength MV/m
18.9
Notched Izod kJ/m
0.1
Dielect. const. 1kHz
3.55
HDT @ 0.45 MPa °C
191
Dissipation Fact.1kHz
0.0015
HDT @ 1.80 MPa °C
185
Matl. drying hrs @ °C
5 @120
Melt temp. range °C
310 - 390
Mould shrinkage %
0.25
Mould temp. range °C
90 - 150
TRADE NAMES: COMALLOY PSUL
ComAlloy
CTI PSUL
Compounding Technology
LASULF
Lati
RTP 905
RTP
RTP 905
Vigilant Plastics
STARGLAS PSU
Ferro
THERMOCOMP GF
LNP Plastics
THERMOCOMP GF-1006
LNP Engineering Plastics
THERMOFIL PSUL
Thermofil
UDEL
Amoco Performance Products
ULTRASON S 2010 G6
BASF
PSul (Polysulphone): 15% PTFE lubricated ADVANTAGES:
Low coefficient of friction, slightly better heat distortion temperature and oxygen index compared with unmodified polysulphone.
DISADVANTAGES:
Lower tensile strength, elongation at break and notched izod impact strength compared with unmodified polysulphone.
APPLICATIONS:
Electrical components - Coil bobbins, connectors, terminal blocks. Cooking appliances, milking machine parts, process and sanitary pipes, brushes for compact hair stylers, housing for electrical appliances, pumps and valves. Medical equipment that requires sterilization.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 9600; S.G. 1.32 Max. Operating Temp. °C
150
Surface hardness
Water absorption %
0.15
Linear expansion m/m/°C (x10-5)
5.9
Tensile Strength MPa
53
Flammability UL94
V1
Flexural modulus GPa
2.62
Oxygen index %
32
RM69
267
The Plastics Compendium - Volume 1, Key Properties and Sources Elongation at break %
40
Vol. Resist. log ohmcm
16
Strain at Yield %
3
Dielect. strength MV/m
16
Notched Izod kJ/m
0.006
Dielect. const. 1kHz
3.3
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.0015
HDT @ 1.80 MPa °C
177
Matl. drying hrs @ °C
5 @120
Melt temp. range °C
310 - 390
Mould shrinkage %
0.85
Mould temp. range °C
90 - 150
TRADE NAMES: COMALLOY PSUL
ComAlloy
CTI PSUL
Compounding Technology
LUBRICOMP GL-4030
LNP Engineering Plastics
RTP 905TFE15
RTP
THERMOCOMP GL
LNP Plastics
THERMOFIL PSUL
Thermofil
UDEL
Amoco Performance Products
PTFE (Polytetrafluoroethylene) All Grades: ADVANTAGES: Outstanding chemical resistance. Low coefficient of friction. High continuous use temperature (c. 180°C/360°F). Very high oxygen index.
DISADVANTAGES: High cost. Low strength & stiffness. Cannot be melt processed. Poor radiation resistance.
APPLICATIONS: Bearings, chemical vessel linings, pipe and valve linings, gaskets, diaphragms, piston rings, high temperature electrical insulation. As a coating for non-stick applications.
PTFE (Polytetrafluoroethylene) PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 9200; S.G. 2.15 Max. Operating Temp. °C
180
Surface hardness
SD63
Water absorption %
0.01
Linear expansion m/m/°C (x10-5)
15
268
PTFE Tensile Strength MPa
25
Flammability UL94
Flexural modulus GPa
0.70
Oxygen index %
V0 95
Elongation at break %
400
Vol. Resist. log ohmcm
18 45
Strain at Yield %
70
Dielect. strength MV/m
Notched Izod kJ/m
0.16
Dielect. const. 1kHz
2.1
HDT @ 0.45 MPa °C
121
Dissipation Fact.1kHz
0.0001
HDT @ 1.80 MPa °C
54
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
NA
Mould temp. range °C
NA
TRADE NAMES: ALGOFLON
Ausimont
ALGOFLON
Himont
DUROID
Rogers
FLUON
ICI Chemical & Polymers
HALON
Allied Signal
HOSTAFLON TF
Hoechst
PTFE
Goodfellow
SOREFLON
Elf Atochem
TEFLON
DuPont
TETRAFLUOR
Tetrafluor
PTFE (Polytetrafluoroethylene): 60% Bronze filled ADVANTAGES:
High thermal conductivity. Highest modulus of PTFE range. Higher surface hardness than unmodified PTFE.
DISADVANTAGES:
Lower tensile strength, impact strength and elongation at break compared with unmodified PTFE, also more expensive than PTFE.
APPLICATIONS:
Bearings at high speeds (particularly where unhardened shafts used). Wear pads, piston rings.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 10600; S.G. 3.8 Max. Operating Temp. °C
180
Surface hardness
SD72
Water absorption %
0.01
Linear expansion m/m/°C (x10-5)
12
Tensile Strength MPa
13
Flammability UL94
V0
Flexural modulus GPa
2
Oxygen index %
95
Elongation at break %
120
Vol. Resist. log ohmcm
3
Strain at Yield %
N/Y
Dielect. strength MV/m
NA
Notched Izod kJ/m
0.12
Dielect. const. 1kHz
NA
HDT @ 0.45 MPa °C
125
Dissipation Fact.1kHz
NA
HDT @ 1.80 MPa °C
80
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
NA
Mould temp. range °C
NA
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The Plastics Compendium - Volume 1, Key Properties and Sources
TRADE NAMES: ALGOFLON
Himont
DUROID
Rogers
FLUON
ICI Chemical & Polymers
FLUOROCOMP
LNP Plastics
HALON
Allied Signal
HOSTAFLON TF
Hoechst
SOREFLON
Elf Atochem
TEFLON
DuPont
TETRAFLUOR
Tetrafluor
PTFE (Polytetrafluoroethylene): 15% Glass fibre filled ADVANTAGES:
Improved wear, surface hardness, creep resistance and flexural modulus compared with unmodified PTFE.
DISADVANTAGES:
Lower notched impact strength, tensile strength, elongation at break and electrical characteristics than unmodified PTFE.
APPLICATIONS:
Wear pads, piston rings, microwave oven rotating platforms.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 10700; S.G. 2.2 Max. Operating Temp. °C
180
Surface hardness
SD68
Water absorption %
0.01
Linear expansion m/m/°C (x10-5)
12.4
Tensile Strength MPa
22
Flammability UL94
V0
Flexural modulus GPa
1.1
Oxygen index %
95
Elongation at break %
340
Vol. Resist. log ohmcm
16
Strain at Yield %
N/Y
Dielect. strength MV/m
40
Notched Izod kJ/m
0.14
Dielect. const. 1kHz
2.6
HDT @ 0.45 MPa °C
122
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
105
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
NA
Mould temp. range °C
NA
TRADE NAMES: ALGOFLON
Himont
DUROID
Rogers
FLUON
ICI Chemical & Polymers
HALON
Allied Signal
HOSTAFLON TF
Hoechst
SOREFLON
Elf Atochem
TEFLON
DuPont
TETRAFLUOR
Tetrafluor
270
PTFE
PTFE (Polytetrafluoroethylene): 25% Glass fibre filled ADVANTAGES:
Higher modulus and surface hardness than PTFE. Improved creep resistance, dimensional stability and wear compared with PTFE.
DISADVANTAGES:
Lower impact strength, lower tensile strength and more expensive than unmodified PTFE.
APPLICATIONS:
Wear pads, piston rings, microwave oven rotating platforms.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 10100; S.G. 2.25 Max. Operating Temp. °C
180
Surface hardness
SD72
Water absorption %
0.01
Linear expansion m/m/°C (x10-5)
12
Tensile Strength MPa
17
Flammability UL94
V0
Flexural modulus GPa
1.00
Oxygen index %
95
Elongation at break %
250
Vol. Resist. log ohmcm
15
Strain at Yield %
N/Y
Dielect. strength MV/m
40
Notched Izod kJ/m
0.12
Dielect. const. 1kHz
2.8
HDT @ 0.45 MPa °C
125
Dissipation Fact.1kHz
0.003
HDT @ 1.80 MPa °C
110
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
NA
Mould temp. range °C
NA
TRADE NAMES: ALGOFLON
Himont
DUROID
Rogers
FLUON
ICI Chemical & Polymers
HALON
Allied Signal
HOSTAFLON TF
Hoechst
SOREFLON
Elf Atochem
TEFLON
DuPont
TETRAFLUOR
Tetrafluor
PTFE (Polytetrafluoroethylene): 15% Graphite filled ADVANTAGES:
Low coefficient of friction compared to other filled PTFE materials. Higher flexural modulus and surface hardness than unmodified PTFE.
DISADVANTAGES:
Lower notched impact strength, tensile strength, elongation at break and electrical characteristics compared with unmodified PTFE. Tendency for graphite for leach out.
APPLICATIONS:
Bearings, antistatic applications, wear pads, piston rings.
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The Plastics Compendium - Volume 1, Key Properties and Sources
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 10700; S.G. 2.11 Max. Operating Temp. °C
180
Surface hardness
SD67
Water absorption %
0.01
Linear expansion m/m/°C (x10-5)
12
Tensile Strength MPa
17
Flammability UL94
V0
Flexural modulus GPa
1.03
Oxygen index %
95
Elongation at break %
240
Vol. Resist. log ohmcm
NA
Strain at Yield %
65
Dielect. strength MV/m
NA
Notched Izod kJ/m
0.14
Dielect. const. 1kHz
NA
HDT @ 0.45 MPa °C
120
Dissipation Fact.1kHz
0.0007
HDT @ 1.80 MPa °C
95
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
NA
Mould temp. range °C
NA
TRADE NAMES: ALGOFLON
Himont
DUROID
Rogers
FLUON
ICI Chemical & Polymers
HALON
Allied Signal
HOSTAFLON TF
Hoechst
SOREFLON
Elf Atochem
TEFLON
DuPont
TETRAFLUOR
Tetrafluor
PU (Polyurethane - thermoset) All Grades: ADVANTAGES: Can be tailored chemically to yield products in a wide variety of forms. Excellent abrasion resistance (elastomers) and tear resistance. Resistant to ozone and aliphatic hydrocarbons. May be injection moulded. Excellent adhesion.
DISADVANTAGES: Poor UV resistance. Isocyanates are highly toxic. High smoke evolution. Poor solvent and acid resistance. Limited heat resistance. High hysteresis - hence heat build-up during cyclic loading.
APPLICATIONS: Soft microcellular foams for cushioning, packaging. Semi-rigid foams for insulation, foam-in-place buoyancy. Hard microcellular foams for shoe soles, car bumpers, tyres, wheels, gears, fuel hose. Structural foam for housings, panels. Cast elastomers for bearings, gears and wheels.
272
PU NOTE: Polyether-based PU is superior to polyester-based PU in terms of resistance to hydrolysis, hysteresis, heat build-up and low temperature impact, but polyether PUs are inferior to polyester PUs for oil and abrasion resistance, ageing and general mechanical properties.
PU (Polyurethane - thermoset): Hard cast elastomer ADVANTAGES:
Best tensile strength, fatigue index and wear characteristics compared with other thermosetting polyurethanes.
DISADVANTAGES:
Highest linear expansion and worst flow characteristics compared with other thermosetting polyurethanes.
APPLICATIONS:
Insulators. Electrical switch & junction boxes. Bearings, gears and wheels.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 2200; S.G. 1.2 Max. Operating Temp. °C
80
Surface hardness
SA95
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
16
Tensile Strength MPa
50
Flammability UL94
HB
Flexural modulus GPa
0.022
Oxygen index %
24
Elongation at break %
400
Vol. Resist. log ohmcm
12
Strain at Yield %
N/Y
Dielect. strength MV/m
16
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
9
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.003
HDT @ 1.80 MPa °C
40
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
1.7
Mould temp. range °C
NA
TRADE NAMES: ADIPRENE
DuPont
BAYDUR
Bayer
BAYFLEX
Bayer
CHEMPOL
Cook Composites & Polymers
HYPERLAST
Kemira Polymers
HYPERLAST
MacPherson Polymers
URELITE
Hexcel
UROFLEX
BASF
VULCOLLAN
Bayer
PU (Polyurethane - thermoset): Hard microcellular elastomer ADVANTAGES:
Lowest cost/tonne, best machining and bonding characteristics compared with other thermosetting polyurethanes.
273
The Plastics Compendium - Volume 1, Key Properties and Sources DISADVANTAGES:
Worst wear characteristics and low maximum operating temperature and surface hardness compared with other thermosetting polyurethanes.
APPLICATIONS:
Shoe soles, car bumpers, tyres, wheels, gears, fuel hose.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 1350; S.G. 0.9 Max. Operating Temp. °C
70
Surface hardness
SA50
Water absorption %
10
Linear expansion m/m/°C (x10-5)
13
Tensile Strength MPa
4
Flammability UL94
HB
Flexural modulus GPa
0.01
Oxygen index %
24
Elongation at break %
120
Vol. Resist. log ohmcm
12
Strain at Yield %
N/Y
Dielect. strength MV/m
16
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
4
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.003
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
1.7
Mould temp. range °C
NA
TRADE NAMES: BAYDUR
Bayer
BAYFLEX
Bayer
CHEMPOL
Cook Composites & Polymers
DESMOFLEX
Bayer
HYPERLAST
Kemira Polymers
HYPERLAST
MacPherson Polymers
URELITE
Hexcel
UROFLEX
BASF
PU (Polyurethane - thermoset): Reinforced microcellular elastomer ADVANTAGES:
Highest flexural modulus, HDT and surface hardness, best surface finish, friction, and lowest linear expansion compared with other thermosetting polyurethanes.
DISADVANTAGES:
Highest S.G., tendency to warp, volume unit cost and lowest elongation at break compared with other thermosetting polyurethanes.
APPLICATIONS:
Housings and panels.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 2500; S.G. 1.3 Max. Operating Temp. °C
80
Surface hardness
SA98
Water absorption %
0.4
Linear expansion m/m/°C (x10-5)
8
Tensile Strength MPa
12
Flammability UL94
HB
274
PU Flexural modulus GPa
1.5
Oxygen index %
24
Elongation at break %
5
Vol. Resist. log ohmcm
12
Strain at Yield %
N/A
Dielect. strength MV/m
16
Notched Izod kJ/m
0.9
Dielect. const. 1kHz
6
HDT @ 0.45 MPa °C
160
Dissipation Fact.1kHz
0.004
HDT @ 1.80 MPa °C
80
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
0.9
Mould temp. range °C
NA
TRADE NAMES: BAYDUR
Bayer
BAYFLEX GR
Bayer
CHEMPOL
Cook Composites & Polymers
DALTOFLEX
ICI Polyurethane
HYPERLAST
Kemira Polymers
HYPERLAST
MacPherson Polymers
URELITE
Hexcel
UROFLEX
BASF
PU (Polyurethane - thermoset): Semi-rigid foam ADVANTAGES:
Higher flexural modulus, maximum operating temperature and HDT compared with soft microcellular polyurethane.
DISADVANTAGES:
Lowest notched impact strength and tensile strength compared with other thermosetting polyurethanes contained within this Handbook.
APPLICATIONS:
Insulation, foam-in-place buoyancy.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 2630; S.G. 0.8 Max. Operating Temp. °C
80
Surface hardness
SA70
Water absorption %
0.4
Linear expansion m/m/°C (x10-5)
11
Tensile Strength MPa
4
Flammability UL94
HB
Flexural modulus GPa
0.01
Oxygen index %
24
Elongation at break %
150
Vol. Resist. log ohmcm
12
Strain at Yield %
N/Y
Dielect. strength MV/m
16
Notched Izod kJ/m
0.4
Dielect. const. 1kHz
4
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.003
HDT @ 1.80 MPa °C
30
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
1.7
Mould temp. range °C
NA
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The Plastics Compendium - Volume 1, Key Properties and Sources
TRADE NAMES: BAYDUR
Bayer
BAYFLEX
Bayer
CHEMPOL
Cook Composites & Polymers
HYPERLAST
Kemira Polymers
HYPERLAST
MacPherson Polymers
PROPOCON-ISOCON
Lankro Chemicals Urethane Division
URELITE
Hexcel
UROFLEX
BASF
PU (Polyurethane - thermoset): Soft microcellular elastomer ADVANTAGES:
Lowest S.G. and highest elongation at break compared with other thermosetting polyurethanes contained within this Handbook.
DISADVANTAGES:
Highest cost per tonne, lowest maximum operating temperature and surface hardness compared with other thermosetting polyurethanes contained within this Handbook.
APPLICATIONS:
Cushioning and packaging.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 4360; S.G. 0.5 Max. Operating Temp. °C
70
Surface hardness
SA50
Water absorption %
10
Linear expansion m/m/°C (x10-5)
15
Tensile Strength MPa
7
Flammability UL94
HB
Flexural modulus GPa
0.002
Oxygen index %
24
Elongation at break %
450
Vol. Resist. log ohmcm
12
Strain at Yield %
N/Y
Dielect. strength MV/m
16
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
3
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.003
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
1.7
Mould temp. range °C
NA
TRADE NAMES: BAYDUR
Bayer
BAYFLEX
Bayer
CHEMPOL
Cook Composites & Polymers
HYPERLAST
Kemira Polymers
HYPERLAST
MacPherson Polymers
MICROVON
Dunlop
SORANE 500
ICI Polyurethane
URELITE
Hexcel
UROFLEX
BASF
276
PU
PU (Polyurethane - thermoset): Structural foam ADVANTAGES:
Lowest water absorption and mould shrinkage, best arc resistance, flow and flexural modulus/unit cost compared with other thermosetting polyurethanes.
DISADVANTAGES:
Worst fatigue index and machining characteristics compared with other thermosetting polyurethanes.
APPLICATIONS:
Housings and panels.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 2000; S.G. 0.6 Max. Operating Temp. °C
80
Surface hardness
SA95 -5
Water absorption %
0.2
Linear expansion m/m/°C (x10 )
12
Tensile Strength MPa
20
Flammability UL94
HB
Flexural modulus GPa
0.9
Oxygen index %
24
Elongation at break %
10
Vol. Resist. log ohmcm
12
Strain at Yield %
N/Y
Dielect. strength MV/m
16
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
6
Dissipation Fact.1kHz
0.003
HDT @ 0.45 MPa °C
130
HDT @ 1.80 MPa °C
65
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
0.6
Mould temp. range °C
NA
TRADE NAMES: BAYDUR
Bayer
BAYFLEX
Bayer
CHEMPOL
Cook Composites & Polymers
HYPERLAST
Kemira Polymers
HYPERLAST
MacPherson Polymers
KOOLTHERM URETHANE
Kooltherm Insulation Products
PORON
Rogers
URELITE
Hexcel
UROFLEX
BASF
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The Plastics Compendium - Volume 1, Key Properties and Sources
PU TPE (Polyurethane Thermoplastic Elastomer) All Grades: ADVANTAGES: Good abrasion and tear resistance. Good energy absorption. May be transparent. Good adhesion to substrates of metal or other materials. Resistant to oil.
DISADVANTAGES: High smoke emission. High hysteresis - excessive heat generation during fatigue loading. Limited chemical and UV resistance. Continuous use temperature of only 70°C/160°F.Tendency to absorb moisture, so limited electrical use.
APPLICATIONS: Abrasion resistant rollers, bearings, gears, shock mountings shoe heels and soles, car bumpers, coatings for fabrics (particularly inflatable products), adhesives. NOTE: Polyether-based PU is superior to polyester-based PU in terms of resistance to hydrolysis, hysteresis, heat build-up and low temperature impact, but polyether PUs are inferior to polyester PUs for oil and abrasion resistance, ageing and general mechanical properties.
PU TPE (Polyurethane Thermoplastic Elastomer): TPE 70A ADVANTAGES:
Good energy absorption. Best low temperature characteristics and elongation at break of the urethanebased TPEs (70A - 95A).
DISADVANTAGES:
Lowest hardness, tensile strength, flexural modulus of the urethane-based TPEs (70A - 95A).
APPLICATIONS:
Hydraulic seals, gaskets, bearings, grommets, nuts, film, sheet, tubing, profiles.
PLASCAMS DATA SHEET Resin type: TP Elast.; Cost £/Tonne: 3500; S.G. 1.06 Max. Operating Temp. °C
70
Surface hardness
SA70
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
15
Tensile Strength MPa
24
Flammability UL94
HB
Flexural modulus GPa
0.003
Oxygen index %
19
Elongation at break %
700
Vol. Resist. log ohmcm
16
Strain at Yield %
N/Y
Dielect. strength MV/m
22
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
3.5
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.008
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
4 @ 90
Melt temp. range °C
195 - 230
Mould shrinkage %
1.5
Mould temp. range °C
20 - 55
278
PU TPE
TRADE NAMES: DESMOPAN
Albis
DESMOPAN
Bayer
ELLASTOLLAN C
Elastogran Ltd
ESTANE
BF Goodrich Chemical
LASTANE
Lati
MORTHANE
Morton International
ROYLAR
Uniroyal Chemical Company
TEXIN
Bayer
PU TPE (Polyurethane Thermoplastic Elastomer): TPE 80A ADVANTAGES:
Higher tensile strength and flexural modulus than UTPE 70A. Higher elongation at break than UTPE 95A materials.
DISADVANTAGES:
Lower tensile strength and flexural modulus than UTPE 95A. Lower elongation at break than UTPE 70A.
APPLICATIONS:
Animal ID tags, catheters, connectors, film, sheet, tubing, profiles, hydraulic hose, jacketing, wire and cable.
PLASCAMS DATA SHEET Resin type: TP Elast.; Cost £/Tonne: 2670; S.G. 1.13 Max. Operating Temp. °C
70
Surface hardness
SA80
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
15
Tensile Strength MPa
38
Flammability UL94
HB
Flexural modulus GPa
0.004
Oxygen index %
18
Elongation at break %
550
Vol. Resist. log ohmcm
16
Strain at Yield %
N/Y
Dielect. strength MV/m
22
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
3.5
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.008
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
4 @ 90
Melt temp. range °C
195 - 230
Mould shrinkage %
1.5
Mould temp. range °C
20 - 55
TRADE NAMES: DESMOPAN
Albis
DESMOPAN
Bayer
ELLASTOLLAN S
Elastogran Ltd
ESTANE
BF Goodrich Chemical
LASTANE
Lati
MORTHANE
Morton International
ROYLAR
Uniroyal Chemical Company
TEXIN
Bayer
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The Plastics Compendium - Volume 1, Key Properties and Sources
PU TPE (Polyurethane Thermoplastic Elastomer): TPE 95A ADVANTAGES:
Highest tensile strength and flexural modulus of the urethane TPEs (70A - 95A).
DISADVANTAGES:
Lowest elongation at break of urethane TPEs (70A - 95A).
APPLICATIONS:
Hydraulic seals, gaskets, industrial wheels, casters, bearings, bushings, grommets, nuts. Also extrusion grade film, sheet, tubing, profiles.
PLASCAMS DATA SHEET Resin type: TP Elast.; Cost £/Tonne: 3050; S.G. 1.15 Max. Operating Temp. °C
70
Surface hardness
SA95
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
15
Tensile Strength MPa
45
Flammability UL94
HB
Flexural modulus GPa
0.013
Oxygen index %
18
Elongation at break %
400
Vol. Resist. log ohmcm
16
Strain at Yield %
N/Y
Dielect. strength MV/m
22
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
3.5
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.008
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
4 @ 90
Melt temp. range °C
195 - 230
Mould shrinkage %
1.5
Mould temp. range °C
20 - 55
TRADE NAMES: DESMOPAN
Albis
DESMOPAN
Bayer
ELLASTOLLAN 1100
Elastogran Ltd
ESTANE
BF Goodrich Chemical
LASTANE
Lati
MORTHANE
Morton International
ROYLAR
Uniroyal Chemical Company
TEXIN
Bayer
280
PVDF
PVDF (Polyvinylidene Fluoride) All Grades: ADVANTAGES: Highest tensile strength of all processable fluorocarbons. Good radiation resistance (better than other fluorocarbons). Melt processable. Good abrasion resistance. Good general chemical resistance, although inferior to PTFE. Maximum use temperature 150°C (300°F). Useful piezo-electric properties.
DISADVANTAGES: High dissipation factor. Processing machinery needs to be very clean. Normally cannot reinforce with glass fibres due to decomposition initiated by boron. Poor resistance to fuming acids.
APPLICATIONS: Chemical process industry - pipes, bearings, pipe fittings, wire insulation, chemical laboratory apparatus, heat-shrinkable tubing.
PVDF (Polyvinylidene Fluoride) PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 11000; S.G. 1.76 Max. Operating Temp. °C
150
Surface hardness
SD80
Water absorption %
0.04
Linear expansion m/m/°C (x10-5)
16
Tensile Strength MPa
35
Flammability UL94
V0
Flexural modulus GPa
1.7
Oxygen index %
43
Elongation at break %
50
Vol. Resist. log ohmcm
14
Strain at Yield %
9.5
Dielect. strength MV/m
13
Notched Izod kJ/m
0.18
Dielect. const. 1kHz
7
HDT @ 0.45 MPa °C
121
Dissipation Fact.1kHz
0.06
HDT @ 1.80 MPa °C
82
Matl. drying hrs @ °C
4 @ 90
Melt temp. range °C
260 - 300
Mould shrinkage %
3
Mould temp. range °C
80 - 90
TRADE NAMES DYFLOR
Arco Chemicals
DYFLOR
Huls
FORAFLON
Elf Atochem
HYLAR
Ausimont
KYNAR
Elf Atochem
SOLEF
Solvay Chemicals
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The Plastics Compendium - Volume 1, Key Properties and Sources
PVDF (Polyvinylidene Fluoride): 20% Carbon fibre reinforced ADVANTAGES:
High tensile strength, flexural modulus, compressive strength, heat distortion temp and low coefficient of thermal expansion compared with unmodified PVDF.
DISADVANTAGES:
Low elongation at break and very expensive compared with unmodified PVDF. Mechanical properties are anisotropic. Only available in black.
APPLICATIONS:
Bearings, nuts, bolts, stirrers, pump rotors and valve bodies used in aggressive environments.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 25500; S.G. 1.76 Max. Operating Temp. °C
130
Surface hardness
SD90 -5
Water absorption %
0.04
Linear expansion m/m/°C (x10 )
6
Tensile Strength MPa
100
Flammability UL94
V0
Flexural modulus GPa
5.5
Oxygen index %
43
Elongation at break %
6
Vol. Resist. log ohmcm
5
Strain at Yield %
N/A
Dielect. strength MV/m
NA
Notched Izod kJ/m
0.12
Dielect. const. 1kHz
NA
HDT @ 0.45 MPa °C
150
Dissipation Fact.1kHz
NA
HDT @ 1.80 MPa °C
140
Matl. drying hrs @ °C
4 @ 90
Melt temp. range °C
280 - 320
Mould shrinkage %
0.7
Mould temp. range °C
80 - 90
TRADE NAMES: DYFLOR
Arco Chemicals
FORAFLON
Elf Atochem
GRAFIL PVDF
Grafil
KYNAR
Elf Atochem
THERMOCOMP FP-VC-1004
LNP Engineering Plastics
PVF (Polyvinyl Fluoride) ADVANTAGES: Excellent resistance to weathering. Excellent resistance to staining and chemical attack (except ketones and esters). Very slow burning. Low permeability to vapour.
DISADVANTAGES: Insufficient thermal stability to allow normal injection moulding. Usually only available as a film.
282
SAN APPLICATIONS: Weather resistant film for glazing panels, suface covering for PVC film. Film covering in aircraft interiors to reduce flammability, glazing for solar panels.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 24000; S.G. 1.45 Max. Operating Temp. °C
150
Surface hardness
SD80
Water absorption %
0.05
Linear expansion m/m/°C (x10-5)
9
Tensile Strength MPa
40
Flammability UL94
V0
Flexural modulus GPa
1.4
Oxygen index %
35
Elongation at break %
150
Vol. Resist. log ohmcm
13
Strain at Yield %
30
Dielect. strength MV/m
20
Notched Izod kJ/m
0.18
Dielect. const. 1kHz
8
HDT @ 0.45 MPa °C
121
Dissipation Fact.1kHz
0.5
HDT @ 1.80 MPa °C
82
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
NA
Mould temp. range °C
NA
TRADE NAMES: TEDLAR
DuPont
SAN (Styrene Acrylonitrile) All Grades: ADVANTAGES: Better general chemical resistance than Polystyrene. Cheaper than Acrylic. Good combination of rigidity, strength, toughness and transparency.
DISADVANTAGES: Less transparent than Acrylic, has a blue/grey tint. Inferior UV resistance compared to Acrylic. Low maximum continuous use temperature 55°C/130°F.
APPLICATIONS: Domestic: Cups, toothbrush handles, trays, containers, covers, cassette cases. Industrial : Battery cases, dials, knobs, switches, lenses.
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The Plastics Compendium - Volume 1, Key Properties and Sources
SAN (Styrene Acrylonitrile) PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1320; S.G. 1.07 Max. Operating Temp. °C
55
Surface hardness
RM80
Water absorption %
0.25
Linear expansion m/m/°C (x10-5)
7
Tensile Strength MPa
72
Flammability UL94
HB
Flexural modulus GPa
3.6
Oxygen index %
18
Elongation at break %
2.4
Vol. Resist. log ohmcm
16
Strain at Yield %
3.5
Dielect. strength MV/m
25
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
3
HDT @ 0.45 MPa °C
96
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
84
Matl. drying hrs @ °C
1.5@80
Melt temp. range °C
220 - 270
Mould shrinkage %
0.6
Mould temp. range °C
50 - 80
TRADE NAMES: ACS SAN
Biddle-Sawyer
ASHLENE SAN
Ashley Polymers
COMALLOY SAN
ComAlloy
CTI SAN
Compounding Technology
KOSTIL
EniChem
KOSTIL
Himont
LASTIL
Lati
LURAN
BASF
LUSTRAN SAN
Monsanto
RTP 500
RTP
SAN
Albis
THERMOFIL SAN
Thermofil
TYRIL
Dow
SAN (Styrene Acrylonitrile): Fire retardant ADVANTAGES:
Very good flame retardant characteristics (VO>2) compared with unmodified SAN (HB).
DISADVANTAGES:
Slightly reduced tensile strength, flexural modulus and HDT, compared with unmodified SAN - also more expensive.
APPLICATIONS:
Computer and calculating machine housings, electronic chassis, tape spools. Consumer durable housings, fans, meter housings. Housings for reprographic machines, typewriters, cash registers, large cameras, optical equipment, precision scientific and laboratory equipment.
284
SAN
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1700; S.G. 1.2 Max. Operating Temp. °C
55
Surface hardness
RR125
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
7
Tensile Strength MPa
70
Flammability UL94
V0
Flexural modulus GPa
3.5
Oxygen index %
29
Elongation at break %
2.5
Vol. Resist. log ohmcm
15
Strain at Yield %
2
Dielect. strength MV/m
20
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
3
HDT @ 0.45 MPa °C
90
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
84
Matl. drying hrs @ °C
2 @ 85
Melt temp. range °C
220 - 250
Mould shrinkage %
0.5
Mould temp. range °C
40 - 60
TRADE NAMES: ACS SAN
Biddle-Sawyer
ASHLENE SAN
Ashley Polymers
COMALLOY SAN
ComAlloy
CTI SAN
Compounding Technology
KOSTIL
Himont
LASTIL
Lati
LURAN
BASF
LUSTRAN SAN
Monsanto
RTP 500
RTP
THERMOFIL SAN
Thermofil
TYRIL
Dow
SAN (Styrene Acrylonitrile): 30% Glass fibre reinforced ADVANTAGES:
Better stiffness, tensile strength, dimensional stability, notched izod impact strength and HDT than unmodified SAN.
DISADVANTAGES:
More expensive, lower dielectric strength and lower elongation at break than unmodified SAN. Not available in transparent form.
APPLICATIONS:
Crash pad supports, automotive instrument panels. Computer and calculating machine housings, tape spools. Consumer durable housings, fans, meter housings. Office machinery housings.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 2030; S.G. 1.31 Max. Operating Temp. °C
55
Surface hardness
RR123
Water absorption %
0.15
Linear expansion m/m/°C (x10-5)
3.6
Tensile Strength MPa
120
Flammability UL94
HB
Flexural modulus GPa
10
Oxygen index %
18
285
The Plastics Compendium - Volume 1, Key Properties and Sources Elongation at break %
2
Vol. Resist. log ohmcm
16
Strain at Yield %
N/A
Dielect. strength MV/m
20
Notched Izod kJ/m
0.06
Dielect. const. 1kHz
3.2
HDT @ 0.45 MPa °C
107
Dissipation Fact.1kHz
0.08
HDT @ 1.80 MPa °C
100
Matl. drying hrs @ °C
1.5@80
Melt temp. range °C
250 - 270
Mould shrinkage %
0.1
Mould temp. range °C
50 - 70
TRADE NAMES: ACS SAN
Biddle-Sawyer
ASHLENE SAN
Ashley Polymers
COMALLOY SAN
ComAlloy
CTI SAN
Compounding Technology
KOSTIL
Himont
LASTIL
Lati
LURAN
BASF
LUSTRAN SAN
Monsanto
RTP 500
RTP
RTP 505
RTP
RTP 505
Vigilant Plastics
THERMOCOMP BF
LNP Engineering Plastics
THERMOCOMP BF
LNP Plastics
THERMOFIL SAN
Thermofil
TYRIL
Dow
SAN (Styrene Acrylonitrile): High heat ADVANTAGES:
Higher heat distortion temperature, tensile strength, flexural modulus and greater elongation at break compared with unmodified SAN.
DISADVANTAGES:
Reduced processing profile compared with unmodified SAN.
APPLICATIONS:
Soup-tureens, TV screens, plates, cups, lenses, coffee filter, thermos flask casings.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1450; S.G. 1.08 Max. Operating Temp. °C
55
Surface hardness
RM80
Water absorption %
0.25
Linear expansion m/m/°C (x10-5)
7
Tensile Strength MPa
75
Flammability UL94
HB
Flexural modulus GPa
3.8
Oxygen index %
18
Elongation at break %
3
Vol. Resist. log ohmcm
16
Strain at Yield %
2
Dielect. strength MV/m
25
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
3
HDT @ 0.45 MPa °C
110
Dissipation Fact.1kHz
0.006
HDT @ 1.80 MPa °C
103
286
SAN Matl. drying hrs @ °C
1.5@80
Melt temp. range °C
210 - 250
Mould shrinkage %
0.5
Mould temp. range °C
40 - 60
TRADE NAMES: ACS SAN
Biddle-Sawyer
ASHLENE SAN
Ashley Polymers
COMALLOY SAN
ComAlloy
CTI SAN
Compounding Technology
KOSTIL
Himont
LURAN
BASF
LUSTRAN SAN
Monsanto
RTP 500
RTP
THERMOFIL SAN
Thermofil
TYRIL
Dow
SAN (Styrene Acrylonitrile): High impact ADVANTAGES:
Improved impact strength and elongation at break compared with unmodified SAN.
DISADVANTAGES:
Reduced tensile strength and modulus compared with unmodified SAN.
APPLICATIONS:
Soup-tureens, TV screens, plates, cups, lenses, coffee filter, thermos flask casings.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1400; S.G. 1.07 Max. Operating Temp. °C
55
Surface hardness
RR102
Water absorption %
0.5
Linear expansion m/m/°C (x10-5)
9
Tensile Strength MPa
48
Flammability UL94
HB
Flexural modulus GPa
2.5
Oxygen index %
18
Elongation at break %
3.5
Vol. Resist. log ohmcm
14
Strain at Yield %
2.5
Dielect. strength MV/m
22
Notched Izod kJ/m
0.06
Dielect. const. 1kHz
3.5
HDT @ 0.45 MPa °C
95
Dissipation Fact.1kHz
0.025
HDT @ 1.80 MPa °C
82
Matl. drying hrs @ °C
3 @ 85
Melt temp. range °C
220 - 260
Mould shrinkage %
0.7
Mould temp. range °C
50 - 70
TRADE NAMES: ACS SAN
Biddle-Sawyer
ASHLENE SAN
Ashley Polymers
COMALLOY SAN
ComAlloy
CTI SAN
Compounding Technology
KOSTIL
Himont
LURAN
BASF
287
The Plastics Compendium - Volume 1, Key Properties and Sources LUSTRAN SAN
Monsanto
RTP 500
RTP
THERMOFIL SAN
Thermofil
TYRIL
Dow
SAN (Styrene Acrylonitrile): UV stabilised ADVANTAGES:
Improved resistance to degradation from weathering, high colour retention and clarity compared with unmodified SAN.
DISADVANTAGES:
Slightly lower tensile strength and flexural modulus than unmodified SAN.
APPLICATIONS:
Reflectors, various other household and technical items subject to the outdoors.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1350; S.G. 1.08 Max. Operating Temp. °C
55
Surface hardness
RM79
Water absorption %
0.25
Linear expansion m/m/°C (x10-5)
7
Tensile Strength MPa
70
Flammability UL94
HB
Flexural modulus GPa
3.5
Oxygen index %
18
Elongation at break %
2.5
Vol. Resist. log ohmcm
15
Strain at Yield %
2
Dielect. strength MV/m
22
Notched Izod kJ/m
0.025
Dielect. const. 1kHz
3
HDT @ 0.45 MPa °C
96
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
84
Matl. drying hrs @ °C
1.5@80
Melt temp. range °C
220 - 270
Mould shrinkage %
0.6
Mould temp. range °C
50 - 80
TRADE NAMES: ACS SAN
Biddle-Sawyer
ASHLENE SAN
Ashley Polymers
COMALLOY SAN
ComAlloy
CTI SAN
Compounding Technology
KOSTIL
Himont
LASTIL
Lati
LURAN
BASF
LUSTRAN SAN
Monsanto
LUSTRAN SAN 47
Monsanto
RTP 500
RTP
THERMOFIL SAN
Thermofil
TYRIL
Dow
288
SB
SB (Styrene Butadiene) ADVANTAGES: Better toughness than Polystyrene. May form integral hinges. Sterilisable by ethylene oxide or gamma radiation.
DISADVANTAGES: More expensive than High Impact Polystyrene. Poor UV resistance.
APPLICATIONS: Blister packaging. Toys. Replacing cellulosics, clear PVC in certain film applications.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1460; S.G. 1.01 Max. Operating Temp. °C
55
Surface hardness
SD75
Water absorption %
0.08
Linear expansion m/m/°C (x10-5)
10
Tensile Strength MPa
28
Flammability UL94
HB
Flexural modulus GPa
1.6
Oxygen index %
19
Elongation at break %
50
Vol. Resist. log ohmcm
15
Strain at Yield %
N/Y
Dielect. strength MV/m
12
Notched Izod kJ/m
0.08
Dielect. const. 1kHz
2.5
HDT @ 0.45 MPa °C
80
Dissipation Fact.1kHz
0.0004
HDT @ 1.80 MPa °C
73
Matl. drying hrs @ °C
1 @ 70
Melt temp. range °C
190 - 230
Mould shrinkage %
0.5
Mould temp. range °C
30 - 50
TRADE NAMES: K RESIN
Phillips Chemical
K RESIN
Phillips Quadrant
SB
Borealis Chemicals
STYROLUX
BASF
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SBS TPE (Styrene-Butadiene-Styrene based Thermoplastic Elastomer) All Grades: ADVANTAGES: Good resistance to cut and crack growth. Flexible to -50°C/-60°F. Good fatigue resistance.
DISADVANTAGES: Maximum operating temperature 50°C/120°F. Degraded by UV radiation. Attacked by ozone. Poor resistance to oxidising acids. Poor solvent resistance. High creep rate. High friction leading to hysteresis heating.
APPLICATIONS: Impact modifier for High Impact Polystyrene. Footwear. Adhesives. Wire covering and hosing.
SBS TPE (Styrene-Butadiene-Styrene based Thermoplastic Elastomer): TPE 35A ADVANTAGES:
Higher elongation at break and better low temperature performance compared to other SBS grades (35A - 35D).
DISADVANTAGES:
Lower hardness, abrasion resistance, tensile strength and modulus compared to other SBS TPE grades (35A - 35D).
APPLICATIONS:
Rubber suckers, rubber feet, small appliances, soft mouldings.
PLASCAMS DATA SHEET Resin type: TP Elast.; Cost £/Tonne: 1130; S.G. 0.92 Max. Operating Temp. °C
50
Surface hardness
SA35
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
13
Tensile Strength MPa
10
Flammability UL94
HB
Flexural modulus GPa
0.007
Oxygen index %
18
Elongation at break %
1000
Vol. Resist. log ohmcm
14
Strain at Yield %
N/Y
Dielect. strength MV/m
20
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
2.8
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.005
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
NA
Melt temp. range °C
160 - 200
Mould shrinkage %
1
Mould temp. range °C
40 - 60
290
SBS TPE
TRADE NAMES: CARIFLEX TR
Evode
KRATON
Shell Chemicals
SOLPRENE
Phillips Chemical
SBS TPE (Styrene-Butadiene-Styrene based Thermoplastic Elastomer): TPE 80A ADVANTAGES:
Higher tensile strength, hardness and modulus than SBS TPE 35A.
DISADVANTAGES:
Lower tensile strength, hardness and modulus than SBS TPE 35D.
APPLICATIONS:
Workbench feet, end caps, tap washers, display board sheeting, toilet buffers, tractor mats.
PLASCAMS DATA SHEET Resin type: TP Elast.; Cost £/Tonne: 1160; S.G. 0.94 Max. Operating Temp. °C
50
Surface hardness
SA80
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
13
Tensile Strength MPa
20
Flammability UL94
HB
Flexural modulus GPa
0.05
Oxygen index %
19
Elongation at break %
700
Vol. Resist. log ohmcm
14
Strain at Yield %
N/Y
Dielect. strength MV/m
20
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
2.8
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.005
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
NI
Melt temp. range °C
160 - 200
Mould shrinkage %
1
Mould temp. range °C
40 - 60
TRADE NAMES: CARIFLEX TR
Evode
KRATON
Shell Chemicals
SOLPRENE
Phillips Chemical
SBS TPE (Styrene-Butadiene-Styrene based Thermoplastic Elastomer): TPE 35D ADVANTAGES:
Hard grade with accompanying abrasion resistance, higher tensile strength and flexural modulus compared with other SBS TPE grades (35A - 35D). Cheaper than 35A and 80A. Good fatigue resistance.
DISADVANTAGES:
Inferior low temperature characteristics compared with other SBS TPE grades (35A - 35D).
APPLICATIONS:
Electrical plugs, hard “rubber” feet.
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PLASCAMS DATA SHEET Resin type: TP Elast.; Cost £/Tonne: 1000; S.G. 0.95 Max. Operating Temp. °C
50
Surface hardness
SD35
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
13
Tensile Strength MPa
25
Flammability UL94
HB
Flexural modulus GPa
0.12
Oxygen index %
18
Elongation at break %
700
Vol. Resist. log ohmcm
14
Strain at Yield %
N/Y
Dielect. strength MV/m
20
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
2.8
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.005
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
NA
Melt temp. range °C
160 - 200
Mould shrinkage %
1
Mould temp. range °C
40 - 60
TRADE NAMES: CARIFLEX TR
Evode
KRATON
Shell Chemicals
SOLPRENE
Phillips Chemical
SEBS TPE (Styrene-Ethylene-Butylene-Styrene based Thermoplastic Elastomer) All Grades: ADVANTAGES: Better UV resistance than SBS TPE. Better high temperature strength retention than SBS TPE. Better resistance to solvents than SBS TPE. Paintable.
DISADVANTAGES: More expensive than SBS TPE. Limited solvent resistance. Maximum operating temperature of 50°C/120°F. High creep rate.
APPLICATIONS: Car window chanelling, under-bonnet ducting, steering wheel covers, bumper guards.
292
SEBS TPE
SEBS TPE (Styrene-Ethylene-Butylene-Styrene based Thermoplastic Elastomer): TPE 45A ADVANTAGES:
Higher elongation at break and better low temperature properties compared to other grades of SEBS TPE (45A - 95A).
DISADVANTAGES:
Reduced hardness, abrasion resistance, and modulus compared to other grades of SEBS TPE (35A 95A) tensile strength.
APPLICATIONS:
Baby teats, teething rings.
PLASCAMS DATA SHEET Resin type: TP Elast.; Cost £/Tonne: 4200; S.G. 0.94 Max. Operating Temp. °C
85
Surface hardness
SA45
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
16
Tensile Strength MPa
6
Flammability UL94
HB
Flexural modulus GPa
0.02
Oxygen index %
19
Elongation at break %
800
Vol. Resist. log ohmcm
16
Strain at Yield %
N/Y
Dielect. strength MV/m
25
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
2.2
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.006
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
NA
Melt temp. range °C
200 - 240
Mould shrinkage %
1.5
Mould temp. range °C
50 - 70
TRADE NAMES: KRATON G
Evode
KRATON G
Shell Chemicals
SEBS TPE (Styrene-Ethylene-Butylene-Styrene based Thermoplastic Elastomer): TPE 55A ADVANTAGES:
Better tensile strength, flexural modulus and mould shrinkage compared with SEBS TPE 45A.
DISADVANTAGES:
Lower elongation at break than SEBS TPE 45A.
APPLICATIONS:
Unit shoe soles, shower tubing, baby teats, pipe seal gaskets, syringe seals.
PLASCAMS DATA SHEET Resin type: TP Elast.; Cost £/Tonne: 4200; S.G. 0.9 Max. Operating Temp. °C
85
Surface hardness
SA55
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
15
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The Plastics Compendium - Volume 1, Key Properties and Sources Tensile Strength MPa
8
Flammability UL94
HB
Flexural modulus GPa
0.08
Oxygen index %
18
Elongation at break %
700
Vol. Resist. log ohmcm
16
Strain at Yield %
N/Y
Dielect. strength MV/m
25
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
2.2
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.0006
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
NI
Melt temp. range °C
200 - 240
Mould shrinkage %
1
Mould temp. range °C
50 - 70
TRADE NAMES: KRATON G
Evode
KRATON G
Shell Chemicals
SEBS TPE (Styrene-Ethylene-Butylene-Styrene based Thermoplastic Elastomer): TPE 95A ADVANTAGES:
Higher hardness, abrasion resistance, tensile strength and flexural modulus than other grades of SEBS TPE (45A - 95A).
DISADVANTAGES:
Lower elongation at break than other grades of SEBS TPE (45A - 95A).
APPLICATIONS:
Electrical connector boots and covers.
PLASCAMS DATA SHEET Resin type: TP Elast.; Cost £/Tonne: 4300; S.G. 1.14 Max. Operating Temp. °C
85
Surface hardness
SA95
Water absorption %
0.3
Linear expansion m/m/°C (x10-5)
14
Tensile Strength MPa
17
Flammability UL94
HB
Flexural modulus GPa
0.21
Oxygen index %
18
Elongation at break %
600
Vol. Resist. log ohmcm
16
Strain at Yield %
N/Y
Dielect. strength MV/m
25
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
2.2
HDT @ 0.45 MPa °C
40
Dissipation Fact.1kHz
0.0006
HDT @ 1.80 MPa °C
20-
Matl. drying hrs @ °C
NA
Melt temp. range °C
200 - 240
Mould shrinkage %
1
Mould temp. range °C
50 - 70
TRADE NAMES: KRATON G
Evode
KRATON G
Shell Chemicals
294
Silicones
Silicones All Grades: ADVANTAGES: Inherently flame retardant. High service temperature of c. 240°C/460°F. Tolerant of high humidity. Stable electrical performance over wide temperature range (-50°C/-60°F) to (500°C/930°F). Good adhesion to metal. Retains strength at elevated tempertures >200°C/390°F better than Epoxy or DAIP.
DISADVANTAGES: Expensive. Low strength compared to Phenolic, Epoxy and DAIP at 20°C (70°F).
APPLICATIONS: Encapsulation of electronic components. Glass laminates for for high performance PCB. Coatings for abrasion and weather resistance particularly for Polycarbonate.
Silicones PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 7000; S.G. 1.5 Max. Operating Temp. °C
240
Surface hardness
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
6
Tensile Strength MPa
28
Flammability UL94
V0
Flexural modulus GPa
3.5
Oxygen index %
40
Elongation at break %
2
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
15.8
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
2.9
Dissipation Fact.1kHz
0.002
RM80
HDT @ 0.45 MPa °C
260+
HDT @ 1.80 MPa °C
300
Matl. drying hrs @ °C
NA
Melt temp. range °C
60 - 80
Mould shrinkage %
2
Mould temp. range °C
180 - 200
TRADE NAMES: DOW SILICONE
Dow Corning
FIBERITE SILICONE
ICI Composites
GE SILICONE
G.E. Plastics
ISOCHEM SILICONE
Furane Products
RHODOSIL
Rhone-Poulenc
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The Plastics Compendium - Volume 1, Key Properties and Sources
Silicones: Glass fibre & mineral filled ADVANTAGES:
Significantly improved flexural modulus, better tensile strength, notched impact strength, mould shrinkage, surface hardness and linear expansion compared with unmodified silicone.
DISADVANTAGES:
Lower elongation at break, HDT; reduced electrical characteristics and flow compared with unmodified silicone.
APPLICATIONS:
Encapsulation of electronic components. High performance PCBs.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 8800; S.G. 1.85 Max. Operating Temp. °C
240
Surface hardness
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
4
Tensile Strength MPa
35
Flammability UL94
V0
Flexural modulus GPa
14
Oxygen index %
40
Elongation at break %
1.5
Vol. Resist. log ohmcm
14
Strain at Yield %
N/A
Dielect. strength MV/m
15
Notched Izod kJ/m
0.05
Dielect. const. 1kHz
3.9
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.002
HDT @ 1.80 MPa °C
260
RM90
Matl. drying hrs @ °C
NA
Melt temp. range °C
60 - 80
Mould shrinkage %
0.3
Mould temp. range °C
180 - 210
TRADE NAMES: DOW SILICONE
Dow Corning
FIBERITE SILICONE
ICI Composites
GE SILICONE
G.E. Plastics
ISOCHEM SILICONE
Furane Products
RHODOSIL
Rhone-Poulenc
SMAc (Styrene Maleic Anhydride copolymer) All Grades: ADVANTAGES: May be transparent. Higher heat deflection temperature (105°C/ 221°F) than highest SAN (103°C/217°F) or Polystyrene (80°C/ 176°F). Similar price to ABS.
DISADVANTAGES: Limited chemical and UV resistance. Flammable.
296
SMAc APPLICATIONS: Cooking utensils (particularly microwave), interior parts for cars (lenses, ventilation ducts), business machine housings.
SMAc (Styrene Maleic Anhydride copolymer) PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1590; S.G. 1.08 Max. Operating Temp. °C
75
Surface hardness
RL105
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
7
Tensile Strength MPa
52
Flammability UL94
HB
Flexural modulus GPa
3
Oxygen index %
19
Elongation at break %
1.8
Vol. Resist. log ohmcm
15
Strain at Yield %
2
Dielect. strength MV/m
12
Notched Izod kJ/m
0.03
Dielect. const. 1kHz
2.5
HDT @ 0.45 MPa °C
110
Dissipation Fact.1kHz
0.001
HDT @ 1.80 MPa °C
105
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
230 - 270
Mould shrinkage %
0.4
Mould temp. range °C
50 - 70
TRADE NAMES: DYLARK
Arco Chemical
STAPRON S
DSM
SMAc (Styrene Maleic Anhydride copolymer): 30% Glass fibre reinforced ADVANTAGES:
Improved dimensional stability, tensile strength, flexural modulus, heat distortion temperature and notched izod impact strength compared with unmodified SMA copolymer.
DISADVANTAGES:
Lower elongation at break than unmodified SMA copolymer. The incorporation of glass can cause anisotropy in mouldings.
APPLICATIONS:
Replacements for sheet metal in large structural automotive parts. Crash pad retainers.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 2100; S.G. 1.22 Max. Operating Temp. °C
75
Surface hardness
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
3.6
Tensile Strength MPa
75
Flammability UL94
HB
Flexural modulus GPa
6
Oxygen index %
19
R101
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The Plastics Compendium - Volume 1, Key Properties and Sources Elongation at break %
1.4
Vol. Resist. log ohmcm
15
Strain at Yield %
N/A
Dielect. strength MV/m
12
Notched Izod kJ/m
0.14
Dielect. const. 1kHz
2.6
HDT @ 0.45 MPa °C
125
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
112
Matl. drying hrs @ °C
2 @ 90
Melt temp. range °C
230 - 270
Mould shrinkage %
0.3
Mould temp. range °C
50 - 70
TRADE NAMES: DYLARK
Arco Chemical
STAPRON S
DSM
SMAt (Styrene Maleic Anhydride terpolymer) ADVANTAGES: Better impact performance than SMAc. Higher temperature stability than ABS. Better creep resistance than SAN or ABS. May be electroplated. Easily processable.
DISADVANTAGES: Not transparent, unlike SMAc. Resistance to alkalis is inferior to ABS.
APPLICATIONS: Interior components for cars.Housings for electrical instruments and business machines. Parts for kitchen equipment, e.g. coffee percolators.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1900; S.G. 1.07 Max. Operating Temp. °C
75
Surface hardness
Water absorption %
0.11
Linear expansion m/m/°C (x10-5)
8
Tensile Strength MPa
33
Flammability UL94
HB
RL98
Flexural modulus GPa
2.5
Oxygen index %
19
Elongation at break %
3
Vol. Resist. log ohmcm
15
Strain at Yield %
1.8
Dielect. strength MV/m
16
Notched Izod kJ/m
0.15
Dielect. const. 1kHz
2.8
HDT @ 0.45 MPa °C
110
Dissipation Fact.1kHz
0.008
HDT @ 1.80 MPa °C
104
Matl. drying hrs @ °C
2 @ 95
Melt temp. range °C
210 - 250
Mould shrinkage %
0.5
Mould temp. range °C
50 - 85
298
TPX
TRADE NAMES: CADON
Monsanto
TPX (Polymethylpentene) ADVANTAGES: Very low density (SG 0.83).Transparent. Reasonably high continuous use temperature (approx. 75°C/170°F). May be autoclaved for sterilisation. Good high frequency electrical properties.
DISADVANTAGES: Higher cost than other polyolefins. Somewhat brittle (though better impact resistance than Acrylic, Polystyrene or SAN). Higher mould shrinkage than Polystyrene or SAN. Poor UV resistance. Higher gas permeability than other polyolefins.
APPLICATIONS: Medical components - syringes, dishes, measuring flasks. Microwave cookware, coffee filters. Chemical laboratory apparatus, e.g. dishes, test tubes, sight glasses, tubing.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 3550; S.G. 0.83 Max. Operating Temp. °C
75
Surface hardness
RL70 -5
Water absorption %
0.01
Linear expansion m/m/°C (x10 )
12
Tensile Strength MPa
28
Flammability UL94
HB
Flexural modulus GPa
1.5
Oxygen index %
17
Elongation at break %
15
Vol. Resist. log ohmcm
16
Strain at Yield %
6
Dielect. strength MV/m
28
Notched Izod kJ/m
0.04
Dielect. const. 1kHz
2.12
HDT @ 0.45 MPa °C
100
Dissipation Fact.1kHz
0.0002
HDT @ 1.80 MPa °C
41
Matl. drying hrs @ °C
NA
Melt temp. range °C
260 - 320
Mould shrinkage %
2.5
Mould temp. range °C
40 - 70
TRADE NAMES: TPX
Mitsui
TPX
Mitsui Plastics
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UF (Urea Formaldehyde) (Urea) All Grades: ADVANTAGES: Cheaper than Melamine and processed at a lower temperature. Easily coloured. Good solvent resistance.
DISADVANTAGES: Electrical properties affected by damp (more than Melamine). Lower heat resistance than Melamine.
APPLICATIONS: Electrical plugs and terminals, buttons, adhesives, binders, toilet seats, bottle caps, knobs, handles. Foams for insulation panels. Impregnated with paraffin for fire-lighters. Flower arranging blocks.
UF (Urea formaldehyde) (Urea): Cellulose filled ADVANTAGES:
Significantly higher tensile strength, flexural modulus and HDT, lower water absorption and mould shrinkage and higher surface hardness, elongation at break and volume resistance compared with urea formaldehyde foam.
DISADVANTAGES:
Lower maximum operating temperature, worse dielectric constant, tracking resistance and dimensional stability compared with urea formaldehyde foam.
APPLICATIONS:
Electrical plugs and terminals, buttons, adhesives, binders, toilet seats, bottle caps, knobs and handles.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 1190; S.G. 1.47 Max. Operating Temp. °C
75
Surface hardness
RM115
Water absorption %
0.6
Linear expansion m/m/°C (x10-5)
3
Tensile Strength MPa
57
Flammability UL94
V0
Flexural modulus GPa
10
Oxygen index %
30
Elongation at break %
0.8
Vol. Resist. log ohmcm
12
Strain at Yield %
N/A
Dielect. strength MV/m
12
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
7
HDT @ 0.45 MPa °C
260+
Dissipation Fact.1kHz
0.04
HDT @ 1.80 MPa °C
130
Matl. drying hrs @ °C
NA
Melt temp. range °C
95 - 105
Mould shrinkage %
0.8
Mould temp. range °C
135 - 155
300
UF
TRADE NAMES: BEETLE UF
Cytec
BEETLE UREA
BIP Plastics
INSULSPRAY
Borden Chemicals and Plastics
PERSTORP UREA
Perstorp Ferguson
PMC UF
Plastic Manufacturing
POLLOPAS
Huls
REICHHOLD UF
Reichhold Chemical
UF (Urea formaldehyde) (Urea): Foam ADVANTAGES:
Higher maximum operating temperature, better dielectric constant, tracking resistance and dimensional stability compared with cellulose filled urea formaldehyde.
DISADVANTAGES:
Lower HDT, tensile strength and flexural modulus; higher water absorption and mould shrinkage; lower surface hardness, elongation at break and volume resistance compared with cellulose filled urea formaldehyde.
APPLICATIONS:
Flower arranging blocks, insulating panels.
PLASCAMS DATA SHEET Resin type: TSet; Cost £/Tonne: 1200; S.G. 0.01 Max. Operating Temp. °C
90
Surface hardness
SD50
Water absorption %
20
Linear expansion m/m/°C (x10-5)
3
Tensile Strength MPa
0.01
Flammability UL94
V0
Flexural modulus GPa
0.02
Oxygen index %
30
Elongation at break %
0.2
Vol. Resist. log ohmcm
5
Strain at Yield %
N/A
Dielect. strength MV/m
10
Notched Izod kJ/m
0.02
Dielect. const. 1kHz
1.7
HDT @ 0.45 MPa °C
20-
Dissipation Fact.1kHz
0.05
HDT @ 1.80 MPa °C
75
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
3.5
Mould temp. range °C
NA
TRADE NAMES: BEETLE UF
Cytec
INSULSPRAY
Borden Chemicals and Plastics
REICHHOLD UF
Reichhold Chemical
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UHMWPE (Ultra-High Molecular Weight Polyethylene) ADVANTAGES: Outstanding toughness, cut and wear resistance. Excellent chemical resistance. Good low temperature impact resistance.
DISADVANTAGES: Not melt processable.
APPLICATIONS: Can & bottle handling machine parts, moving parts on weaving machines, bearings, gears, artificial joints, chutes and slides for directing particulate solids. Edge protection on ice rinks. Butchers’ chopping boards.
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 2200; S.G. 0.945 Max. Operating Temp. °C
55
Surface hardness
RR50
Water absorption %
0.01
Linear expansion m/m/°C (x10-5)
13
Tensile Strength MPa
35
Flammability UL94
HB
Flexural modulus GPa
0.5
Oxygen index %
17
Elongation at break %
500
Vol. Resist. log ohmcm
18
Strain at Yield %
25
Dielect. strength MV/m
28
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
2.3
HDT @ 0.45 MPa °C
69
Dissipation Fact.1kHz
0.0002
HDT @ 1.80 MPa °C
42
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
NA
Mould temp. range °C
NA
TRADE NAMES: HOSTALEN GUR
Hoechst
STAMYLAN UH
DSM
UHMW 1900
Himont
ULTRA WEAR
Polymer
302
UPVC
UPVC (Unplasticised Polyvinyl Chloride) (Unplasticised PVC) All Grades: ADVANTAGES: Cheap, good acid and alkali resistance. Flame-retardant. Stiff and strong. Can be transparent. Good vapour barrier properties. Good UV resistance.
DISADVANTAGES: Difficult to melt process, requires modification. Limited solvent stress cracking resistance. Becomes brittle at c. 5°C/40°F unless impact modified. Low continuous service temperature of 50°C/120°F.
APPLICATIONS: Pipe and pipe fittings,building products e.g. gutters, cladding, window frames. Bottles, film, records, floor tiling.
UPVC (Unplasticised Polyvinyl Chloride) (Unplasticised PVC) PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 890; S.G. 1.4 Max. Operating Temp. °C
50
Surface hardness
RR110
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
6
Tensile Strength MPa
51
Flammability UL94
V0
Flexural modulus GPa
3
Oxygen index %
45
Elongation at break %
60
Vol. Resist. log ohmcm
14
Strain at Yield %
3.5
Dielect. strength MV/m
14
Notched Izod kJ/m
0.08
Dielect. const. 1kHz
3.1
HDT @ 0.45 MPa °C
70
Dissipation Fact.1kHz
0.025
HDT @ 1.80 MPa °C
67
Matl. drying hrs @ °C
2 @ 75
Melt temp. range °C
150 - 220
Mould shrinkage %
0.4
Mould temp. range °C
20 - 40
TRADE NAMES: CONOCO UPVC
Vista Chemical
ETHYL UPVC
Georgia-Pacific
GEON UPVC
Geon
HYVIN (UPVC)
Hydro Polymers
KEYSOR UPVC
Keysor-Century
LACOVYL
Elf Atochem
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The Plastics Compendium - Volume 1, Key Properties and Sources OXYCLEAR
Occidental Chemical
RAVINIL
EVC
SICRON UPVC
Himont
TROSIPLAST 1
Huls
UNICHEM UPVC
Colorite Plastics
UPVC
Goodfellow
VESTOLIT (UPVC)
Huls
VINNOLIT
Wacker Chemicals
VINOFLEX S 7114
BASF
UPVC (Unplasticised Polyvinyl Chloride) (Unplasticised PVC): Crosslinked ADVANTAGES:
Better maximum operating temperature, HDT and elongation at break than unmodified PVC.
DISADVANTAGES:
Reduced tensile strength, modulus and oxygen index compared with unmodified PVC.
APPLICATIONS:
Cable or wire insulation, floor tiles, industrial footwear soling, heat shrink tubing.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1100; S.G. 1.35 Max. Operating Temp. °C
95
Surface hardness
SA99 -5
Water absorption %
0.1
Linear expansion m/m/°C (x10 )
6
Tensile Strength MPa
28
Flammability UL94
V0
Flexural modulus GPa
2.8
Oxygen index %
29
Elongation at break %
150
Vol. Resist. log ohmcm
15
Strain at Yield %
N/Y
Dielect. strength MV/m
20
Notched Izod kJ/m
0.08
Dielect. const. 1kHz
3.3
HDT @ 0.45 MPa °C
130
Dissipation Fact.1kHz
0.01
HDT @ 1.80 MPa °C
120
Matl. drying hrs @ °C
NA
Melt temp. range °C
NA
Mould shrinkage %
0.4
Mould temp. range °C
NA
TRADE NAMES: CONOCO UPVC
Vista Chemical
ETHYL UPVC
Georgia-Pacific
GEON UPVC
Geon
KEYSOR UPVC
Keysor-Century
SICRON UPVC
Himont
UNICHEM UPVC
Colorite Plastics
304
UPVC
UPVC (Unplasticised Polyvinyl Chloride) (Unplasticised PVC): Structural foam ADVANTAGES:
Components with excellent stiffness to weight properties can be manufactured. Thick parts with no sink marks possible.
DISADVANTAGES:
Surface finish is not high quality. Reduced tensile strength, modulus, elongation at break, impact characteristics and HDT compared with PVC.
APPLICATIONS:
Load bearing sandwich structures, buoyancy parts in underwater engineering applications, extruded cellular profiles, shoe soles, construction panels.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1000; S.G. 0.7 Max. Operating Temp. °C
50
Surface hardness
RR95
Water absorption %
0.2
Linear expansion m/m/°C (x10-5)
0.6
Tensile Strength MPa
24
Flammability UL94
V0
Flexural modulus GPa
0.9
Oxygen index %
40
Elongation at break %
30
Vol. Resist. log ohmcm
14
Strain at Yield %
N/Y
Dielect. strength MV/m
12
Notched Izod kJ/m
0.03
Dielect. const. 1kHz
2.5
HDT @ 0.45 MPa °C
60
Dissipation Fact.1kHz
0.025
HDT @ 1.80 MPa °C
55
Matl. drying hrs @ °C
NI
Melt temp. range °C
NI
Mould shrinkage %
NA
Mould temp. range °C
NI
TRADE NAMES: CONOCO UPVC
Vista Chemical
ETHYL UPVC
Georgia-Pacific
GEON UPVC
Geon
KEYSOR UPVC
Keysor-Century
OXYCLEAR
Occidental Chemical
SICRON UPVC
Himont
UNICHEM UPVC
Colorite Plastics
VESTOLIT (UPVC)
Huls
UPVC (Unplasticised Polyvinyl Chloride) (Unplasticised PVC): UV stabilised ADVANTAGES:
Excellent weatherability compared with unmodified uPVC. Depending on choice of stabiliser package, lubrication, electrical properties and weldability can all be improved. Non-toxic packages are available, as are packages that retain the material clarity.
305
The Plastics Compendium - Volume 1, Key Properties and Sources DISADVANTAGES:
Discolouration of some PVC products for medical use when sterilised by gamma radiation. Possible sulphide staining with stabilizers based on cadmium or lead - a coloured strain can develop on contact with sulphur components. Slightly reduced tensile strength, modulus and notched izod impact strength compared with unmodified uPVC.
APPLICATIONS:
Gutters, gutter fittings, window frames, battery cases, housings for VDUs, computers and keyboards. Plastic sacks.
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 880; S.G. 1.4 Max. Operating Temp. °C
50
Surface hardness
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
6
Tensile Strength MPa
45
Flammability UL94
V0
Flexural modulus GPa
2.9
Oxygen index %
45
Elongation at break %
50
Vol. Resist. log ohmcm
14
Strain at Yield %
3.5
Dielect. strength MV/m
14
Notched Izod kJ/m
0.06
Dielect. const. 1kHz
3.1
HDT @ 0.45 MPa °C
70
Dissipation Fact.1kHz
0.025
HDT @ 1.80 MPa °C
67
RR108
Matl. drying hrs @ °C
2 @ 75
Melt temp. range °C
150 - 220
Mould shrinkage %
0.4
Mould temp. range °C
20 - 40
TRADE NAMES: CONOCO UPVC
Vista Chemical
ETHYL UPVC
Georgia-Pacific
GEON UPVC
Geon
KEYSOR UPVC
Keysor-Century
LACOVYL
Elf Atochem
OXYCLEAR
Occidental Chemical
SICRON UPVC
Himont
TROSIPLAST 1
Huls
UNICHEM UPVC
Colorite Plastics
VINNOLIT
Wacker Chemicals
UPVC (Unplasticised Polyvinyl Chloride) (Unplasticised PVC): High impact ADVANTAGES:
Good impact properties and high elongation at break compared with unmodified uPVC. Some inpact modifiers can also be considered as processing aids.
DISADVANTAGES:
Lower tensile strength, flexural modulus and slightly reduced heat distortion temperature compared to unmodified uPVC. Some impact modifiers can cause material to be opaque and can cause severe stress whitening.
APPLICATIONS:
Furniture sections, skirting boards, roller blinds, garage doors, folding screens, electrical insulating conduits, cable ducts, tubes and profile sections, pipes, gutters, components for computers, VDUs, keyboards, telecommunications equipment, battery cases, toilet tank valves, pump switches.
306
XLPE
PLASCAMS DATA SHEET Resin type: TP Amorph.; Cost £/Tonne: 1070; S.G. 1.38 Max. Operating Temp. °C
50
Surface hardness
RD76
Water absorption %
0.1
Linear expansion m/m/°C (x10-5)
7
Tensile Strength MPa
42
Flammability UL94
V0
Flexural modulus GPa
2.5
Oxygen index %
40
Elongation at break %
150
Vol. Resist. log ohmcm
14
Strain at Yield %
3.8
Dielect. strength MV/m
14
Notched Izod kJ/m
0.6
Dielect. const. 1kHz
3.1
HDT @ 0.45 MPa °C
67
Dissipation Fact.1kHz
0.025
HDT @ 1.80 MPa °C
63
Matl. drying hrs @ °C
2 @ 75
Melt temp. range °C
150 - 220
Mould shrinkage %
0.4
Mould temp. range °C
20 - 40
TRADE NAMES: CONOCO UPVC
Vista Chemical
ETHYL UPVC
Georgia-Pacific
GEON UPVC
Geon
KEYSOR UPVC
Keysor-Century
OXYCLEAR
Occidental Chemical
SICRON UPVC
Himont
UNICHEM UPVC
Colorite Plastics
VESTOLIT (UPVC)
Huls
VINIDUR SZ+E149
BASF
VINNOLIT
Wacker Chemicals
XLPE (Crosslinked Polyethylene) ADVANTAGES: Higher modulus and strength at elevated temperatures. Reduced creep compared to HDPE. Reduced sensitivity to stress cracking.
DISADVANTAGES: Irradiation crosslinking requires expensive plant. Peroxide crosslinking can affect electrical properties.
APPLICATIONS: Shrink-wrap film, heat-shrinkable tubing, pipe for domestic heating systems, rotationally moulded tanks.
307
The Plastics Compendium - Volume 1, Key Properties and Sources
PLASCAMS DATA SHEET Resin type: TP S.Cryst.; Cost £/Tonne: 1620; S.G. 0.93 Max. Operating Temp. °C
90
Surface hardness
SD58
Water absorption %
0.01
Linear expansion m/m/°C (x10-5)
20
Tensile Strength MPa
18
Flammability UL94
HB
Flexural modulus GPa
0.6
Oxygen index %
17
Elongation at break %
350
Vol. Resist. log ohmcm
16
Strain at Yield %
N/Y
Dielect. strength MV/m
21
Notched Izod kJ/m
1.06+
Dielect. const. 1kHz
2.2
HDT @ 0.45 MPa °C
60
Dissipation Fact.1kHz
0.0004
HDT @ 1.80 MPa °C
60
Matl. drying hrs @ °C
NA
Melt temp. range °C
150 - 170
Mould shrinkage %
3
Mould temp. range °C
20 - 80
TRADE NAMES: LACQTENE CX
Elf Atochem
NEOPOLEN 1710
BASF
SCLAIRLINK
DuPont
SIOPLAS
AEI Compounds
STAMYLEX XL
DSM
308
Trade Name Index
Trade Name Index AC EP
Epoxy Lam (glass fabric)
Cytec
AC EP
Epoxy Lam (glass prepreg)
Cytec
ACRIVE
Acrylic (cast sheet)
Swedlow
ACRIVE
Acrylic (casting)
Swedlow
ACRIVE
Acrylic (general purpose)
Swedlow
ACRIVE
Acrylic (high impact)
Swedlow
ACRYLITE
Acrylic (cast sheet)
Cyro Industries
ACRYLITE
Acrylic (casting)
Cyro Industries
ACRYLITE
Acrylic (general purpose)
Cyro Industries
ACRYLITE
Acrylic (high impact)
Cyro Industries
ACS SAN
SAN
Biddle-Sawyer
ACS SAN
SAN (30% glass fibre reinforced)
Biddle-Sawyer
ACS SAN
SAN (fire retardant)
Biddle-Sawyer
ACS SAN
SAN (high heat)
Biddle-Sawyer
ACS SAN
SAN (high impact)
Biddle-Sawyer
ACS SAN
SAN (uv stabilised)
Biddle-Sawyer
ADELL A
Polyamide 6/6
Adell Plastics
ADELL A
Polyamide 6/6 (10% carbon fibre reinforced)
Adell Plastics
ADELL A
Polyamide 6/6 (10% glass fibre reinforced)
Adell Plastics Adell Plastics
ADELL A
Polyamide 6/6 (20% PTFE lubricated)
ADELL A
Polyamide 6/6 (30% carbon fibre reinforced)
Adell Plastics
ADELL A
Polyamide 6/6 (33% glass fibre reinforced)
Adell Plastics
ADELL A
Polyamide 6/6 (40% glass bead filled)
Adell Plastics
ADELL A
Polyamide 6/6 (40% mineral filled)
Adell Plastics
ADELL A
Polyamide 6/6 (60% glass fibre reinforced)
Adell Plastics
ADELL A
Polyamide 6/6 (fire retardant)
Adell Plastics
ADELL A
Polyamide 6/6 (glass fibre & bead reinforced)
Adell Plastics
ADELL A
Polyamide 6/6 (high impact)
Adell Plastics
ADELL A
Polyamide 6/6 (molyb. disulphide lubricated)
Adell Plastics
ADELL A
Polyamide 6/6 (super tough)
Adell Plastics
ADELL A
Polyamide 6/6 (super tough; 33% glass fibre reinf)
Adell Plastics
ADELL A
Polyamide 6/6 (super tough; fire retardant)
Adell Plastics
ADELL A
Polyamide 6/6 (uv stabilised)
Adell Plastics
ADELL B
Polyamide 6
Adell Plastics
ADELL B
Polyamide 6 (10% glass fibre reinforced)
Adell Plastics
ADELL B
Polyamide 6 (2% silicone lubricated)
Adell Plastics
ADELL B
Polyamide 6 (20% PTFE lubricated)
Adell Plastics
ADELL B
Polyamide 6 (25% glass bead filled)
Adell Plastics
ADELL B
Polyamide 6 (30% carbon fibre reinforced)
Adell Plastics
ADELL B
Polyamide 6 (30% glass fibre reinforced)
Adell Plastics
ADELL B
Polyamide 6 (30% glass fibre reinforced; fire ret.)
Adell Plastics
ADELL B
Polyamide 6 (50% bead filled)
Adell Plastics
ADELL B
Polyamide 6 (60% glass fibre reinforced)
Adell Plastics
ADELL B
Polyamide 6 (casting)
Adell Plastics
ADELL B
Polyamide 6 (elastomer copolymer)
Adell Plastics
ADELL B
Polyamide 6 (fire retardant)
Adell Plastics
ADELL B
Polyamide 6 (glass fibre & bead reinforced)
Adell Plastics
ADELL B
Polyamide 6 (high impact)
Adell Plastics
ADELL B
Polyamide 6 (mineral filled)
Adell Plastics
309
The Plastics Compendium - Volume 1, Key Properties and Sources ADELL B
Polyamide 6 (molyb. disulphide lubricated)
ADELL B
Polyamide 6 (stampable sheet; glass fibre reinf.)
Adell Plastics Adell Plastics
ADELL B
Polyamide 6 (uv stabilised)
Adell Plastics
ADELL DR
Polycarbonate
Adell Plastics
ADELL DR
Polycarbonate (15% PTFE lubricated)
Adell Plastics
ADELL DR
Polycarbonate (20% glass fibre reinforced)
Adell Plastics
ADELL DR
Polycarbonate (30% carbon fibre reinforced)
Adell Plastics
ADELL DR
Polycarbonate (30% glass fibre reinforced)
Adell Plastics
ADELL DR
Polycarbonate (fire retardant)
Adell Plastics
ADELL DR
Polycarbonate (high flow)
Adell Plastics
ADELL DR
Polycarbonate (structural foam)
Adell Plastics
ADELL DR
Polycarbonate (uv stabilised)
Adell Plastics
ADELL DS
Polycarbonate
Adell Plastics
ADELL DS
Polycarbonate (15% PTFE lubricated)
Adell Plastics
ADELL DS
Polycarbonate (20% glass fibre reinforced)
Adell Plastics
ADELL DS
Polycarbonate (30% carbon fibre reinforced)
Adell Plastics
ADELL DS
Polycarbonate (30% glass fibre reinforced)
Adell Plastics
ADELL DS
Polycarbonate (fire retardant)
Adell Plastics
ADELL DS
Polycarbonate (high flow)
Adell Plastics
ADELL DS
Polycarbonate (structural foam)
Adell Plastics
ADELL DS
Polycarbonate (uv stabilised)
Adell Plastics
ADIPRENE
Polyurethane (hard cast elastomer)
DuPont
AKULON
Polyamide 6
DSM
AKULON
Polyamide 6 (30% glass fibre reinforced)
DSM
AKULON
Polyamide 6 (fire retardant)
DSM
AKULON
Polyamide 6 (high impact)
DSM
AKULON
Polyamide 6 (mineral filled)
DSM
AKULON
Polyamide 6 (uv stabilised)
DSM
AKULON (S)
Polyamide 6/6
DSM
AKULON (S)
Polyamide 6/6 (33% glass fibre reinforced)
DSM
AKULON (S)
Polyamide 6/6 (40% mineral filled)
DSM
AKULON (S)
Polyamide 6/6 (fire retardant)
DSM
AKULON (S)
Polyamide 6/6 (high impact)
DSM
AKULON (S)
Polyamide 6/6 (uv stabilised)
DSM
ALATHON
LDPE
DuPont
ALATHON
LDPE (uv stabilised)
DuPont
ALGOFLON
PTFE
Ausimont
ALGOFLON
PTFE
Himont USA
ALGOFLON
PTFE (15% glass fibre filled)
Himont USA
ALGOFLON
PTFE (15% graphite filled)
Himont USA
ALGOFLON
PTFE (25% glass fibre filled)
Himont USA
ALGOFLON
PTFE (60% bronze filled)
Himont USA
ALTUGLAS
Acrylic (cast sheet)
AtoHaas
ALTUGLAS
Acrylic (casting)
AtoHaas
ALTUGLAS
Acrylic (general purpose)
AtoHaas
ALTUGLAS
Acrylic (high impact)
AtoHaas
AMIDEL TN
Polyamide (amorphous; 30% glass fibre reinforced)
Amoco Performance Products
AMIDEL TN
Polyamide (transparent)
Amoco Performance Products
AMILAN NYLON 6
Polyamide 6
Toray Industries
AMILAN NYLON 6
Polyamide 6 (10% glass fibre reinforced)
Toray Industries
AMILAN NYLON 6
Polyamide 6 (2% silicone lubricated)
Toray Industries
AMILAN NYLON 6
Polyamide 6 (20% PTFE lubricated)
Toray Industries
AMILAN NYLON 6
Polyamide 6 (25% glass bead filled)
Toray Industries
310
Trade Name Index AMILAN NYLON 6
Polyamide 6 (30% carbon fibre reinforced)
Toray Industries
AMILAN NYLON 6
Polyamide 6 (30% glass fibre reinforced)
Toray Industries
AMILAN NYLON 6
Polyamide 6 (30% glass fibre reinforced; fire ret.)
Toray Industries
AMILAN NYLON 6
Polyamide 6 (50% bead filled)
Toray Industries
AMILAN NYLON 6
Polyamide 6 (60% glass fibre reinforced)
Toray Industries
AMILAN NYLON 6
Polyamide 6 (casting)
Toray Industries
AMILAN NYLON 6
Polyamide 6 (elastomer copolymer)
Toray Industries
AMILAN NYLON 6
Polyamide 6 (fire retardant)
Toray Industries
AMILAN NYLON 6
Polyamide 6 (glass fibre & bead reinforced)
Toray Industries
AMILAN NYLON 6
Polyamide 6 (high impact)
Toray Industries
AMILAN NYLON 6
Polyamide 6 (mineral filled)
Toray Industries
AMILAN NYLON 6
Polyamide 6 (molyb. disulphide lubricated)
Toray Industries
AMILAN NYLON 6
Polyamide 6 (stampable sheet; glass fibre reinf.)
Toray Industries
AMILAN NYLON 6
Polyamide 6 (uv stabilised)
Toray Industries
AMILAN NYLON 6/10
Polyamide 6/10
Toray Industries
AMILAN NYLON 6/10
Polyamide 6/10 (10% glass fibre reinforced)
Toray Industries
AMILAN NYLON 6/10
Polyamide 6/10 (2% silicone lubricated)
Toray Industries
AMILAN NYLON 6/10
Polyamide 6/10 (20% PTFE lubricated)
Toray Industries
AMILAN NYLON 6/10
Polyamide 6/10 (30% carbon fibre reinforced)
Toray Industries
AMILAN NYLON 6/10
Polyamide 6/10 (30% glass fibre reinforced)
Toray Industries
AMILAN NYLON 6/10
Polyamide 6/10 (fire retardant)
Toray Industries
AMILAN NYLON 66
Polyamide 6/6
Toray Industries
AMILAN NYLON 66
Polyamide 6/6 (10% carbon fibre reinforced)
Toray Industries
AMILAN NYLON 66
Polyamide 6/6 (10% glass fibre reinforced)
Toray Industries
AMILAN NYLON 66
Polyamide 6/6 (20% PTFE lubricated)
Toray Industries
AMILAN NYLON 66
Polyamide 6/6 (30% carbon fibre reinforced)
Toray Industries
AMILAN NYLON 66
Polyamide 6/6 (33% glass fibre reinforced)
Toray Industries Toray Industries
AMILAN NYLON 66
Polyamide 6/6 (40% glass bead filled)
AMILAN NYLON 66
Polyamide 6/6 (40% mineral filled)
Toray Industries
AMILAN NYLON 66
Polyamide 6/6 (60% glass fibre reinforced)
Toray Industries
AMILAN NYLON 66
Polyamide 6/6 (fire retardant)
Toray Industries
AMILAN NYLON 66
Polyamide 6/6 (glass fibre & bead reinforced)
Toray Industries
AMILAN NYLON 66
Polyamide 6/6 (high impact)
Toray Industries
AMILAN NYLON 66
Polyamide 6/6 (molyb. disulphide lubricated)
Toray Industries
AMILAN NYLON 66
Polyamide 6/6 (super tough)
Toray Industries
AMILAN NYLON 66
Polyamide 6/6 (super tough; 33% glass fibre reinf)
Toray Industries
AMILAN NYLON 66
Polyamide 6/6 (super tough; fire retardant)
Toray Industries
AMILAN NYLON 66
Polyamide 6/6 (uv stabilised)
Toray Industries
AMOCO HIPS
HIPS
Amoco Chemical
AMOCO HIPS
HIPS (fire retardant)
Amoco Chemical
AMOCO HIPS
HIPS (uv stabilised)
Amoco Chemical
AMOCO PP
Polypropylene (homopolymer)
Amoco Chemical
AMOCO PP
Polypropylene (homopolymer; uv stabilised)
Amoco Chemical
AMOCO PS
Polystyrene
Amoco Chemical
AMOCO PS
Polystyrene (2% silicone lubricated)
Amoco Chemical
AMOCO PS
Polystyrene (30% glass fibre reinforced)
Amoco Chemical
AMOCO PS
Polystyrene (medium impact)
Amoco Chemical
AMOCO PS
Polystyrene (structural foam)
Amoco Chemical
AMOCO PS
Polystyrene (uv stabilised)
Amoco Chemical
APPRYL
Polypropylene (copolymer)
Elf Atochem
APPRYL
Polypropylene (copolymer; uv stabilised)
Elf Atochem
APPRYL
Polypropylene (homopolymer)
Elf Atochem
ARALDITE
Epoxy MC (glass fibre reinforced)
Ciba-Geigy Plastics Division
311
The Plastics Compendium - Volume 1, Key Properties and Sources ARALDITE
Epoxy MC (high heat; glass fibre reinforced)
Ciba-Geigy Plastics Division
ARALDITE
Epoxy MC (mineral & glass fibre reinforced)
Ciba-Geigy Plastics Division
ARALDITE
Epoxy MC (mineral filled)
Ciba-Geigy Plastics Division
ARALDITE
Epoxy resin (casting; mineral filled)
Ciba-Geigy Plastics Division
ARALDITE
Epoxy resin (casting; silica filled)
Ciba-Geigy Plastics Division
ARALDITE
Epoxy resin (flexible)
Ciba-Geigy Plastics Division
ARALDITE
Epoxy resin (general purpose)
Ciba-Geigy Plastics Division
ARALDITE
Epoxy resin (high heat)
Ciba-Geigy Plastics Division
ARALDITE
Epoxy resin (casting; aluminium filled)
Ciba-Geigy Corp.
ARALDITE
Epoxy resin (casting; glass filled)
Ciba-Geigy Corp.
ARALDITE
Epoxy resin (casting; mineral filled)
Ciba-Geigy Corp.
ARALDITE
Epoxy resin (casting; silica filled)
Ciba-Geigy Corp.
ARALDITE
Epoxy resin (flexible)
Ciba-Geigy Corp.
ARALDITE
Epoxy resin (general purpose)
Ciba-Geigy Corp.
ARALDITE
Epoxy resin (high heat)
Ciba-Geigy Corp.
ARMCO SMC
Polyester SMC
BP Chemicals
ARMCO SMC
Polyester SMC (fire retardant)
BP Chemicals
ARMCO SMC
Polyester SMC (high impact)
BP Chemicals
ARMCO SMC
Polyester SMC (low profile)
BP Chemicals
ARNITE A
PET (36% glass fibre reinforced)
DSM
ARNITE A
PET (crystalline)
DSM
ARNITE A
PET (fire retardant)
DSM
ARNITE A
PET (uv stabilised)
DSM
ARNITE D
PET (amorphous)
DSM
ARNITE T
PBT
DSM
ARNITE T
PBT (30% glass fibre reinforced)
DSM
ARNITEL
Co ether ester based TPE 40D
DSM
ARNITEL
Co ether ester based TPE 55D
DSM
ARNITEL
Co ether ester based TPE 72D
DSM
ASHLAND FURANE
Furane resin
General Polymers
ASHLAND P’EST
Polyester (casting; flexible)
General Polymers
ASHLAND P’EST
Polyester (casting; rigid)
General Polymers
ASHLENE
ABS (30% glass fibre reinforced)
Ashley Polymers
ASHLENE
ABS (fire retardant)
Ashley Polymers
ASHLENE
ABS (high heat)
Ashley Polymers
ASHLENE
ABS (high heat; uv stabilised)
Ashley Polymers
ASHLENE
ABS (high impact)
Ashley Polymers
ASHLENE
ABS (high impact; uv stabilised)
Ashley Polymers
ASHLENE
ABS (low gloss)
Ashley Polymers
ASHLENE
ABS (medium impact)
Ashley Polymers
ASHLENE
ABS (plating)
Ashley Polymers
ASHLENE
ABS (structural foam)
Ashley Polymers
ASHLENE
ABS (transparent)
Ashley Polymers
ASHLENE NYLON 6
Polyamide 6
Ashley Polymers
ASHLENE NYLON 6
Polyamide 6 (10% glass fibre reinforced)
Ashley Polymers
ASHLENE NYLON 6
Polyamide 6 (2% silicone lubricated)
Ashley Polymers
ASHLENE NYLON 6
Polyamide 6 (20% PTFE lubricated)
Ashley Polymers
ASHLENE NYLON 6
Polyamide 6 (25% glass bead filled)
Ashley Polymers
ASHLENE NYLON 6
Polyamide 6 (30% carbon fibre reinforced)
Ashley Polymers
ASHLENE NYLON 6
Polyamide 6 (30% glass fibre reinforced)
Ashley Polymers
ASHLENE NYLON 6
Polyamide 6 (30% glass fibre reinforced; fire ret.)
Ashley Polymers
ASHLENE NYLON 6
Polyamide 6 (50% bead filled)
Ashley Polymers
ASHLENE NYLON 6
Polyamide 6 (60% glass fibre reinforced)
Ashley Polymers
312
Trade Name Index ASHLENE NYLON 6
Polyamide 6 (casting)
Ashley Polymers
ASHLENE NYLON 6
Polyamide 6 (elastomer copolymer)
Ashley Polymers
ASHLENE NYLON 6
Polyamide 6 (fire retardant)
Ashley Polymers
ASHLENE NYLON 6
Polyamide 6 (glass fibre & bead reinforced)
Ashley Polymers
ASHLENE NYLON 6
Polyamide 6 (high impact)
Ashley Polymers
ASHLENE NYLON 6
Polyamide 6 (mineral filled)
Ashley Polymers
ASHLENE NYLON 6
Polyamide 6 (molyb. disulphide lubricated)
Ashley Polymers
ASHLENE NYLON 6
Polyamide 6 (stampable sheet; glass fibre reinf.)
Ashley Polymers
ASHLENE NYLON 6
Polyamide 6 (uv stabilised)
Ashley Polymers
ASHLENE NYLON 66
Polyamide 6/6
Ashley Polymers
ASHLENE NYLON 66
Polyamide 6/6 (10% carbon fibre reinforced)
Ashley Polymers
ASHLENE NYLON 66
Polyamide 6/6 (10% glass fibre reinforced)
Ashley Polymers
ASHLENE NYLON 66
Polyamide 6/6 (20% PTFE lubricated)
Ashley Polymers
ASHLENE NYLON 66
Polyamide 6/6 (30% carbon fibre reinforced)
Ashley Polymers
ASHLENE NYLON 66
Polyamide 6/6 (33% glass fibre reinforced)
Ashley Polymers
ASHLENE NYLON 66
Polyamide 6/6 (40% glass bead filled)
Ashley Polymers
ASHLENE NYLON 66
Polyamide 6/6 (40% mineral filled)
Ashley Polymers
ASHLENE NYLON 66
Polyamide 6/6 (60% glass fibre reinforced)
Ashley Polymers
ASHLENE NYLON 66
Polyamide 6/6 (fire retardant)
Ashley Polymers
ASHLENE NYLON 66
Polyamide 6/6 (glass fibre & bead reinforced)
Ashley Polymers
ASHLENE NYLON 66
Polyamide 6/6 (high impact)
Ashley Polymers
ASHLENE NYLON 66
Polyamide 6/6 (molyb. disulphide lubricated)
Ashley Polymers
ASHLENE NYLON 66
Polyamide 6/6 (super tough)
Ashley Polymers
ASHLENE NYLON 66
Polyamide 6/6 (super tough; 33% glass fibre reinf)
Ashley Polymers
ASHLENE NYLON 66
Polyamide 6/6 (super tough; fire retardant)
Ashley Polymers
ASHLENE NYLON 66
Polyamide 6/6 (uv stabilised)
Ashley Polymers
ASHLENE SAN
SAN
Ashley Polymers
ASHLENE SAN
SAN (30% glass fibre reinforced)
Ashley Polymers
ASHLENE SAN
SAN (fire retardant)
Ashley Polymers
ASHLENE SAN
SAN (high heat)
Ashley Polymers
ASHLENE SAN
SAN (high impact)
Ashley Polymers
ASHLENE SAN
SAN (uv stabilised)
Ashley Polymers
ATLAC (BP)
Bisphenol polyester laminate (glass filled)
DSM Resins
ATLAC (VE)
Vinyl ester
DSM Resins
BACON EP
Epoxy resin (casting; aluminium filled)
Bacon Industries
BACON EP
Epoxy resin (casting; glass filled)
Bacon Industries
BACON EP
Epoxy resin (casting; mineral filled)
Bacon Industries
BACON EP
Epoxy resin (casting; silica filled)
Bacon Industries
BACON EP
Epoxy resin (flexible)
Bacon Industries
BACON EP
Epoxy resin (general purpose)
Bacon Industries
BACON EP
Epoxy resin (high heat)
Bacon Industries
BAPOLAN PS
Polystyrene
Bamberger Polymers
BAPOLAN PS
Polystyrene (2% silicone lubricated)
Bamberger Polymers
BAPOLAN PS
Polystyrene (30% glass fibre reinforced)
Bamberger Polymers
BAPOLAN PS
Polystyrene (medium impact)
Bamberger Polymers
BAPOLAN PS
Polystyrene (structural foam)
Bamberger Polymers
BAPOLAN PS
Polystyrene (uv stabilised)
Bamberger Polymers
BAPOLEN HIPS
HIPS
Bamberger Polymers
BAPOLEN HIPS
HIPS (fire retardant)
Bamberger Polymers
BAPOLEN HIPS
HIPS (uv stabilised)
Bamberger Polymers
BAPOLENE PE
LDPE
Bamberger Polymers
BAPOLENE PE
LDPE (uv stabilised)
Bamberger Polymers
BAPOLENE PP
Polypropylene (homopolymer)
Bamberger Polymers
313
The Plastics Compendium - Volume 1, Key Properties and Sources BAPOLENE PP
Polypropylene (homopolymer; uv stabilised)
Bamberger Polymers
BAYBLEND
ABS/polycarbonate alloy
Bayer
BAYDUR
Polyurethane (hard cast elastomer)
Bayer
BAYDUR
Polyurethane (hard microcellular elastomer)
Bayer
BAYDUR
Polyurethane (reinforced microcellular elastomer)
Bayer
BAYDUR
Polyurethane (semi-rigid foam)
Bayer
BAYDUR
Polyurethane (soft microcellular elastomer)
Bayer
BAYDUR
Polyurethane (structural foam)
Bayer
BAYFLEX
Polyurethane (hard cast elastomer)
Bayer
BAYFLEX
Polyurethane (hard microcellular elastomer)
Bayer
BAYFLEX
Polyurethane (reinforced microcellular elastomer)
Bayer
BAYFLEX
Polyurethane (semi-rigid foam)
Bayer
BAYFLEX
Polyurethane (soft microcellular elastomer)
Bayer
BAYFLEX
Polyurethane (structural foam)
Bayer
BEETLE ACETAL
Acetal (copolymer)
BIP Plastics
BEETLE NYLON 6
Polyamide 6
BIP Plastics
BEETLE NYLON 6
Polyamide 6 (25% glass bead filled)
BIP Plastics
BEETLE NYLON 6
Polyamide 6 (30% glass fibre reinforced)
BIP Plastics
BEETLE NYLON 6
Polyamide 6 (30% glass fibre reinforced; fire ret.)
BIP Plastics
BEETLE NYLON 6
Polyamide 6 (50% bead filled)
BIP Plastics
BEETLE NYLON 6
Polyamide 6 (fire retardant)
BIP Plastics
BEETLE NYLON 6
Polyamide 6 (high impact)
BIP Plastics
BEETLE NYLON 6
Polyamide 6 (molyb. disulphide lubricated)
BIP Plastics
BEETLE NYLON 6
Polyamide 6 (uv stabilised)
BIP Plastics
BEETLE NYLON 66
Polyamide 6/6
BIP Plastics
BEETLE NYLON 66
Polyamide 6/6 (33% glass fibre reinforced)
BIP Plastics
BEETLE NYLON 66
Polyamide 6/6 (40% glass bead filled)
BIP Plastics
BEETLE NYLON 66
Polyamide 6/6 (fire retardant)
BIP Plastics
BEETLE NYLON 66
Polyamide 6/6 (high impact)
BIP Plastics
BEETLE NYLON 66
Polyamide 6/6 (molyb. disulphide lubricated)
BIP Plastics
BEETLE NYLON 66
Polyamide 6/6 (super tough)
BIP Plastics
BEETLE NYLON 66
Polyamide 6/6 (uv stabilised)
BIP Plastics
BEETLE PBT
PBT
BIP Plastics
BEETLE PBT
PBT (20% glass fibre reinforced; fire retardant)
BIP Plastics
BEETLE PBT
PBT (30% glass fibre reinforced)
BIP Plastics
BEETLE PBT
PBT (30% glass fibre reinforced; fire retardant)
BIP Plastics
BEETLE PET
PET (30% gfr - fire ret.)
BIP Plastics
BEETLE PET
PET (amorphous)
BIP Plastics
BEETLE PET
PET (uv stabilised)
BIP Plastics
BEETLE POLYESTER
Polyester (casting; flexible)
BIP Plastics
BEETLE POLYESTER
Polyester (casting; rigid)
BIP Plastics
BEETLE POLYESTER
Polyester DMC
BIP Plastics
BEETLE POLYESTER
Polyester DMC (electrical)
BIP Plastics
BEETLE POLYESTER
Polyester DMC (fire retardant)
BIP Plastics
BEETLE POLYESTER
Polyester DMC (high heat)
BIP Plastics
BEETLE POLYESTER
Polyester DMC (low profile)
BIP Plastics
BEETLE UF
Urea formaldehyde (cellulose filled)
Cytec
BEETLE UF
Urea formaldehyde (foam)
Cytec
BEETLE UREA
Urea formaldehyde (cellulose filled)
BIP Plastics
BMC
Polyester DMC
Bulk Moulding Compounds
BMC
Polyester DMC (electrical)
Bulk Moulding Compounds
BMC
Polyester DMC (fire retardant)
Bulk Moulding Compounds
BMC
Polyester DMC (high heat)
Bulk Moulding Compounds
314
Trade Name Index BMC
Polyester DMC (low profile)
BP POLYSTYRENE (HIPS)
HIPS
Bulk Moulding Compounds BP Chemicals
BP POLYSTYRENE (HIPS)
HIPS (fire retardant)
BP Chemicals
BP POLYSTYRENE (HIPS)
HIPS (uv stabilised)
BP Chemicals
BP POLYSTYRENE (PS)
Polystyrene
BP Chemicals
BP POLYSTYRENE (PS)
Polystyrene (medium impact)
BP Chemicals
BP POLYSTYRENE (PS)
Polystyrene (uv stabilised)
BP Chemicals
BUDD CAST 6
Polyamide 6
Budd
BUDD CAST 6
Polyamide 6 (10% glass fibre reinforced)
Budd
BUDD CAST 6
Polyamide 6 (2% silicone lubricated)
Budd
BUDD CAST 6
Polyamide 6 (20% PTFE lubricated)
Budd
BUDD CAST 6
Polyamide 6 (25% glass bead filled)
Budd
BUDD CAST 6
Polyamide 6 (30% carbon fibre reinforced)
Budd
BUDD CAST 6
Polyamide 6 (30% glass fibre reinforced)
Budd
BUDD CAST 6
Polyamide 6 (30% glass fibre reinforced; fire ret.)
Budd
BUDD CAST 6
Polyamide 6 (50% bead filled)
Budd
BUDD CAST 6
Polyamide 6 (60% glass fibre reinforced)
Budd
BUDD CAST 6
Polyamide 6 (casting)
Budd
BUDD CAST 6
Polyamide 6 (elastomer copolymer)
Budd
BUDD CAST 6
Polyamide 6 (fire retardant)
Budd
BUDD CAST 6
Polyamide 6 (glass fibre & bead reinforced)
Budd
BUDD CAST 6
Polyamide 6 (high impact)
Budd
BUDD CAST 6
Polyamide 6 (mineral filled)
Budd
BUDD CAST 6
Polyamide 6 (molyb. disulphide lubricated)
Budd
BUDD CAST 6
Polyamide 6 (stampable sheet; glass fibre reinf.)
Budd
BUDD CAST 6
Polyamide 6 (uv stabilised)
Budd
BUDD SMC
Polyester SMC (fire retardant)
Budd
BUDD SMC
Polyester SMC (low profile)
Budd
BUTCHER P’ESTER LAM’S
Polyester laminate (chopped glass filled)
Alan Butcher Associates
BUTCHER P’ESTER LAM’S
Polyester laminate (woven glass roving)
Alan Butcher Associates
CADON
SMA (terpolymer)
Monsanto
CALIBRE
Polycarbonate
Dow
CALIBRE
Polycarbonate (15% PTFE lubricated)
Dow
CALIBRE
Polycarbonate (20% glass fibre reinforced)
Dow
CALIBRE
Polycarbonate (30% carbon fibre reinforced)
Dow
CALIBRE
Polycarbonate (30% glass fibre reinforced)
Dow
CALIBRE
Polycarbonate (fire retardant)
Dow
CALIBRE
Polycarbonate (high flow)
Dow
CALIBRE
Polycarbonate (structural foam)
Dow
CALIBRE
Polycarbonate (uv stabilised)
Dow
CAPRON
Polyamide 6
Victrex Sales
CAPRON
Polyamide 6
Allied Signal
CAPRON
Polyamide 6 (10% glass fibre reinforced)
Allied Signal
CAPRON
Polyamide 6 (2% silicone lubricated)
Allied Signal
CAPRON
Polyamide 6 (20% PTFE lubricated)
Allied Signal
CAPRON
Polyamide 6 (25% glass bead filled)
Allied Signal
CAPRON
Polyamide 6 (30% carbon fibre reinforced)
Allied Signal
CAPRON
Polyamide 6 (30% glass fibre reinforced; fire ret.)
Allied Signal
CAPRON
Polyamide 6 (50% bead filled)
Allied Signal
CAPRON
Polyamide 6 (60% glass fibre reinforced)
Allied Signal
CAPRON
Polyamide 6 (casting)
Allied Signal
CAPRON
Polyamide 6 (elastomer copolymer)
Allied Signal
CAPRON
Polyamide 6 (fire retardant)
Allied Signal
315
The Plastics Compendium - Volume 1, Key Properties and Sources CAPRON
Polyamide 6 (glass fibre & bead reinforced)
Allied Signal
CAPRON
Polyamide 6 (high impact)
Allied Signal
CAPRON
Polyamide 6 (mineral filled)
Allied Signal
CAPRON
Polyamide 6 (molyb. disulphide lubricated)
Allied Signal
CAPRON
Polyamide 6 (stampable sheet; glass fibre reinf.)
Allied Signal
CAPRON
Polyamide 6 (uv stabilised)
Allied Signal
CAPRON 8233G
Polyamide 6 (30% glass fibre reinforced)
Allied Signal
CARBOFORM
Epoxy Lam (carbon fibre prepreg)
Cytec
CARBOFORM
Epoxy Lam (Kevlar prepreg)
Cytec
CARIFLEX TR
Styrene butadiene styrene based TPE 35A
Evode
CARIFLEX TR
Styrene butadiene styrene based TPE 35D
Evode
CARIFLEX TR
Styrene butadiene styrene based TPE 80A
Evode
CELANESE
Polyamide 6/6
Hoechst
CELANESE
Polyamide 6/6 (10% carbon fibre reinforced)
Hoechst
CELANESE
Polyamide 6/6 (10% glass fibre reinforced)
Hoechst
CELANESE
Polyamide 6/6 (20% PTFE lubricated)
Hoechst
CELANESE
Polyamide 6/6 (30% carbon fibre reinforced)
Hoechst
CELANESE
Polyamide 6/6 (33% glass fibre reinforced)
Hoechst
CELANESE
Polyamide 6/6 (40% glass bead filled)
Hoechst
CELANESE
Polyamide 6/6 (40% mineral filled)
Hoechst
CELANESE
Polyamide 6/6 (60% glass fibre reinforced)
Hoechst
CELANESE
Polyamide 6/6 (fire retardant)
Hoechst
CELANESE
Polyamide 6/6 (glass fibre & bead reinforced)
Hoechst
CELANESE
Polyamide 6/6 (high impact)
Hoechst
CELANESE
Polyamide 6/6 (molyb. disulphide lubricated)
Hoechst
CELANESE
Polyamide 6/6 (super tough)
Hoechst
CELANESE
Polyamide 6/6 (super tough; 33% glass fibre reinf)
Hoechst
CELANESE
Polyamide 6/6 (super tough; fire retardant)
Hoechst
CELANESE
Polyamide 6/6 (uv stabilised)
Hoechst
CELANESE NYLON 6
Polyamide 6
Hoechst
CELANESE NYLON 6
Polyamide 6 (30% glass fibre reinforced)
Hoechst
CELANEX
PBT
Hoechst
CELANEX
PBT (10% glass fibre reinforced)
Hoechst
CELANEX
PBT (15% PTFE lubricated)
Hoechst
CELANEX
PBT (2% silicone lubricated)
Hoechst
CELANEX
PBT (20% glass fibre reinforced; fire retardant)
Hoechst
CELANEX
PBT (30% carbon fibre reinforced)
Hoechst
CELANEX
PBT (30% glass bead filled)
Hoechst
CELANEX
PBT (30% glass fibre reinforced)
Hoechst
CELANEX
PBT (30% glass fibre reinforced; fire retardant)
Hoechst
CELANEX
PBT (45% mineral & glass filled)
Hoechst
CELANEX
PBT (fire retardant)
Hoechst
CELANEX
PBT (structural foam)
Hoechst
CELANEX
PBT (uv stabilised)
Hoechst
CELCON
Acetal (30% carbon fibre reinforced)
Hoechst
CELCON
Acetal (copolymer)
Hoechst
CELCON
Acetal (copolymer; 2% silicone lubricated)
Hoechst
CELCON
Acetal (copolymer; 30% glass fibre coupled)
Hoechst
CELCON
Acetal (copolymer; uv stabilised)
Hoechst
CELCON
Acetal/elastomer alloy (super tough)
Hoechst
CELLIDOR B
Cellulose acetate butyrate
Albis
CELLIDOR CP
Cellulose propionate
Albis
CELLOBOND K
Phenolic (foam)
BP Chemicals
316
Trade Name Index CENTREX
ASA
Monsanto
CHEMPOL
Polyurethane (hard cast elastomer)
Cook Composites & Polymers
CHEMPOL
Polyurethane (hard microcellular elastomer)
Cook Composites & Polymers
CHEMPOL
Polyurethane (reinforced microcellular elastomer)
Cook Composites & Polymers
CHEMPOL
Polyurethane (semi-rigid foam)
Cook Composites & Polymers
CHEMPOL
Polyurethane (soft microcellular elastomer)
Cook Composites & Polymers
CHEMPOL
Polyurethane (structural foam)
Cook Composites & Polymers
COMALLOY 6/12
Polyamide 6/12
ComAlloy
COMALLOY 6/12
Polyamide 6/12 (10% glass fibre reinforced)
ComAlloy
COMALLOY 6/12
Polyamide 6/12 (2% silicone lubricated)
ComAlloy
COMALLOY 6/12
Polyamide 6/12 (20% PTFE lubricated)
ComAlloy
COMALLOY 6/12
Polyamide 6/12 (30% carbon fibre reinforced)
ComAlloy
COMALLOY 6/12
Polyamide 6/12 (30% glass fibre reinforced)
ComAlloy
COMALLOY 6/12
Polyamide 6/12 (fire retardant)
ComAlloy
COMALLOY ABS
ABS (30% glass fibre reinforced)
ComAlloy
COMALLOY ABS
ABS (fire retardant)
ComAlloy
COMALLOY ABS
ABS (high heat)
ComAlloy
COMALLOY ABS
ABS (high heat; uv stabilised)
ComAlloy
COMALLOY ABS
ABS (high impact)
ComAlloy
COMALLOY ABS
ABS (high impact; uv stabilised)
ComAlloy
COMALLOY ABS
ABS (low gloss)
ComAlloy
COMALLOY ABS
ABS (medium impact)
ComAlloy
COMALLOY ABS
ABS (plating)
ComAlloy
COMALLOY ABS
ABS (structural foam)
ComAlloy
COMALLOY ABS
ABS (transparent)
ComAlloy
COMALLOY NYLON 66
Polyamide 6/6
ComAlloy
COMALLOY NYLON 66
Polyamide 6/6 (10% carbon fibre reinforced)
ComAlloy
COMALLOY NYLON 66
Polyamide 6/6 (10% glass fibre reinforced)
ComAlloy
COMALLOY NYLON 66
Polyamide 6/6 (20% PTFE lubricated)
ComAlloy
COMALLOY NYLON 66
Polyamide 6/6 (30% carbon fibre reinforced)
ComAlloy
COMALLOY NYLON 66
Polyamide 6/6 (33% glass fibre reinforced)
ComAlloy
COMALLOY NYLON 66
Polyamide 6/6 (40% glass bead filled)
ComAlloy
COMALLOY NYLON 66
Polyamide 6/6 (40% mineral filled)
ComAlloy
COMALLOY NYLON 66
Polyamide 6/6 (60% glass fibre reinforced)
ComAlloy
COMALLOY NYLON 66
Polyamide 6/6 (fire retardant)
ComAlloy
COMALLOY NYLON 66
Polyamide 6/6 (glass fibre & bead reinforced)
ComAlloy
COMALLOY NYLON 66
Polyamide 6/6 (high impact)
ComAlloy
COMALLOY NYLON 66
Polyamide 6/6 (molyb. disulphide lubricated)
ComAlloy
COMALLOY NYLON 66
Polyamide 6/6 (super tough)
ComAlloy
COMALLOY NYLON 66
Polyamide 6/6 (super tough; 33% glass fibre reinf)
ComAlloy
COMALLOY NYLON 66
Polyamide 6/6 (super tough; fire retardant)
ComAlloy
COMALLOY NYLON 66
Polyamide 6/6 (uv stabilised)
ComAlloy
COMALLOY PP
Polypropylene (20% calcium carbonate filled)
ComAlloy
COMALLOY PP
Polypropylene (20% glass fibre reinforced)
ComAlloy
COMALLOY PP
Polypropylene (20% talc filled)
ComAlloy
COMALLOY PP
Polypropylene (30% glass fibre coupled)
ComAlloy
COMALLOY PP
Polypropylene (40% calcium carbonate filled)
ComAlloy
COMALLOY PP
Polypropylene (40% talc filled)
ComAlloy
COMALLOY PPS
PPS (20% PTFE lubricated)
ComAlloy
COMALLOY PPS
PPS (30% carbon fibre reinforced)
ComAlloy
COMALLOY PPS
PPS (40% glass fibre reinforced)
ComAlloy
COMALLOY PPS
PPS (glass fibre & bead reinforced)
ComAlloy
COMALLOY PS
Polystyrene
ComAlloy
317
The Plastics Compendium - Volume 1, Key Properties and Sources COMALLOY PS
Polystyrene (2% silicone lubricated)
COMALLOY PS
Polystyrene (30% glass fibre reinforced)
ComAlloy ComAlloy
COMALLOY PS
Polystyrene (medium impact)
ComAlloy
COMALLOY PS
Polystyrene (structural foam)
ComAlloy
COMALLOY PS
Polystyrene (uv stabilised)
ComAlloy
COMALLOY PSUL
Polysulphone
ComAlloy
COMALLOY PSUL
Polysulphone (10% glass fibre reinforced)
ComAlloy
COMALLOY PSUL
Polysulphone (15% PTFE lubricated)
ComAlloy
COMALLOY PSUL
Polysulphone (30% carbon fibre reinforced)
ComAlloy
COMALLOY PSUL
Polysulphone (30% glass fibre reinforced)
ComAlloy
COMALLOY SAN
SAN
ComAlloy
COMALLOY SAN
SAN (30% glass fibre reinforced)
ComAlloy
COMALLOY SAN
SAN (fire retardant)
ComAlloy
COMALLOY SAN
SAN (high heat)
ComAlloy
COMALLOY SAN
SAN (high impact)
ComAlloy
COMALLOY SAN
SAN (uv stabilised)
ComAlloy
CONOCO
PVC (plasticised; >300% elongation)
Vista Chemical
CONOCO
PVC (plasticised; 0-100% elongation)
Vista Chemical
CONOCO
PVC (plasticised; 100-300% elongation)
Vista Chemical
CONOCO UPVC
PVC (structural foam)
Vista Chemical
CONOCO UPVC
PVC (uv stabilised)
Vista Chemical
CONOCO UPVC
PVC crosslinked
Vista Chemical
CONOCO UPVC
UPVC
Vista Chemical
CONOCO UPVC
UPVC (high impact)
Vista Chemical
CORROLITE
Vinyl ester
Reichhold Chemical
COSMIC DAIP
DAIP (long glass fibre reinforced)
Cosmic Plastics
COSMIC DAIP
DAIP (mineral filled)
Cosmic Plastics
COSMIC DAIP
DAIP (short glass fibre reinforced)
Cosmic Plastics
COSMIC DAP
DAP (long glass fibre reinforced)
Cosmic Plastics
COSMIC DAP
DAP (long glass fibre reinforced; fire retardant)
Cosmic Plastics
COSMIC DAP
DAP (mineral & synthetic fibre filled)
Cosmic Plastics
COSMIC DAP
DAP (mineral filled)
Cosmic Plastics
COSMIC DAP
DAP (short glass fibre reinforced)
Cosmic Plastics
COSMIC DAP
DAP (short glass fibre reinforced; fire retardant)
Cosmic Plastics
COSMIC EP
Epoxy MC (glass fibre reinforced)
Cosmic Plastics
COSMIC EP
Epoxy MC (high heat; glass fibre reinforced)
Cosmic Plastics
COSMIC EP
Epoxy MC (mineral & glass fibre reinforced)
Cosmic Plastics
COSMIC EP
Epoxy MC (mineral filled)
Cosmic Plastics
CRASTINE S
PBT
DuPont
CRASTINE SK
PBT (20% glass fibre reinforced; fire retardant)
DuPont
CRASTINE SK
PBT (30% glass bead filled)
DuPont
CRASTINE SK
PBT (30% glass fibre reinforced)
DuPont
CRASTINE SK
PBT (uv stabilised)
DuPont
CRASTINE SO
PBT (30% glass fibre reinforced; fire retardant)
DuPont
CRYSTIC IMPEL
Polyester GMC
Scott Bader
CRYSTIC IMPEL
Polyester GMC (mineral filled)
Scott Bader
CTI NYLON 11
Polyamide 11
Compounding Technology
CTI NYLON 11
Polyamide 11 (30% carbon fibre reinforced)
Compounding Technology
CTI NYLON 11
Polyamide 11 (30% glass fibre reinforced)
Compounding Technology Compounding Technology
CTI NYLON 11
Polyamide 11 (fire retardant)
CTI NYLON 11
Polyamide 11 (flexible)
Compounding Technology
CTI NYLON 11
Polyamide 11 (semi-flexible)
Compounding Technology
CTI NYLON 11
Polyamide 11 (uv stabilised)
Compounding Technology
318
Trade Name Index CTI NYLON 6
Polyamide 6
Compounding Technology
CTI NYLON 6
Polyamide 6 (10% glass fibre reinforced)
Compounding Technology
CTI NYLON 6
Polyamide 6 (2% silicone lubricated)
Compounding Technology
CTI NYLON 6
Polyamide 6 (20% PTFE lubricated)
Compounding Technology
CTI NYLON 6
Polyamide 6 (25% glass bead filled)
Compounding Technology
CTI NYLON 6
Polyamide 6 (30% carbon fibre reinforced)
Compounding Technology
CTI NYLON 6
Polyamide 6 (30% glass fibre reinforced; fire ret.)
Compounding Technology
CTI NYLON 6
Polyamide 6 (50% bead filled)
Compounding Technology
CTI NYLON 6
Polyamide 6 (60% glass fibre reinforced)
Compounding Technology
CTI NYLON 6
Polyamide 6 (casting)
Compounding Technology
CTI NYLON 6
Polyamide 6 (elastomer copolymer)
Compounding Technology
CTI NYLON 6
Polyamide 6 (fire retardant)
Compounding Technology
CTI NYLON 6
Polyamide 6 (glass fibre & bead reinforced)
Compounding Technology
CTI NYLON 6
Polyamide 6 (high impact)
Compounding Technology
CTI NYLON 6
Polyamide 6 (mineral filled)
Compounding Technology
CTI NYLON 6
Polyamide 6 (molyb. disulphide lubricated)
Compounding Technology
CTI NYLON 6
Polyamide 6 (stampable sheet; glass fibre reinf.)
Compounding Technology
CTI NYLON 6
Polyamide 6 (uv stabilised)
Compounding Technology
CTI NYLON 6/10
Polyamide 6/10
Compounding Technology
CTI NYLON 6/10
Polyamide 6/10 (10% glass fibre reinforced)
Compounding Technology
CTI NYLON 6/10
Polyamide 6/10 (2% silicone lubricated)
Compounding Technology
CTI NYLON 6/10
Polyamide 6/10 (20% PTFE lubricated)
Compounding Technology
CTI NYLON 6/10
Polyamide 6/10 (30% carbon fibre reinforced)
Compounding Technology
CTI NYLON 6/10
Polyamide 6/10 (30% glass fibre reinforced)
Compounding Technology
CTI NYLON 6/10
Polyamide 6/10 (fire retardant)
Compounding Technology
CTI NYLON 6/12
Polyamide 6/12
Compounding Technology
CTI NYLON 6/12
Polyamide 6/12 (10% glass fibre reinforced)
Compounding Technology
CTI NYLON 6/12
Polyamide 6/12 (2% silicone lubricated)
Compounding Technology
CTI NYLON 6/12
Polyamide 6/12 (20% PTFE lubricated)
Compounding Technology
CTI NYLON 6/12
Polyamide 6/12 (30% carbon fibre reinforced)
Compounding Technology
CTI NYLON 6/12
Polyamide 6/12 (30% glass fibre reinforced)
Compounding Technology
CTI NYLON 6/12
Polyamide 6/12 (fire retardant)
Compounding Technology
CTI NYLON 66
Polyamide 6/6
Compounding Technology
CTI NYLON 66
Polyamide 6/6 (10% carbon fibre reinforced)
Compounding Technology
CTI NYLON 66
Polyamide 6/6 (10% glass fibre reinforced)
Compounding Technology
CTI NYLON 66
Polyamide 6/6 (20% PTFE lubricated)
Compounding Technology
CTI NYLON 66
Polyamide 6/6 (30% carbon fibre reinforced)
Compounding Technology
CTI NYLON 66
Polyamide 6/6 (33% glass fibre reinforced)
Compounding Technology
CTI NYLON 66
Polyamide 6/6 (40% glass bead filled)
Compounding Technology
CTI NYLON 66
Polyamide 6/6 (40% mineral filled)
Compounding Technology
CTI NYLON 66
Polyamide 6/6 (60% glass fibre reinforced)
Compounding Technology
CTI NYLON 66
Polyamide 6/6 (fire retardant)
Compounding Technology
CTI NYLON 66
Polyamide 6/6 (glass fibre & bead reinforced)
Compounding Technology
CTI NYLON 66
Polyamide 6/6 (high impact)
Compounding Technology
CTI NYLON 66
Polyamide 6/6 (molyb. disulphide lubricated)
Compounding Technology
CTI NYLON 66
Polyamide 6/6 (super tough)
Compounding Technology
CTI NYLON 66
Polyamide 6/6 (super tough; 33% glass fibre reinf)
Compounding Technology
CTI NYLON 66
Polyamide 6/6 (super tough; fire retardant)
Compounding Technology
CTI NYLON 66
Polyamide 6/6 (uv stabilised)
Compounding Technology
CTI PBT
PBT
Compounding Technology
CTI PBT
PBT (10% glass fibre reinforced)
Compounding Technology
CTI PBT
PBT (15% PTFE lubricated)
Compounding Technology
CTI PBT
PBT (2% silicone lubricated)
Compounding Technology
319
The Plastics Compendium - Volume 1, Key Properties and Sources CTI PBT
PBT (20% glass fibre reinforced; fire retardant)
Compounding Technology
CTI PBT
PBT (30% carbon fibre reinforced)
Compounding Technology
CTI PBT
PBT (30% glass bead filled)
Compounding Technology
CTI PBT
PBT (30% glass fibre reinforced)
Compounding Technology
CTI PBT
PBT (30% glass fibre reinforced; fire retardant)
Compounding Technology
CTI PBT
PBT (45% mineral & glass filled)
Compounding Technology
CTI PBT
PBT (fire retardant)
Compounding Technology
CTI PBT
PBT (structural foam)
Compounding Technology
CTI PBT
PBT (uv stabilised)
Compounding Technology
CTI PC
Polycarbonate
Compounding Technology
CTI PC
Polycarbonate (15% PTFE lubricated)
Compounding Technology
CTI PC
Polycarbonate (20% glass fibre reinforced)
Compounding Technology
CTI PC
Polycarbonate (30% carbon fibre reinforced)
Compounding Technology
CTI PC
Polycarbonate (30% glass fibre reinforced)
Compounding Technology
CTI PC
Polycarbonate (fire retardant)
Compounding Technology
CTI PC
Polycarbonate (high flow)
Compounding Technology
CTI PC
Polycarbonate (structural foam)
Compounding Technology
CTI PC
Polycarbonate (uv stabilised)
Compounding Technology
CTI PEEK
PEEK
Compounding Technology
CTI PEEK
PEEK (10% glass fibre reinforced)
Compounding Technology
CTI PEEK
PEEK (20% glass fibre reinforced)
Compounding Technology
CTI PEEK
PEEK (30% carbon fibre reinforced)
Compounding Technology
CTI PEEK
PEEK (30% glass fibre reinforced)
Compounding Technology
CTI PES
PES
Compounding Technology
CTI PES
PES (20% glass fibre reinforced)
Compounding Technology
CTI PES
PES (30% carbon fibre reinforced)
Compounding Technology
CTI PES
PES (30% glass fibre reinforced)
Compounding Technology
CTI PI
Polyimide
Compounding Technology
CTI PI
Polyimide (25% graphite lubricated)
Compounding Technology
CTI PI
Polyimide (40% glass fibre reinforced)
Compounding Technology
CTI PI
Polyimide (molyb. disulphide lubricated)
Compounding Technology
CTI PI
Polyimide (PTFE lubricated)
Compounding Technology
CTI PPS
PPS (20% PTFE lubricated)
Compounding Technology
CTI PPS
PPS (30% carbon fibre reinforced)
Compounding Technology
CTI PPS
PPS (40% glass fibre reinforced)
Compounding Technology
CTI PPS
PPS (glass fibre & bead reinforced)
Compounding Technology
CTI PSUL
Polysulphone
Compounding Technology
CTI PSUL
Polysulphone (10% glass fibre reinforced)
Compounding Technology
CTI PSUL
Polysulphone (15% PTFE lubricated)
Compounding Technology
CTI PSUL
Polysulphone (30% carbon fibre reinforced)
Compounding Technology
CTI PSUL
Polysulphone (30% glass fibre reinforced)
Compounding Technology
CTI SAN
SAN
Compounding Technology
CTI SAN
SAN (30% glass fibre reinforced)
Compounding Technology
CTI SAN
SAN (fire retardant)
Compounding Technology
CTI SAN
SAN (high heat)
Compounding Technology
CTI SAN
SAN (high impact)
Compounding Technology
CTI SAN
SAN (uv stabilised)
Compounding Technology
CYCOLAC
ABS (30% glass fibre reinforced)
G.E. Plastics
CYCOLAC
ABS (fire retardant)
G.E. Plastics
CYCOLAC
ABS (high heat)
G.E. Plastics
CYCOLAC
ABS (high heat; uv stabilised)
G.E. Plastics
CYCOLAC
ABS (high impact)
G.E. Plastics
CYCOLAC
ABS (high impact; uv stabilised)
G.E. Plastics
320
Trade Name Index CYCOLAC
ABS (low gloss)
G.E. Plastics
CYCOLAC
ABS (medium impact)
G.E. Plastics
CYCOLAC
ABS (structural foam)
G.E. Plastics
CYCOLAC
ABS (transparent)
G.E. Plastics
CYCOLAC EP
ABS (plating)
G.E. Plastics
CYCOLOY
ABS/polycarbonate alloy
G.E. Plastics
CYCOVIN
ABS / PVC alloy
G.E. Plastics
CYGLAS
Polyester DMC
Cytec
CYGLAS
Polyester DMC (electrical)
Cytec
CYGLAS
Polyester DMC (fire retardant)
Cytec
CYGLAS
Polyester DMC (high heat)
Cytec
CYMEL
Melamine formaldehyde (cellulose filled)
Cytec
DALTOFLEX
Polyurethane (reinforced microcellular elastomer)
ICI Polyurethane
DELRIN
Acetal (homopolymer)
DuPont
DELRIN
Acetal (homopolymer; glass fibre reinforced)
DuPont
DELRIN
Acetal (homopolymer; PTFE lubricated)
DuPont
DELRIN
Acetal (homopolymer; uv stabilised)
DuPont
DELRIN ST
Acetal (30% carbon fibre reinforced)
DuPont
DELRIN ST
Acetal (copolymer)
DuPont
DELRIN ST
Acetal (copolymer; 2% silicone lubricated)
DuPont
DELRIN ST
Acetal (copolymer; 30% glass fibre coupled)
DuPont
DELRIN ST
Acetal (copolymer; uv stabilised)
DuPont
DELRIN ST
Acetal/elastomer alloy (super tough)
DuPont
DEREKANE
Vinyl ester
Dow
DESMOFLEX
Polyurethane (hard microcellular elastomer)
Bayer
DESMOPAN
Urethane based TPE 70A
Bayer
DESMOPAN
Urethane based TPE 80A
Bayer
DESMOPAN
Urethane based TPE 95A
Bayer
DEXEL
Cellulose acetate
Courtaulds Chemicals
DIAKON
Acrylic (general purpose)
ICI Acrylics
DIAKON TD
Acrylic (high impact)
ICI Acrylics
DOW ABS
ABS (30% glass fibre reinforced)
Dow
DOW ABS
ABS (fire retardant)
Dow
DOW ABS
ABS (high heat)
Dow
DOW ABS
ABS (high heat; uv stabilised)
Dow
DOW ABS
ABS (high impact)
Dow
DOW ABS
ABS (high impact; uv stabilised)
Dow
DOW ABS
ABS (low gloss)
Dow
DOW ABS
ABS (medium impact)
Dow
DOW ABS
ABS (plating)
Dow
DOW ABS
ABS (structural foam)
Dow
DOW ABS
ABS (transparent)
Dow Dow
DOW CPE
Chlorinated PE
DOW EP
Epoxy resin (casting; aluminium filled)
Dow
DOW EP
Epoxy resin (casting; glass filled)
Dow
DOW EP
Epoxy resin (casting; mineral filled)
Dow
DOW EP
Epoxy resin (casting; silica filled)
Dow
DOW EP
Epoxy resin (flexible)
Dow
DOW EP
Epoxy resin (general purpose)
Dow
DOW EP
Epoxy resin (high heat)
Dow
DOW LLDPE
LLDPE
Dow
DOW MDPE
MDPE
Dow
DOW PE
LDPE
Dow
321
The Plastics Compendium - Volume 1, Key Properties and Sources DOW PE
LDPE (uv stabilised)
Dow
DOW SILICONE
Silicone
Dow Corning
DOW SILICONE
Silicone (glass fibre & mineral filled)
Dow Corning
DOWLEX
LLDPE
Dow
DURETHAN A
Polyamide 6/6
Bayer
DURETHAN A
Polyamide 6/6 (33% glass fibre reinforced)
Bayer
DURETHAN A
Polyamide 6/6 (uv stabilised)
Bayer
DURETHAN B
Polyamide 6
Bayer
DURETHAN B
Polyamide 6 (30% glass fibre reinforced)
Bayer
DURETHAN B
Polyamide 6 (30% glass fibre reinforced; fire ret.)
Bayer
DURETHAN B
Polyamide 6 (elastomer copolymer)
Bayer
DURETHAN B
Polyamide 6 (fire retardant)
Bayer
DURETHAN B
Polyamide 6 (glass fibre & bead reinforced)
Bayer
DURETHAN B
Polyamide 6 (uv stabilised)
Bayer
DURETHAN T
Polyamide (transparent)
Bayer
DUREZ ALKYD
Alkyd (long glass fibre reinforced; high impact)
Occidental Chemical
DUREZ ALKYD
Alkyd (mineral & glass fibre reinf; fire retardant)
Occidental Chemical
DUREZ ALKYD
Alkyd (mineral & glass fibre reinforced)
Occidental Chemical
DUREZ ALKYD
Alkyd (mineral filled)
Occidental Chemical Occidental Chemical
DUREZ ALKYD
Alkyd (short glass fibre reinforced)
DUREZ ALKYD
Alkyd (short glass fibre reinforced; fire retardant)
Occidental Chemical
DUREZ DAIP
DAIP (long glass fibre reinforced)
Occidental Chemical
DUREZ DAIP
DAIP (mineral filled)
Occidental Chemical
DUREZ DAIP
DAIP (short glass fibre reinforced)
Occidental Chemical
DUREZ DAP
DAP (long glass fibre reinforced)
Occidental Chemical
DUREZ DAP
DAP (long glass fibre reinforced; fire retardant)
Occidental Chemical
DUREZ DAP
DAP (mineral & synthetic fibre filled)
Occidental Chemical
DUREZ DAP
DAP (mineral filled)
Occidental Chemical
DUREZ DAP
DAP (short glass fibre reinforced)
Occidental Chemical
DUREZ DAP
DAP (short glass fibre reinforced; fire retardant)
Occidental Chemical
DUREZ GMC
Polyester GMC
Occidental Chemical
DUREZ GMC
Polyester GMC (high impact)
Occidental Chemical
DUREZ GMC
Polyester GMC (mineral filled)
Occidental Chemical
DUREZ PF
Phenolic (cellulose filled; shock resistant)
Occidental Chemical
DUREZ PF
Phenolic (chopped fabric filled; medium impact)
Occidental Chemical
DUREZ PF
Phenolic (cotton filled; medium shock)
Occidental Chemical
DUREZ PF
Phenolic (foam)
Occidental Chemical
DUREZ PF
Phenolic (glass fibre reinforced; high impact)
Occidental Chemical
DUREZ PF
Phenolic (mica & glass fibre reinforced; electrical)
Occidental Chemical
DUREZ PF
Phenolic (mica filled; electrical)
Occidental Chemical
DUREZ PF
Phenolic (mineral filled; high heat)
Occidental Chemical
DUREZ PF
Phenolic (natural fibre filled; general purpose)
Occidental Chemical
DUREZ PF
Phenolic (wood filled; general purpose)
Occidental Chemical
DUREZ PF
Phenolic laminate (cotton fabric)
Occidental Chemical
DUREZ PF
Phenolic laminate (glass fabric)
Occidental Chemical
DUREZ PF
Phenolic laminate (paper)
Occidental Chemical
DUROID
PTFE
Rogers
DUROID
PTFE (15% glass fibre filled)
Rogers
DUROID
PTFE (15% graphite filled)
Rogers
DUROID
PTFE (25% glass fibre filled)
Rogers
DUROID
PTFE (60% bronze filled)
Rogers
DUTRAL TP
Olefinic based TPE 65A
Himont USA
DUTRAL TP
Olefinic based TPE 85A
Himont USA
322
Trade Name Index DUTRAL TP
Olefinic based TPE 93A
Himont USA
DYFLOR
PVDF
Huls
DYFLOR
PVDF
Arco Chemical
DYFLOR
PVDF (20% carbon fibre reinforced)
Arco Chemical
DYLARK
SMA (copolymer)
Arco Chemical
DYLARK
SMA (copolymer; 30% glass fibre reinforced)
Arco Chemical
DYPRO POLYALLOMER
Ethylene Propylene copolymer
Arco Chemical
DYPRO PP
Polypropylene (20% talc filled)
Arco Chemical
DYPRO PP
Polypropylene (40% talc filled)
Arco Chemical
DYPRO PP
Polypropylene (homopolymer)
Arco Chemical
DYPRO PP
Polypropylene (homopolymer; uv stabilised)
Arco Chemical
EDISTIR
Polystyrene
Enichem
EDISTIR
Polystyrene (medium impact)
Enichem
EDISTIR
Polystyrene (uv stabilised)
Enichem
EDISTIR
Polystyrene
Himont USA
EDISTIR
Polystyrene (2% silicone lubricated)
Himont USA
EDISTIR
Polystyrene (30% glass fibre reinforced)
Himont USA
EDISTIR
Polystyrene (medium impact)
Himont USA
EDISTIR
Polystyrene (structural foam)
Himont USA
EDISTIR
Polystyrene (uv stabilised)
Himont USA
EDISTIR HIPS
HIPS
Himont USA
EDISTIR HIPS
HIPS (fire retardant)
Himont USA
EDISTIR HIPS
HIPS (uv stabilised)
Himont USA
ELASTOLLAN 1100
Urethane based TPE 95A
Elastogran
ELASTOLLAN C
Urethane based TPE 70A
Elastogran
ELASTOLLAN S
Urethane based TPE 80A
Elastogran
ELEMID
Polyamide / ABS alloy
G.E. Plastics
ELTEX
HDPE
Solvay Chemicals
ELTEX P
Polypropylene (copolymer)
Solvay Chemicals
ELTEX P
Polypropylene (copolymer; uv stabilised)
Solvay Chemicals
ELTEX P
Polypropylene (homopolymer)
Solvay Chemicals
ELTEX P
Polypropylene (homopolymer; uv stabilised)
Solvay Chemicals
ELVAX
EVA (12% VA)
DuPont
ELVAX
EVA (25% VA)
DuPont
ELVAX
EVA (33% VA)
DuPont
EMPEE PE
HDPE
Monmouth Plastic
EMPEE PE
HDPE (uv stabilised)
Monmouth Plastic
EMPEE PE
MDPE
Monmouth Plastic
EMPEE PP
Polypropylene (fire retardant)
Monmouth Plastic
EPIKOTE
Epoxy resin (general purpose)
Shell Chemicals
EPOLITE
Epoxy resin (casting; aluminium filled)
Hexcel
EPOLITE
Epoxy resin (casting; glass filled)
Hexcel
EPOLITE
Epoxy resin (casting; mineral filled)
Hexcel
EPOLITE
Epoxy resin (casting; silica filled)
Hexcel
EPOLITE
Epoxy resin (general purpose)
Hexcel
EPOLITE
Epoxy resin (high heat)
Hexcel
ERACLENE
HDPE
Enichem
ERACLENE
HDPE (uv stabilised)
Enichem
ESCORENE EVA
EVA (12% VA)
Exxon
ESCORENE EVA
EVA (25% VA)
Exxon
ESCORENE EVA
EVA (33% VA)
Exxon
ESCORENE LDPE
LDPE
Exxon
ESCORENE LDPE
LDPE (uv stabilised)
Exxon
323
The Plastics Compendium - Volume 1, Key Properties and Sources ESCORENE LLDPE
LLDPE
Exxon
ESCORENE ULTRA EVA
EVA (12% VA)
Exxon
ESCORENE ULTRA EVA
EVA (25% VA)
Exxon
ESCORENE ULTRA EVA
EVA (33% VA)
Exxon
ESTANE
Urethane based TPE 70A
BF Goodrich
ESTANE
Urethane based TPE 80A
BF Goodrich
ESTANE
Urethane based TPE 95A
BF Goodrich
ETHYL
PVC (plasticised; >300% elongation)
Georgia-Pacific
ETHYL
PVC (plasticised; 0-100% elongation)
Georgia-Pacific
ETHYL
PVC (plasticised; 100-300% elongation)
Georgia-Pacific
ETHYL UPVC
PVC (structural foam)
Georgia-Pacific
ETHYL UPVC
PVC (uv stabilised)
Georgia-Pacific
ETHYL UPVC
PVC crosslinked
Georgia-Pacific
ETHYL UPVC
UPVC
Georgia-Pacific
ETHYL UPVC
UPVC (high impact)
Georgia-Pacific
EVATANE
EVA (12% VA)
Elf Atochem
EVATANE
EVA (25% VA)
Elf Atochem
EVATANE
EVA (33% VA)
Elf Atochem
FERROLENE
Polypropylene (20% calcium carbonate filled)
Ferro
FERROLENE
Polypropylene (20% talc filled)
Ferro
FERROLENE
Polypropylene (40% calcium carbonate filled)
Ferro
FERROLENE
Polypropylene (40% talc filled)
Ferro
FERROPREG EP
Epoxy Lam (carbon fibre prepreg)
Ferro Corp
FERROPREG EP
Epoxy Lam (glass fabric)
Ferro Corp
FERROPREG EP
Epoxy Lam (glass prepreg)
Ferro Corp
FERROPREG EP
Epoxy Lam (Kevlar prepreg)
Ferro Corp
FERROPREG PF
Phenolic (cellulose filled; shock resistant)
Ferro Corp
FERROPREG PF
Phenolic (chopped fabric filled; medium impact)
Ferro Corp
FERROPREG PF
Phenolic (cotton filled; medium shock)
Ferro Corp
FERROPREG PF
Phenolic (foam)
Ferro Corp
FERROPREG PF
Phenolic (glass fibre reinforced; high impact)
Ferro Corp
FERROPREG PF
Phenolic (mica & glass fibre reinforced; electrical)
Ferro Corp
FERROPREG PF
Phenolic (mica filled; electrical)
Ferro Corp
FERROPREG PF
Phenolic (mineral filled; high heat)
Ferro Corp
FERROPREG PF
Phenolic (natural fibre filled; general purpose)
Ferro Corp
FERROPREG PF
Phenolic (wood filled; general purpose)
Ferro Corp
FERROPREG PF
Phenolic laminate (cotton fabric)
Ferro Corp
FERROPREG PF
Phenolic laminate (glass fabric)
Ferro Corp
FERROPREG PF
Phenolic laminate (paper)
Ferro Corp
FERROPREG POLYESTER
Polyester laminate (woven glass roving)
Ferro Corp
FIBERDUX
Epoxy Lam (carbon fibre prepreg)
Ciba Geigy
FIBERDUX
Epoxy Lam (Kevlar prepreg)
Ciba Geigy
FIBERITE EP
Epoxy Lam (carbon fibre prepreg)
ICI Composites
FIBERITE EP
Epoxy Lam (glass fabric)
ICI Composites
FIBERITE EP
Epoxy Lam (glass prepreg)
ICI Composites
FIBERITE EP
Epoxy Lam (Kevlar prepreg)
ICI Composites
FIBERITE EP
Epoxy MC (glass fibre reinforced)
ICI Composites
FIBERITE EP
Epoxy MC (high heat; glass fibre reinforced)
ICI Composites
FIBERITE EP
Epoxy MC (mineral & glass fibre reinforced)
ICI Composites
FIBERITE EP
Epoxy MC (mineral filled)
ICI Composites
FIBERITE PF
Phenolic (cellulose filled; shock resistant)
ICI Composites
FIBERITE PF
Phenolic (chopped fabric filled; medium impact)
ICI Composites
FIBERITE PF
Phenolic (cotton filled; medium shock)
ICI Composites
324
Trade Name Index FIBERITE PF
Phenolic (foam)
ICI Composites
FIBERITE PF
Phenolic (glass fibre reinforced; high impact)
ICI Composites
FIBERITE PF
Phenolic (mica & glass fibre reinforced; electrical)
ICI Composites
FIBERITE PF
Phenolic (mica filled; electrical)
ICI Composites
FIBERITE PF
Phenolic (mineral filled; high heat)
ICI Composites
FIBERITE PF
Phenolic (natural fibre filled; general purpose)
ICI Composites
FIBERITE PF
Phenolic (wood filled; general purpose)
ICI Composites
FIBERITE PF
Phenolic laminate (cotton fabric)
ICI Composites
FIBERITE PF
Phenolic laminate (glass fabric)
ICI Composites
FIBERITE PF
Phenolic laminate (paper)
ICI Composites
FIBERITE PI
Polyimide
ICI Composites
FIBERITE PI
Polyimide (25% graphite lubricated)
ICI Composites
FIBERITE PI
Polyimide (40% glass fibre reinforced)
ICI Composites
FIBERITE PI
Polyimide (molyb. disulphide lubricated)
ICI Composites
FIBERITE PI
Polyimide (PTFE lubricated)
ICI Composites
FIBERITE SILICONE
Silicone
ICI Composites
FIBERITE SILICONE
Silicone (glass fibre & mineral filled)
ICI Composites
FIBERLITE EPOXY
Epoxy MC (fire retard; mineral & glass fibre reinf.)
Vigilant Plastics
FIBERLITE EPOXY
Epoxy MC (glass fibre reinforced)
Vigilant Plastics
FIBERLITE EPOXY
Epoxy MC (high heat; glass fibre reinforced)
Vigilant Plastics
FIBERLITE EPOXY
Epoxy MC (mineral & glass fibre reinforced)
Vigilant Plastics
FIBERLITE EPOXY
Epoxy MC (mineral filled)
Vigilant Plastics
FLEXIRENE
LLDPE
Enichem
FLOMAT
Polyester SMC
DSM Resins
FLOMAT
Polyester SMC (fire retardant)
DSM Resins
FLOMAT
Polyester SMC (high impact)
DSM Resins
FLOMAT
Polyester SMC (low profile)
DSM Resins
FLUON
PTFE
ICI Chemicals & Polymers
FLUON
PTFE (15% glass fibre filled)
ICI Chemicals & Polymers
FLUON
PTFE (15% graphite filled)
ICI Chemicals & Polymers
FLUON
PTFE (25% glass fibre filled)
ICI Chemicals & Polymers
FLUON
PTFE (60% bronze filled)
ICI Chemicals & Polymers
FLUOROCOMP
PTFE (60% bronze filled)
LNP Plastics
FLUOROCOMP ETFE
ETFE (10% glass fibre filled)
LNP Plastics
FLUOROCOMP ETFE
ETFE (30% carbon fibre filled)
LNP Plastics
FLUOROCOMP ETFE
ETFE (30% glass fibre filled)
LNP Plastics
FLUOROMELT FPC
ECTFE
LNP Plastics
FLUOROMELT FPCF
ECTFE (glass fibre filled)
LNP Plastics
FLUROCOMP FP-EC-1006
ETFE (30% carbon fibre filled)
LNP Engineering Plastics
FLUROCOMP FP-EF-1002
ETFE (10% glass fibre filled)
LNP Engineering Plastics
FLUROCOMP FP-EF-1006
ETFE (30% glass fibre filled)
LNP Engineering Plastics
FORAFLON
PVDF
Elf Atochem
FORAFLON
PVDF (20% carbon fibre reinforced)
Elf Atochem
FORTILENE
Polypropylene (copolymer)
Solvay Polymers
FORTILENE
Polypropylene (copolymer; uv stabilised)
Solvay Polymers
FORTILENE
Polypropylene (homopolymer)
Solvay Polymers
FORTILENE
Polypropylene (homopolymer; uv stabilised)
Solvay Polymers
FORTON
PPS (20% PTFE lubricated)
Hoechst
FORTON
PPS (30% carbon fibre reinforced)
Hoechst
FORTON
PPS (40% glass fibre reinforced)
Hoechst
FORTON
PPS (glass fibre & bead reinforced)
Hoechst
FPC PE
LDPE
Federal Plastics
FPC PE
LDPE (uv stabilised)
Federal Plastics
325
The Plastics Compendium - Volume 1, Key Properties and Sources FPC PP
Polypropylene (homopolymer)
Federal Plastics
FPC PP
Polypropylene (homopolymer; uv stabilised)
Federal Plastics
FPC PS
Polystyrene
Federal Plastics
FPC PS
Polystyrene (2% silicone lubricated)
Federal Plastics
FPC PS
Polystyrene (30% glass fibre reinforced)
Federal Plastics
FPC PS
Polystyrene (medium impact)
Federal Plastics
FPC PS
Polystyrene (structural foam)
Federal Plastics
FPC PS
Polystyrene (uv stabilised)
Federal Plastics
FREEFLO
Polyester GMC
DSM Resins
FREEFLO
Polyester GMC (fire retardant)
DSM Resins
FREEFLO
Polyester GMC (high impact)
DSM Resins
FREEFLO
Polyester GMC (mineral filled)
DSM Resins
FREEMIX
Polyester DMC
DSM Resins
FREEMIX
Polyester DMC (electrical)
DSM Resins DSM Resins
FREEMIX
Polyester DMC (fire retardant)
FREEMIX
Polyester DMC (high heat)
DSM Resins
FREEMIX
Polyester DMC (low profile)
DSM Resins
FULTON
ABS (30% glass fibre reinforced)
LNP Plastics
FULTON
Acetal (copolymer; 2% silicone lubricated)
LNP Plastics
FULTON
Acetal (homopolymer; PTFE lubricated)
LNP Plastics
FULTON
Acetal (30% carbon fibre reinforced)
LNP Engineering Plastics
FULTON
Acetal (copolymer)
LNP Engineering Plastics
FULTON
Acetal (copolymer; 2% silicone lubricated)
LNP Engineering Plastics
FULTON
Acetal (copolymer; 30% glass fibre coupled)
LNP Engineering Plastics
FULTON
Acetal (copolymer; uv stabilised)
LNP Engineering Plastics
FULTON
Acetal/elastomer alloy (super tough)
LNP Engineering Plastics
GE SILICONE
Silicone
G.E. Plastics
GE SILICONE
Silicone (glass fibre & mineral filled)
G.E. Plastics
GEON
PVC (plasticised; >300% elongation)
Geon
GEON
PVC (plasticised; 0-100% elongation)
Geon
GEON
PVC (plasticised; 100-300% elongation)
Geon
GEON CPVC
Chlorinated PVC
Geon
GEON UPVC
PVC (structural foam)
Geon
GEON UPVC
PVC (uv stabilised)
Geon
GEON UPVC
PVC crosslinked
Geon
GEON UPVC
UPVC
Geon
GEON UPVC
UPVC (high impact)
Geon
GLASFLEX
Acrylic (cast sheet)
Glasflex
GLASFLEX
Acrylic (casting)
Glasflex
GLASFLEX
Acrylic (general purpose)
Glasflex
GLASFLEX
Acrylic (high impact)
Glasflex
GLASKYD
Alkyd (long glass fibre reinforced; high impact)
Cytec
GLASKYD
Alkyd (mineral & glass fibre reinf; fire retardant)
Cytec
GLASKYD
Alkyd (mineral & glass fibre reinforced)
Cytec
GLASKYD
Alkyd (mineral filled)
Cytec
GLASKYD
Alkyd (short glass fibre reinforced)
Cytec
GLASKYD
Alkyd (short glass fibre reinforced; fire retardant)
Cytec
GLASTIC BMC
Polyester DMC
Glastic
GLASTIC BMC
Polyester DMC (electrical)
Glastic
GLASTIC BMC
Polyester DMC (fire retardant)
Glastic
GLASTIC BMC
Polyester DMC (high heat)
Glastic
GLASTIC POLYESTER
Polyester laminate (chopped glass filled)
Glastic
GRAFIL DG
Polycarbonate (30% carbon fibre reinforced)
Grafil
326
Trade Name Index GRAFIL GG
Polysulphone (30% carbon fibre reinforced)
GRAFIL JG
PES (30% carbon fibre reinforced)
Grafil Grafil
GRAFIL OG
PPS (30% carbon fibre reinforced)
Grafil
GRAFIL PVDF
PVDF (20% carbon fibre reinforced)
Grafil
GRAFIL RG
Polyamide 6/6 (10% carbon fibre reinforced)
Grafil
GRAFIL RG
Polyamide 6/6 (30% carbon fibre reinforced)
Grafil
GREENFLEX
EVA (12% VA)
Enichem
GREENFLEX
EVA (25% VA)
Enichem
GREENFLEX
EVA (33% VA)
Enichem
GRILAMID
Polyamide 12
EMS-Grilon
GRILAMID
Polyamide 12 (30% glass fibre reinforced)
EMS-Grilon
GRILAMID
Polyamide 12 (50% glass bead filled)
EMS-Grilon
GRILAMID
Polyamide 12 (flexible)
EMS-Grilon
GRILAMID
Polyamide 12 (semi-flexible)
EMS-Grilon
GRILAMID
Polyamide 12 (uv stabilised)
EMS-Grilon
GRILAMID NYLON 12
Polyamide 12
Emser Industries
GRILAMID NYLON 12
Polyamide 12 (30% glass fibre reinforced)
Emser Industries
GRILAMID NYLON 12
Polyamide 12 (50% glass bead filled)
Emser Industries
GRILAMID NYLON 12
Polyamide 12 (fire retardant)
Emser Industries
GRILAMID NYLON 12
Polyamide 12 (flexible)
Emser Industries
GRILAMID NYLON 12
Polyamide 12 (semi-flexible)
Emser Industries
GRILAMID NYLON 12
Polyamide 12 (uv stabilised)
Emser Industries
GRILAMID TR
Polyamide (transparent)
EMS-Grilon
GRILAMID TR55
Polyamide (amorphous; 30% glass fibre reinforced)
Emser Industries
GRILAMID TR55
Polyamide (transparent)
Emser Industries
GRILON
Polyamide 6
EMS-Grilon
GRILON
Polyamide 6 (25% glass bead filled)
EMS-Grilon
GRILON
Polyamide 6 (30% glass fibre reinforced)
EMS-Grilon
GRILON
Polyamide 6 (50% bead filled)
EMS-Grilon
GRILON
Polyamide 6 (fire retardant)
EMS-Grilon
GRILON
Polyamide 6 (glass fibre & bead reinforced)
EMS-Grilon
GRILON
Polyamide 6 (high impact)
EMS-Grilon
GRILON
Polyamide 6 (mineral filled)
EMS-Grilon
GRILON
Polyamide 6 (uv stabilised)
EMS-Grilon
GRILON
Polyamide 6
Emser Industries
GRILON
Polyamide 6 (10% glass fibre reinforced)
Emser Industries
GRILON
Polyamide 6 (2% silicone lubricated)
Emser Industries
GRILON
Polyamide 6 (20% PTFE lubricated)
Emser Industries
GRILON
Polyamide 6 (25% glass bead filled)
Emser Industries
GRILON
Polyamide 6 (30% carbon fibre reinforced)
Emser Industries
GRILON
Polyamide 6 (30% glass fibre reinforced)
Emser Industries
GRILON
Polyamide 6 (30% glass fibre reinforced; fire ret.)
Emser Industries
GRILON
Polyamide 6 (50% bead filled)
Emser Industries
GRILON
Polyamide 6 (60% glass fibre reinforced)
Emser Industries
GRILON
Polyamide 6 (casting)
Emser Industries
GRILON
Polyamide 6 (elastomer copolymer)
Emser Industries
GRILON
Polyamide 6 (fire retardant)
Emser Industries
GRILON
Polyamide 6 (glass fibre & bead reinforced)
Emser Industries
GRILON
Polyamide 6 (high impact)
Emser Industries
GRILON
Polyamide 6 (mineral filled)
Emser Industries
GRILON
Polyamide 6 (molyb. disulphide lubricated)
Emser Industries
GRILON
Polyamide 6 (stampable sheet; glass fibre reinf.)
Emser Industries
GRILON
Polyamide 6 (uv stabilised)
Emser Industries
327
The Plastics Compendium - Volume 1, Key Properties and Sources GRILON C
Polyamide 6/12
EMS-Grilon
GRILON C
Polyamide 6/12
Emser Industries
GRILON C
Polyamide 6/12 (10% glass fibre reinforced)
Emser Industries
GRILON C
Polyamide 6/12 (2% silicone lubricated)
Emser Industries
GRILON C
Polyamide 6/12 (20% PTFE lubricated)
Emser Industries
GRILON C
Polyamide 6/12 (30% carbon fibre reinforced)
Emser Industries
GRILON C
Polyamide 6/12 (30% glass fibre reinforced)
Emser Industries
GRILON C
Polyamide 6/12 (fire retardant)
Emser Industries
GRILON ELX
Polyamide 6 (elastomer copolymer)
EMS-Grilon
GRILON T
Polyamide 6/6
EMS-Grilon
GRILON T
Polyamide 6/6 (33% glass fibre reinforced)
EMS-Grilon
GRILON T
Polyamide 6/6 (40% glass bead filled)
EMS-Grilon
GRILON T
Polyamide 6/6 (40% mineral filled)
EMS-Grilon
GRILON T
Polyamide 6/6 (fire retardant)
EMS-Grilon
GRILON T
Polyamide 6/6 (high impact)
EMS-Grilon
GRILON T
Polyamide 6/6 (molyb. disulphide lubricated)
EMS-Grilon
GRILON T
Polyamide 6/6 (super tough; 33% glass fibre reinf)
EMS-Grilon
GRILON T
Polyamide 6/6 (uv stabilised)
EMS-Grilon
GULF HIPS
HIPS
Chevron Chemical
GULF HIPS
HIPS (fire retardant)
Chevron Chemical Chevron Chemical
GULF HIPS
HIPS (uv stabilised)
GULF PE
LDPE
Chevron Chemical
GULF PE
LDPE (uv stabilised)
Chevron Chemical
GULF PS
Polystyrene
Chevron Chemical
GULF PS
Polystyrene (2% silicone lubricated)
Chevron Chemical
GULF PS
Polystyrene (30% glass fibre reinforced)
Chevron Chemical
GULF PS
Polystyrene (medium impact)
Chevron Chemical
GULF PS
Polystyrene (structural foam)
Chevron Chemical
GULF PS
Polystyrene (uv stabilised)
Chevron Chemical
HALAR
ECTFE
Ausimont
HALAR ECTFE
ECTFE
Allied Signal
HALAR ECTFE
ECTFE (glass fibre filled)
Allied Signal
HALON
PTFE
Allied Signal
HALON
PTFE (15% glass fibre filled)
Allied Signal
HALON
PTFE (15% graphite filled)
Allied Signal
HALON
PTFE (25% glass fibre filled)
Allied Signal
HALON
PTFE (60% bronze filled)
Allied Signal
HAYSITE BMC
Polyester DMC
Haysite Reinforced Plastics
HAYSITE POLYESTER
Polyester laminate (woven glass roving)
Haysite Reinforced Plastics
HAYSITE SMC
Polyester SMC
Haysite Reinforced Plastics
HAYSITE SMC
Polyester SMC (low profile)
Haysite Reinforced Plastics
HD EP
Epoxy MC (glass fibre reinforced)
Dexter
HD EP
Epoxy MC (high heat; glass fibre reinforced)
Dexter
HD EP
Epoxy MC (mineral & glass fibre reinforced)
Dexter
HD EP
Epoxy MC (mineral filled)
Dexter
HD EP
Epoxy resin (casting; aluminium filled)
Dexter
HD EP
Epoxy resin (casting; glass filled)
Dexter
HD EP
Epoxy resin (casting; mineral filled)
Dexter
HD EP
Epoxy resin (casting; silica filled)
Dexter
HD EP
Epoxy resin (flexible)
Dexter
HD EP
Epoxy resin (general purpose)
Dexter
HD EP
Epoxy resin (high heat)
Dexter
HDPE
HDPE
Goodfellow
328
Trade Name Index HEXCEL EP
Epoxy Lam (glass fabric)
Hexcel
HEXCEL EP
Epoxy Lam (glass prepreg)
Hexcel
HEXCEL POLYESTER
Polyester laminate (woven glass roving)
Hexcel
HID
HDPE
Chevron Chemical
HID
HDPE (uv stabilised)
Chevron Chemical
HID
MDPE
Chevron Chemical
HIGLASS
Polypropylene (30% glass fibre coupled)
Himont
HIZEX
LDPE
Mitsui Plastics
HIZEX
LDPE (uv stabilised)
Mitsui Plastics
HOSTACOM
Polypropylene (20% glass fibre reinforced)
Hoechst
HOSTACOM
Polypropylene (20% talc filled)
Hoechst
HOSTACOM
Polypropylene (30% glass fibre coupled)
Hoechst
HOSTACOM
Polypropylene (40% talc filled)
Hoechst
HOSTAFLON ET
ETFE
Hoechst
HOSTAFLON FEP
FEP
Hoechst
HOSTAFLON PFA
PFA
Hoechst
HOSTAFLON TF
PTFE
Hoechst
HOSTAFLON TF
PTFE (15% glass fibre filled)
Hoechst
HOSTAFLON TF
PTFE (15% graphite filled)
Hoechst
HOSTAFLON TF
PTFE (25% glass fibre filled)
Hoechst
HOSTAFLON TF
PTFE (60% bronze filled)
Hoechst
HOSTAFORM
Acetal (copolymer)
Hoechst
HOSTAFORM
Acetal (copolymer; 2% silicone lubricated)
Hoechst
HOSTAFORM
Acetal (copolymer; 30% glass fibre coupled)
Hoechst
HOSTAFORM
Acetal (copolymer; uv stabilised)
Hoechst
HOSTALEN GUR
UHMW PE
Hoechst
HOSTALEN HD
HDPE
Hoechst
HOSTALEN HD
HDPE (uv stabilised)
Hoechst
HOSTALEN PP
Polypropylene (copolymer)
Hoechst
HOSTALEN PP
Polypropylene (copolymer; uv stabilised)
Hoechst
HOSTALEN PP
Polypropylene (elastomer mod; uv stabilised)
Hoechst
HOSTALEN PP
Polypropylene (elastomer modified)
Hoechst
HOSTALEN PP
Polypropylene (fire retardant)
Hoechst
HOSTALEN PP
Polypropylene (homopolymer)
Hoechst
HOSTALEN PP
Polypropylene (homopolymer; uv stabilised)
Hoechst
HOSTAPREN
Chlorinated PE
Hoechst
HUELS NYLON 12
Polyamide 12
Huls America
HUELS NYLON 12
Polyamide 12 (30% glass fibre reinforced)
Huls America
HUELS NYLON 12
Polyamide 12 (50% glass bead filled)
Huls America
HUELS NYLON 12
Polyamide 12 (fire retardant)
Huls America
HUELS NYLON 12
Polyamide 12 (flexible)
Huls America
HUELS NYLON 12
Polyamide 12 (semi-flexible)
Huls America
HUELS NYLON 12
Polyamide 12 (uv stabilised)
Huls America
HUNTSMAN PS
Polystyrene
Huntsman Chemical
HUNTSMAN PS
Polystyrene (2% silicone lubricated)
Huntsman Chemical
HUNTSMAN PS
Polystyrene (30% glass fibre reinforced)
Huntsman Chemical
HUNTSMAN PS
Polystyrene (medium impact)
Huntsman Chemical
HUNTSMAN PS
Polystyrene (structural foam)
Huntsman Chemical
HUNTSMAN PS
Polystyrene (uv stabilised)
Huntsman Chemical
HUNTSMAN PS (HIPS)
HIPS
Huntsman Chemical
HUNTSMAN PS (HIPS)
HIPS (fire retardant)
Huntsman Chemical
HUNTSMAN PS (HIPS)
HIPS (uv stabilised)
Huntsman Chemical
HY-VIN (PPVC)
PVC (plasticised; >300% elongation)
Hydro Polymers
329
The Plastics Compendium - Volume 1, Key Properties and Sources HY-VIN (PPVC)
PVC (plasticised; 0-100% elongation)
HY-VIN (PPVC)
PVC (plasticised; 100-300% elongation)
Hydro Polymers Hydro Polymers
HY-VIN (UPVC)
UPVC
Hydro Polymers
HYFLON ETFE
ETFE
Ausimont
HYFLON PFA
PFA
Ausimont
HYLAR
PVDF
Ausimont
HYPERLAST
Polyurethane (hard cast elastomer)
Kemira Polymers
HYPERLAST
Polyurethane (hard microcellular elastomer)
Kemira Polymers
HYPERLAST
Polyurethane (reinforced microcellular elastomer)
Kemira Polymers
HYPERLAST
Polyurethane (semi-rigid foam)
Kemira Polymers
HYPERLAST
Polyurethane (soft microcellular elastomer)
Kemira Polymers
HYPERLAST
Polyurethane (structural foam)
Kemira Polymers
HYTREL
Co ether ester based TPE 40D
DuPont
HYTREL
Co ether ester based TPE 55D
DuPont
HYTREL
Co ether ester based TPE 72D
DuPont
IMPET
PET (30% gfr - fire ret.)
Hoechst
IMPET
PET (30% gfr - high impact)
Hoechst
IMPET
PET (45% gfr)
Hoechst
IMPET
PET (crystalline)
Hoechst
INSULSPRAY
Urea formaldehyde (cellulose filled)
Borden Chemicals and Plastics
INSULSPRAY
Urea formaldehyde (foam)
Borden Chemicals and Plastics
ISOCHEM EP
Epoxy resin (casting; aluminium filled)
Furane Products
ISOCHEM EP
Epoxy resin (casting; glass filled)
Furane Products
ISOCHEM EP
Epoxy resin (casting; mineral filled)
Furane Products
ISOCHEM EP
Epoxy resin (casting; silica filled)
Furane Products
ISOCHEM EP
Epoxy resin (flexible)
Furane Products
ISOCHEM EP
Epoxy resin (general purpose)
Furane Products
ISOCHEM EP
Epoxy resin (high heat)
Furane Products
ISOCHEM SILICONE
Silicone
Furane Products
ISOCHEM SILICONE
Silicone (glass fibre & mineral filled)
Furane Products
IXEF
Polyarylamide (30% gfr)
Solvay Chemicals
IXEF
Polyarylamide (30% gfr)
Solvay Polymers
JONYLON NYLON 6
Polyamide 6
BIP Chemicals
JONYLON NYLON 6
Polyamide 6 (30% glass fibre reinforced)
BIP Chemicals
JONYLON NYLON 6
Polyamide 6 (30% glass fibre reinforced; fire ret.)
BIP Chemicals
JONYLON NYLON 6
Polyamide 6 (fire retardant)
BIP Chemicals
JONYLON NYLON 6
Polyamide 6 (high impact)
BIP Chemicals
JONYLON NYLON 6/6
Polyamide 6/6
BIP Chemicals
JONYLON NYLON 6/6
Polyamide 6/6 (40% mineral filled)
BIP Chemicals
JONYLON NYLON 6/6
Polyamide 6/6 (fire retardant)
BIP Chemicals
JONYLON NYLON 6/6
Polyamide 6/6 (high impact)
BIP Chemicals
JONYLON NYLON 6/6
Polyamide 6/6 (super tough)
BIP Chemicals
K RESIN
Styrene butadiene
Phillips Quadrant Petroleum Chemical
K RESIN
Styrene butadiene
Phillips Chemical
KEL F
CTFE
3M
KELTAN TP
Olefinic based TPE 65A
DSM
KELTAN TP
Olefinic based TPE 85A
DSM
KELTAN TP
Olefinic based TPE 93A
DSM
KEMATAL
Acetal (copolymer)
Hoechst
KEMATAL
Acetal (copolymer; 2% silicone lubricated)
Hoechst
KEMATAL
Acetal (copolymer; 30% glass fibre coupled)
Hoechst
KEMATAL
Acetal (copolymer; uv stabilised)
Hoechst
KERIMID
PAI
Rhone-Poulenc
330
Trade Name Index KERIMID
PAI (glass fibre reinforced)
Rhone-Poulenc
KERIMID
PAI (graphite filled)
Rhone-Poulenc
KEYSOR
PVC (plasticised; >300% elongation)
Keysor-Century
KEYSOR
PVC (plasticised; 0-100% elongation)
Keysor-Century
KEYSOR
PVC (plasticised; 100-300% elongation)
Keysor-Century
KEYSOR UPVC
PVC (structural foam)
Keysor-Century
KEYSOR UPVC
PVC (uv stabilised)
Keysor-Century
KEYSOR UPVC
PVC crosslinked
Keysor-Century
KEYSOR UPVC
UPVC
Keysor-Century
KEYSOR UPVC
UPVC (high impact)
Keysor-Century
KINEL
Polyimide
Rhone-Poulenc Rhone-Poulenc
KINEL
Polyimide (25% graphite lubricated)
KINEL
Polyimide (40% glass fibre reinforced)
Rhone-Poulenc
KINEL
Polyimide (molyb. disulphide lubricated)
Rhone-Poulenc
KINEL
Polyimide (PTFE lubricated)
Rhone-Poulenc
KOBLEND PCA
ABS/polycarbonate alloy
Enichem
KODAPAK PET 9921W
PET (crystalline)
Eastman Chemical
KODAR
PET (15% gfr - high impact)
Eastman Chemical Co.
KODAR
PET (30% gfr - fire ret.)
Eastman Chemical Co.
KODAR
PET (30% gfr - high impact)
Eastman Chemical Co. Eastman Chemical Co.
KODAR
PET (35% gfr - super tough)
KODAR
PET (35% mica/gfr)
Eastman Chemical Co.
KODAR
PET (36% glass fibre reinforced)
Eastman Chemical Co.
KODAR
PET (45% gfr)
Eastman Chemical Co.
KODAR
PET (45% min/gfr - fire ret.)
Eastman Chemical Co.
KODAR
PET (55% gfr)
Eastman Chemical Co.
KODAR
PET (amorphous)
Eastman Chemical Co.
KODAR
PET (crystalline)
Eastman Chemical Co.
KODAR
PET (fire retardant)
Eastman Chemical Co.
KODAR
PET (mineral filled)
Eastman Chemical Co.
KODAR
PET (uv stabilised)
Eastman Chemical Co.
KODAR PETG 6763
PET (amorphous)
Eastman Chemical
KOOLPHEN
Phenolic (foam)
Kooltherm Insulation Products
KOOLTHERM URETHANE
Polyurethane (structural foam)
Kooltherm Insulation Products
KOSTIL
SAN
Enichem
KOSTIL
SAN
Himont USA
KOSTIL
SAN (30% glass fibre reinforced)
Himont USA
KOSTIL
SAN (fire retardant)
Himont USA
KOSTIL
SAN (high heat)
Himont USA
KOSTIL
SAN (high impact)
Himont USA
KOSTIL
SAN (uv stabilised)
Himont USA
KRATON
Styrene butadiene styrene based TPE 35A
Shell Chemical Shell Chemical
KRATON
Styrene butadiene styrene based TPE 35D
KRATON
Styrene butadiene styrene based TPE 80A
Shell Chemical
KRATON G
Styrene ethylene butylene styrene based TPE 45A
Evode
KRATON G
Styrene ethylene butylene styrene based TPE 55A
Evode
KRATON G
Styrene ethylene butylene styrene based TPE 95A
Evode
KRATON G
Styrene ethylene butylene styrene based TPE 45A
Shell Chemical
KRATON G
Styrene ethylene butylene styrene based TPE 55A
Shell Chemical
KRATON G
Styrene ethylene butylene styrene based TPE 95A
Shell Chemical
KYNAR
PVDF
Elf Atochem North America
KYNAR
PVDF (20% carbon fibre reinforced)
Elf Atochem North America
LACOVYL
PVC (plasticised; >300% elongation)
Elf Atochem
331
The Plastics Compendium - Volume 1, Key Properties and Sources LACOVYL
PVC (plasticised; 0-100% elongation)
Elf Atochem
LACOVYL
PVC (plasticised; 100-300% elongation)
Elf Atochem
LACOVYL
PVC (uv stabilised)
Elf Atochem
LACOVYL
UPVC
Elf Atochem
LACQTENE
LDPE
Elf Atochem
LACQTENE
LDPE (uv stabilised)
Elf Atochem
LACQTENE CX
X-linked PE
Elf Atochem
LACQTENE HD
HDPE
Elf Atochem
LACQTENE HD
HDPE (uv stabilised)
Elf Atochem
LACQTENE HX
LLDPE
Elf Atochem
LACQTENE LX
LLDPE
Elf Atochem
LARFLEX
Olefinic based TPE 65A
Lati
LARFLEX
Olefinic based TPE 85A
Lati
LARFLEX
Olefinic based TPE 93A
Lati
LARIL
PPO
Lati
LARIL
PPO (10% glass fibre reinforced)
Lati
LARIL
PPO (10% glass fibre reinforced; fire retardant)
Lati
LARIL
PPO (30% glass fibre reinforced)
Lati
LARIL
PPO (30% glass fibre reinforced; fire retardant)
Lati
LARIL
PPO (fire retardant)
Lati
LARTON
PPS (40% glass fibre reinforced)
Lati
LARTON
PPS (glass fibre & bead reinforced)
Lati
LASTANE
Urethane based TPE 70A
Lati
LASTANE
Urethane based TPE 80A
Lati
LASTANE
Urethane based TPE 95A
Lati
LASTIL
SAN
Lati
LASTIL
SAN (30% glass fibre reinforced)
Lati
LASTIL
SAN (fire retardant)
Lati
LASTIL
SAN (uv stabilised)
Lati
LASTILAC
ABS (30% glass fibre reinforced)
Lati
LASTILAC
ABS (fire retardant)
Lati
LASTILAC
ABS (high heat)
Lati
LASTILAC
ABS (high heat; uv stabilised)
Lati
LASTILAC
ABS (high impact)
Lati
LASTILAC
ABS (medium impact)
Lati
LASTILAC
ABS (structural foam)
Lati
LASTIROL
HIPS
Lati
LASTIROL
HIPS (fire retardant)
Lati
LASTIROL
HIPS (uv stabilised)
Lati
LASTIROL R G/30
Polystyrene (30% glass fibre reinforced)
Lati
LASULF
Polysulphone
Lati
LASULF
Polysulphone (10% glass fibre reinforced)
Lati
LASULF
Polysulphone (30% glass fibre reinforced)
Lati
LATAMID 12
Polyamide 12
Lati
LATAMID 12
Polyamide 12 (30% glass fibre reinforced)
Lati
LATAMID 12
Polyamide 12 (flexible)
Lati
LATAMID 12
Polyamide 12 (semi-flexible)
Lati
LATAMID 12
Polyamide 12 (uv stabilised)
Lati
LATAMID 6
Polyamide 6
Lati
LATAMID 6
Polyamide 6 (10% glass fibre reinforced)
Lati
LATAMID 6
Polyamide 6 (2% silicone lubricated)
Lati
LATAMID 6
Polyamide 6 (20% PTFE lubricated)
Lati
LATAMID 6
Polyamide 6 (25% glass bead filled)
Lati
332
Trade Name Index LATAMID 6
Polyamide 6 (30% carbon fibre reinforced)
Lati
LATAMID 6
Polyamide 6 (30% glass fibre reinforced)
Lati
LATAMID 6
Polyamide 6 (30% glass fibre reinforced; fire ret.)
Lati
LATAMID 6
Polyamide 6 (fire retardant)
Lati
LATAMID 6
Polyamide 6 (glass fibre & bead reinforced)
Lati
LATAMID 6
Polyamide 6 (high impact)
Lati
LATAMID 6
Polyamide 6 (mineral filled)
Lati
LATAMID 6
Polyamide 6 (molyb. disulphide lubricated)
Lati
LATAMID 6
Polyamide 6 (uv stabilised)
Lati
LATAMID 66
Polyamide 6/6
Lati
LATAMID 66
Polyamide 6/6 (10% glass fibre reinforced)
Lati
LATAMID 66
Polyamide 6/6 (20% PTFE lubricated)
Lati
LATAMID 66
Polyamide 6/6 (30% carbon fibre reinforced)
Lati
LATAMID 66
Polyamide 6/6 (33% glass fibre reinforced)
Lati
LATAMID 66
Polyamide 6/6 (40% glass bead filled)
Lati
LATAMID 66
Polyamide 6/6 (40% mineral filled)
Lati
LATAMID 66
Polyamide 6/6 (fire retardant)
Lati
LATAMID 66
Polyamide 6/6 (glass fibre & bead reinforced)
Lati
LATAMID 66
Polyamide 6/6 (high impact)
Lati
LATAMID 66
Polyamide 6/6 (molyb. disulphide lubricated)
Lati
LATAMID 66
Polyamide 6/6 (super tough)
Lati
LATAMID 66
Polyamide 6/6 (uv stabilised)
Lati
LATAN
Acetal (30% carbon fibre reinforced)
Lati
LATAN
Acetal (copolymer)
Lati
LATAN
Acetal (copolymer; 2% silicone lubricated)
Lati
LATAN
Acetal (copolymer; 30% glass fibre coupled)
Lati
LATAN
Acetal (copolymer; uv stabilised)
Lati
LATAN
Acetal (homopolymer; PTFE lubricated)
Lati
LATENE
Polypropylene (20% calcium carbonate filled)
Lati
LATENE
Polypropylene (20% glass fibre reinforced)
Lati
LATENE
Polypropylene (20% talc filled)
Lati
LATENE
Polypropylene (30% glass fibre coupled)
Lati
LATENE
Polypropylene (40% calcium carbonate filled)
Lati
LATENE
Polypropylene (40% talc filled)
Lati
LATENE
Polypropylene (fire retardant)
Lati
LATENE EP
Ethylene Propylene copolymer
Lati
LATER
PBT
Lati
LATER
PBT (10% glass fibre reinforced)
Lati
LATER
PBT (15% PTFE lubricated)
Lati
LATER
PBT (20% glass fibre reinforced; fire retardant)
Lati
LATER
PBT (30% glass bead filled)
Lati
LATER
PBT (30% glass fibre reinforced)
Lati
LATER
PBT (30% glass fibre reinforced; fire retardant)
Lati
LATER
PBT (45% mineral & glass filled)
Lati
LATER
PBT (fire retardant)
Lati
LATER
PBT (uv stabilised)
Lati
LATILON
Polycarbonate
Lati
LATILON
Polycarbonate (15% PTFE lubricated)
Lati
LATILON
Polycarbonate (20% glass fibre reinforced)
Lati
LATILON
Polycarbonate (30% carbon fibre reinforced)
Lati
LATILON
Polycarbonate (30% glass fibre reinforced)
Lati
LATILON
Polycarbonate (fire retardant)
Lati
LATILON
Polycarbonate (uv stabilised)
Lati
333
The Plastics Compendium - Volume 1, Key Properties and Sources LDPE
LDPE
LEKUTHERM
Epoxy resin (casting; aluminium filled)
Goodfellow Bayer
LEKUTHERM
Epoxy resin (casting; glass filled)
Bayer
LEKUTHERM
Epoxy resin (casting; mineral filled)
Bayer
LEKUTHERM
Epoxy resin (casting; silica filled)
Bayer
LEKUTHERM
Epoxy resin (flexible)
Bayer
LEKUTHERM
Epoxy resin (general purpose)
Bayer
LEKUTHERM
Epoxy resin (high heat)
Bayer
LEVAFLEX
Olefinic based TPE 65A
Bayer
LEVAFLEX
Olefinic based TPE 85A
Bayer
LEVAFLEX
Olefinic based TPE 93A
Bayer
LEXAN
Polycarbonate
G.E. Plastics
LEXAN
Polycarbonate (15% PTFE lubricated)
G.E. Plastics
LEXAN
Polycarbonate (20% glass fibre reinforced)
G.E. Plastics
LEXAN
Polycarbonate (30% carbon fibre reinforced)
G.E. Plastics
LEXAN
Polycarbonate (30% glass fibre reinforced)
G.E. Plastics
LEXAN
Polycarbonate (fire retardant)
G.E. Plastics
LEXAN
Polycarbonate (high flow)
G.E. Plastics
LEXAN
Polycarbonate (structural foam)
G.E. Plastics
LEXAN
Polycarbonate (uv stabilised)
G.E. Plastics
LOMOD
Co ether ester based TPE 40D
G.E. Plastics
LOMOD
Co ether ester based TPE 55D
G.E. Plastics
LUBRICOMP CL-4410
Polystyrene (2% silicone lubricated)
LNP Engineering Plastics
LUBRICOMP DL-4030
Polycarbonate (15% PTFE lubricated)
LNP Engineering Plastics
LUBRICOMP GL-4030
Polysulphone (15% PTFE lubricated)
LNP Engineering Plastics
LUBRICOMP IL-4040
Polyamide 6/12 (20% PTFE lubricated)
LNP Engineering Plastics
LUBRICOMP IL-4410
Polyamide 6/12 (2% silicone lubricated)
LNP Engineering Plastics
LUBRICOMP KL-4410
Acetal (copolymer; 2% silicone lubricated)
LNP Engineering Plastics
LUBRICOMP OL-4040
PPS (20% PTFE lubricated)
LNP Engineering Plastics
LUBRICOMP PL-4040
Polyamide 6 (20% PTFE lubricated)
LNP Engineering Plastics
LUBRICOMP PL-4410
Polyamide 6 (2% silicone lubricated)
LNP Engineering Plastics
LUBRICOMP QL-4040
Polyamide 6/10 (20% PTFE lubricated)
LNP Engineering Plastics
LUBRICOMP QL-4410
Polyamide 6/10 (2% silicone lubricated)
LNP Engineering Plastics
LUBRICOMP RL-4040
Polyamide 6/6 (20% PTFE lubricated)
LNP Engineering Plastics
LUBRICOMP WL-4030
PBT (15% PTFE lubricated)
LNP Engineering Plastics
LUCALEN I
Ionomer
BASF
LUCALOR
Chlorinated PVC
Elf Atochem
LUCITE
Acrylic (cast sheet)
DuPont
LUCITE
Acrylic (casting)
DuPont
LUCITE
Acrylic (general purpose)
DuPont
LUCITE
Acrylic (high impact)
DuPont
LUCRYL G
Acrylic (general purpose)
BASF
LUCRYL KR
Acrylic (high impact)
BASF
LUPILON
Polycarbonate
Mitsubishi Engineering Plastics
LUPILON
Polycarbonate (15% PTFE lubricated)
Mitsubishi Engineering Plastics
LUPILON
Polycarbonate (20% glass fibre reinforced)
Mitsubishi Engineering Plastics
LUPILON
Polycarbonate (30% carbon fibre reinforced)
Mitsubishi Engineering Plastics
LUPILON
Polycarbonate (30% glass fibre reinforced)
Mitsubishi Engineering Plastics
LUPILON
Polycarbonate (fire retardant)
Mitsubishi Engineering Plastics
LUPILON
Polycarbonate (high flow)
Mitsubishi Engineering Plastics
LUPILON
Polycarbonate (structural foam)
Mitsubishi Engineering Plastics
LUPILON
Polycarbonate (uv stabilised)
Mitsubishi Engineering Plastics
LUPOLEN 1800 LD
LDPE
BASF
334
Trade Name Index LUPOLEN 1842 LD
LDPE (uv stabilised)
BASF
LUPOLEN 5021 HD
HDPE
BASF
LUPOLEN 5021 HD
HDPE (uv stabilised)
BASF
LUPOLEN V
EVA (12% VA)
BASF
LURAN
SAN
BASF
LURAN
SAN (30% glass fibre reinforced)
BASF
LURAN
SAN (fire retardant)
BASF
LURAN
SAN (high heat)
BASF
LURAN
SAN (high impact)
BASF
LURAN
SAN (uv stabilised)
BASF
LURAN S
ASA
BASF
LURANYL
PPO
BASF
LURANYL
PPO (10% glass fibre reinforced)
BASF
LURANYL
PPO (10% glass fibre reinforced; fire retardant)
BASF
LURANYL
PPO (30% glass fibre reinforced)
BASF
LURANYL
PPO (30% glass fibre reinforced; fire retardant)
BASF
LURANYL
PPO (fire retardant)
BASF
LURANYL
PPO
BASF
LURANYL
PPO (10% glass fibre reinforced)
BASF
LURANYL
PPO (10% glass fibre reinforced; fire retardant)
BASF
LURANYL
PPO (30% glass fibre reinforced)
BASF
LURANYL
PPO (30% glass fibre reinforced; fire retardant)
BASF
LURANYL
PPO (fire retardant)
BASF
LURANYL
PPO (structural foam)
BASF
LUSTRAN
ABS (fire retardant)
Monsanto
LUSTRAN
ABS (high heat)
Monsanto
LUSTRAN
ABS (high heat; uv stabilised)
Monsanto
LUSTRAN
ABS (high impact)
Monsanto
LUSTRAN
ABS (high impact; uv stabilised)
Monsanto
LUSTRAN
ABS (low gloss)
Monsanto
LUSTRAN
ABS (medium impact)
Monsanto
LUSTRAN
ABS (plating)
Monsanto
LUSTRAN ABS 248
ABS (medium impact)
Monsanto
LUSTRAN ABS 448
ABS (high impact)
Monsanto
LUSTRAN ABS 911
ABS (fire retardant)
Monsanto
LUSTRAN ASA
ASA
Monsanto
LUSTRAN ELITE HH
ABS (high heat)
Monsanto
LUSTRAN ELITE LGM
ABS (low gloss)
Monsanto
LUSTRAN SAN
SAN
Monsanto
LUSTRAN SAN
SAN (30% glass fibre reinforced)
Monsanto
LUSTRAN SAN
SAN (fire retardant)
Monsanto
LUSTRAN SAN
SAN (high heat)
Monsanto
LUSTRAN SAN
SAN (high impact)
Monsanto
LUSTRAN SAN
SAN (uv stabilised)
Monsanto
LUSTRAN SAN 47
SAN (uv stabilised)
Monsanto
LUSTRAN SPARKLE
ABS (transparent)
Monsanto
MAGNUM
ABS (fire retardant)
Dow
MAGNUM
ABS (high impact)
Dow
MAGNUM
ABS (high impact; uv stabilised)
Dow
MAGNUM
ABS (medium impact)
Dow
MAGNUM
ABS (transparent)
Dow
MAKROLON
Polycarbonate
Bayer
MAKROLON
Polycarbonate (15% PTFE lubricated)
Bayer
335
The Plastics Compendium - Volume 1, Key Properties and Sources MAKROLON
Polycarbonate (20% glass fibre reinforced)
Bayer
MAKROLON
Polycarbonate (30% carbon fibre reinforced)
Bayer
MAKROLON
Polycarbonate (30% glass fibre reinforced)
Bayer
MAKROLON
Polycarbonate (fire retardant)
Bayer
MAKROLON
Polycarbonate (high flow)
Bayer
MAKROLON
Polycarbonate (structural foam)
Bayer
MAKROLON
Polycarbonate (uv stabilised)
Bayer
MARLEX
Polypropylene (homopolymer)
Phillips Quadrant Petroleum Chemical
MARLEX LLDPE
LLDPE
Phillips Chemical
MARLEX PP
Polypropylene (copolymer)
Phillips Chemical
MARLEX PP
Polypropylene (copolymer; uv stabilised)
Phillips Chemical
MARLEX PP
Polypropylene (homopolymer)
Phillips Chemical
MARLEX PP
Polypropylene (homopolymer; uv stabilised)
Phillips Chemical
MELINAR
PET (amorphous)
ICI Chemical & Polymers
MELINAR
PET (crystalline)
ICI Chemical & Polymers
MELINAR
PET (15% gfr - high impact)
ICI Films
MELINAR
PET (30% gfr - fire ret.)
ICI Films
MELINAR
PET (30% gfr - high impact)
ICI Films
MELINAR
PET (35% gfr - super tough)
ICI Films
MELINAR
PET (35% mica/gfr)
ICI Films
MELINAR
PET (36% glass fibre reinforced)
ICI Films
MELINAR
PET (45% gfr)
ICI Films
MELINAR
PET (45% min/gfr - fire ret.)
ICI Films
MELINAR
PET (55% gfr)
ICI Films
MELINAR
PET (amorphous)
ICI Films
MELINAR
PET (crystalline)
ICI Films
MELINAR
PET (fire retardant)
ICI Films
MELINAR
PET (mineral filled)
ICI Films
MELINAR
PET (uv stabilised)
ICI Films
MELMEX
Melamine formaldehyde (cellulose filled)
BIP Plastics
MELTEX
Melamine formaldehyde (cellulose filled)
DSM
MICROVON
Polyurethane (soft microcellular elastomer)
Dunlop
MILASTOMER
Olefinic based TPE 65A
Mitsui
MILASTOMER
Olefinic based TPE 85A
Mitsui
MILASTOMER
Olefinic based TPE 93A
Mitsui
MINDEL
ABS/polysulphone alloy
Amoco Performance Products
MINDEL A
ABS/polysulphone alloy
Amoco Chemical
MINLON
Polyamide 6/6
DuPont
MINLON
Polyamide 6/6 (10% carbon fibre reinforced)
DuPont
MINLON
Polyamide 6/6 (10% glass fibre reinforced)
DuPont
MINLON
Polyamide 6/6 (20% PTFE lubricated)
DuPont
MINLON
Polyamide 6/6 (30% carbon fibre reinforced)
DuPont
MINLON
Polyamide 6/6 (33% glass fibre reinforced)
DuPont
MINLON
Polyamide 6/6 (40% glass bead filled)
DuPont
MINLON
Polyamide 6/6 (40% mineral filled)
DuPont
MINLON
Polyamide 6/6 (60% glass fibre reinforced)
DuPont
MINLON
Polyamide 6/6 (fire retardant)
DuPont
MINLON
Polyamide 6/6 (glass fibre & bead reinforced)
DuPont
MINLON
Polyamide 6/6 (high impact)
DuPont
MINLON
Polyamide 6/6 (molyb. disulphide lubricated)
DuPont
MINLON
Polyamide 6/6 (super tough)
DuPont
MINLON
Polyamide 6/6 (super tough; 33% glass fibre reinf)
DuPont
MINLON
Polyamide 6/6 (super tough; fire retardant)
DuPont
336
Trade Name Index MINLON
Polyamide 6/6 (uv stabilised)
DuPont
MINLON 6
Polyamide 6 (mineral filled)
DuPont
MINLON 66
Polyamide 6/6 (40% mineral filled)
DuPont
MOBIL HIPS
HIPS
Mobil Chemical
MOBIL HIPS
HIPS (fire retardant)
Mobil Chemical
MOBIL HIPS
HIPS (uv stabilised)
Mobil Chemical
MOBIL PE
LDPE
Mobil Chemical
MOBIL PE
LDPE (uv stabilised)
Mobil Chemical
MOBIL PS
Polystyrene
Mobil Chemical
MOBIL PS
Polystyrene (2% silicone lubricated)
Mobil Chemical
MOBIL PS
Polystyrene (30% glass fibre reinforced)
Mobil Chemical
MOBIL PS
Polystyrene (medium impact)
Mobil Chemical
MOBIL PS
Polystyrene (structural foam)
Mobil Chemical
MOBIL PS
Polystyrene (uv stabilised)
Mobil Chemical
MOPLEN
Polypropylene (copolymer)
Himont
MOPLEN
Polypropylene (homopolymer)
Himont
MORTHANE
Urethane based TPE 70A
Morton International
MORTHANE
Urethane based TPE 80A
Morton International
MORTHANE
Urethane based TPE 95A
Morton International
NEOPOLEN 1710
X-linked PE
BASF
NEOPOLEN 6132
PE foam
BASF
NESTE LDPE
LDPE
Borealis Chemicals
NESTE LDPE
LDPE (uv stabilised)
Borealis Chemicals
NESTE LLDPE
LLDPE
Borealis Chemicals
NIVIONPLAST A
Polyamide 6/6
Enichem
NIVIONPLAST A
Polyamide 6/6 (33% glass fibre reinforced)
Enichem
NIVIONPLAST A
Polyamide 6/6 (40% mineral filled)
Enichem
NIVIONPLAST B
Polyamide 6
Enichem
NIVIONPLAST B
Polyamide 6 (30% glass fibre reinforced)
Enichem
NIVIONPLAST B
Polyamide 6 (elastomer copolymer)
Enichem
NIVIONPLAST B
Polyamide 6 (mineral filled)
Enichem
NOBLEN PP
Polypropylene (20% talc filled)
Sumitomo Plastics America
NOBLEN PP
Polypropylene (40% talc filled)
Sumitomo Plastics America
NOBLEN PP
Polypropylene (copolymer)
Sumitomo Plastics America
NOBLEN PP
Polypropylene (copolymer; uv stabilised)
Sumitomo Plastics America
NOBLEN PP
Polypropylene (homopolymer)
Sumitomo Plastics America
NOBLEN PP
Polypropylene (homopolymer; uv stabilised)
Sumitomo Plastics America
NORYL
PPO
G.E. Plastics
NORYL
PPO (10% glass fibre reinforced)
G.E. Plastics
NORYL
PPO (10% glass fibre reinforced; fire retardant)
G.E. Plastics
NORYL
PPO (30% glass fibre reinforced)
G.E. Plastics
NORYL
PPO (30% glass fibre reinforced; fire retardant)
G.E. Plastics
NORYL
PPO (fire retardant)
G.E. Plastics
NORYL
PPO (structural foam)
G.E. Plastics
NORYL GTX
PPO / Polyamide alloy
G.E. Plastics
NOVAMID
Polyamide 6
Mitsubishi Engineering Plastics
NOVAMID
Polyamide 6 (10% glass fibre reinforced)
Mitsubishi Engineering Plastics
NOVAMID
Polyamide 6 (2% silicone lubricated)
Mitsubishi Engineering Plastics
NOVAMID
Polyamide 6 (20% PTFE lubricated)
Mitsubishi Engineering Plastics
NOVAMID
Polyamide 6 (25% glass bead filled)
Mitsubishi Engineering Plastics
NOVAMID
Polyamide 6 (30% carbon fibre reinforced)
Mitsubishi Engineering Plastics
NOVAMID
Polyamide 6 (30% glass fibre reinforced)
Mitsubishi Engineering Plastics
NOVAMID
Polyamide 6 (30% glass fibre reinforced; fire ret.)
Mitsubishi Engineering Plastics
337
The Plastics Compendium - Volume 1, Key Properties and Sources NOVAMID
Polyamide 6 (50% bead filled)
Mitsubishi Engineering Plastics
NOVAMID
Polyamide 6 (60% glass fibre reinforced)
Mitsubishi Engineering Plastics
NOVAMID
Polyamide 6 (casting)
Mitsubishi Engineering Plastics
NOVAMID
Polyamide 6 (elastomer copolymer)
Mitsubishi Engineering Plastics
NOVAMID
Polyamide 6 (fire retardant)
Mitsubishi Engineering Plastics
NOVAMID
Polyamide 6 (glass fibre & bead reinforced)
Mitsubishi Engineering Plastics
NOVAMID
Polyamide 6 (high impact)
Mitsubishi Engineering Plastics
NOVAMID
Polyamide 6 (mineral filled)
Mitsubishi Engineering Plastics
NOVAMID
Polyamide 6 (molyb. disulphide lubricated)
Mitsubishi Engineering Plastics
NOVAMID
Polyamide 6 (stampable sheet; glass fibre reinf.)
Mitsubishi Engineering Plastics
NOVAMID
Polyamide 6 (uv stabilised)
Mitsubishi Engineering Plastics
NOVEX
LDPE
BP Chemicals
NOVEX
LDPE (uv stabilised)
BP Chemicals
NOVODUR
ABS (fire retardant)
Bayer
NOVODUR
ABS (high heat)
Bayer
NOVODUR
ABS (high heat; uv stabilised)
Bayer
NOVODUR
ABS (high impact)
Bayer
NOVODUR
ABS (high impact; uv stabilised)
Bayer
NOVODUR
ABS (medium impact)
Bayer
NOVOLEN
Polypropylene (20% talc filled)
BASF
NOVOLEN
Polypropylene (40% talc filled)
BASF
NOVOLEN
Polypropylene (copolymer)
BASF
NOVOLEN
Polypropylene (copolymer; uv stabilised)
BASF
NOVOLEN
Polypropylene (elastomer mod; uv stabilised)
BASF
NOVOLEN
Polypropylene (elastomer modified)
BASF
NOVOLEN
Polypropylene (homopolymer)
BASF
NYKON P
Polyamide 6 (molyb. disulphide lubricated)
LNP Plastics
NYKON P
Polyamide 6 (molyb. disulphide lubricated)
LNP Engineering Plastics
NYKON R
Polyamide 6/6 (molyb. disulphide lubricated)
LNP Plastics
NYKON R
Polyamide 6/6 (molyb. disulphide lubricated)
LNP Engineering Plastics
NYLACAST
Polyamide 6 (casting)
Nylacast
NYLATRON NYLON 6
Polyamide 6
Polymer
NYLATRON NYLON 6
Polyamide 6 (10% glass fibre reinforced)
Polymer
NYLATRON NYLON 6
Polyamide 6 (2% silicone lubricated)
Polymer
NYLATRON NYLON 6
Polyamide 6 (20% PTFE lubricated)
Polymer
NYLATRON NYLON 6
Polyamide 6 (25% glass bead filled)
Polymer
NYLATRON NYLON 6
Polyamide 6 (30% carbon fibre reinforced)
Polymer
NYLATRON NYLON 6
Polyamide 6 (30% glass fibre reinforced)
Polymer
NYLATRON NYLON 6
Polyamide 6 (30% glass fibre reinforced; fire ret.)
Polymer
NYLATRON NYLON 6
Polyamide 6 (50% bead filled)
Polymer
NYLATRON NYLON 6
Polyamide 6 (60% glass fibre reinforced)
Polymer
NYLATRON NYLON 6
Polyamide 6 (casting)
Polymer
NYLATRON NYLON 6
Polyamide 6 (elastomer copolymer)
Polymer
NYLATRON NYLON 6
Polyamide 6 (fire retardant)
Polymer
NYLATRON NYLON 6
Polyamide 6 (glass fibre & bead reinforced)
Polymer
NYLATRON NYLON 6
Polyamide 6 (high impact)
Polymer
NYLATRON NYLON 6
Polyamide 6 (mineral filled)
Polymer
NYLATRON NYLON 6
Polyamide 6 (molyb. disulphide lubricated)
Polymer
NYLATRON NYLON 6
Polyamide 6 (stampable sheet; glass fibre reinf.)
Polymer
NYLATRON NYLON 6
Polyamide 6 (uv stabilised)
Polymer
NYLATRON NYLON 66
Polyamide 6/6
Polymer
NYLATRON NYLON 66
Polyamide 6/6 (10% carbon fibre reinforced)
Polymer
NYLATRON NYLON 66
Polyamide 6/6 (10% glass fibre reinforced)
Polymer
338
Trade Name Index NYLATRON NYLON 66
Polyamide 6/6 (20% PTFE lubricated)
Polymer
NYLATRON NYLON 66
Polyamide 6/6 (30% carbon fibre reinforced)
Polymer
NYLATRON NYLON 66
Polyamide 6/6 (33% glass fibre reinforced)
Polymer
NYLATRON NYLON 66
Polyamide 6/6 (40% glass bead filled)
Polymer
NYLATRON NYLON 66
Polyamide 6/6 (40% mineral filled)
Polymer
NYLATRON NYLON 66
Polyamide 6/6 (60% glass fibre reinforced)
Polymer
NYLATRON NYLON 66
Polyamide 6/6 (fire retardant)
Polymer
NYLATRON NYLON 66
Polyamide 6/6 (glass fibre & bead reinforced)
Polymer
NYLATRON NYLON 66
Polyamide 6/6 (high impact)
Polymer
NYLATRON NYLON 66
Polyamide 6/6 (molyb. disulphide lubricated)
Polymer
NYLATRON NYLON 66
Polyamide 6/6 (super tough)
Polymer
NYLATRON NYLON 66
Polyamide 6/6 (super tough; 33% glass fibre reinf)
Polymer
NYLATRON NYLON 66
Polyamide 6/6 (super tough; fire retardant)
Polymer
NYLATRON NYLON 66
Polyamide 6/6 (uv stabilised)
Polymer
NYLON 6
Polyamide 6
Goodfellow
NYLON 6/6
Polyamide 6/6
Goodfellow
NYPEL
Polyamide 6/6
Allied Signal
NYPEL
Polyamide 6/6 (10% carbon fibre reinforced)
Allied Signal
NYPEL
Polyamide 6/6 (10% glass fibre reinforced)
Allied Signal
NYPEL
Polyamide 6/6 (20% PTFE lubricated)
Allied Signal
NYPEL
Polyamide 6/6 (30% carbon fibre reinforced)
Allied Signal
NYPEL
Polyamide 6/6 (33% glass fibre reinforced)
Allied Signal
NYPEL
Polyamide 6/6 (40% glass bead filled)
Allied Signal
NYPEL
Polyamide 6/6 (40% mineral filled)
Allied Signal
NYPEL
Polyamide 6/6 (60% glass fibre reinforced)
Allied Signal
NYPEL
Polyamide 6/6 (fire retardant)
Allied Signal
NYPEL
Polyamide 6/6 (glass fibre & bead reinforced)
Allied Signal
NYPEL
Polyamide 6/6 (high impact)
Allied Signal
NYPEL
Polyamide 6/6 (molyb. disulphide lubricated)
Allied Signal
NYPEL
Polyamide 6/6 (super tough)
Allied Signal
NYPEL
Polyamide 6/6 (super tough; 33% glass fibre reinf)
Allied Signal
NYPEL
Polyamide 6/6 (super tough; fire retardant)
Allied Signal
NYPEL
Polyamide 6/6 (uv stabilised)
Allied Signal
NYRIM
Polyamide (RIM)
DSM
NYRIM
Polyamide (RIM)
Monsanto
OCCIDENTAL FURANE
Furane resin
Occidental Chemical
OPTENE
EVA (12% VA)
Borealis Chemicals
OPTENE
EVA (25% VA)
Borealis Chemicals
OPTENE
EVA (33% VA)
Borealis Chemicals
ORGAMIDE
Polyamide 6
Elf Atochem
ORGAMIDE
Polyamide 6 (25% glass bead filled)
Elf Atochem
ORGAMIDE
Polyamide 6 (30% glass fibre reinforced)
Elf Atochem
ORGAMIDE
Polyamide 6 (fire retardant)
Elf Atochem
ORGAMIDE
Polyamide 6 (high impact)
Elf Atochem
ORGAMIDE
Polyamide 6 (mineral filled)
Elf Atochem
ORGAMIDE
Polyamide 6 (uv stabilised)
Elf Atochem
ORGATER
PBT
Elf Atochem
ORGATER
PBT (10% glass fibre reinforced)
Elf Atochem
ORGATER
PBT (20% glass fibre reinforced; fire retardant)
Elf Atochem
ORGATER
PBT (30% glass bead filled)
Elf Atochem
ORGATER
PBT (30% glass fibre reinforced)
Elf Atochem
ORGATER
PBT (30% glass fibre reinforced; fire retardant)
Elf Atochem
ORGATER
PBT (fire retardant)
Elf Atochem
339
The Plastics Compendium - Volume 1, Key Properties and Sources ORGATER
PBT (uv stabilised)
OROGLAS
Acrylic (cast sheet)
Elf Atochem Rohm & Haas
OXYCLEAR
PVC (structural foam)
Occidental Chemical
OXYCLEAR
PVC (uv stabilised)
Occidental Chemical
OXYCLEAR
UPVC
Occidental Chemical
OXYCLEAR
UPVC (high impact)
Occidental Chemical
PALATAL
Polyester (casting; flexible)
BASF
PALATAL
Polyester (casting; rigid)
BASF
PAXON
HDPE
Allied Signal
PAXON
HDPE (uv stabilised)
Allied Signal
PAXON
MDPE
Allied Signal
PEBAX
Ether ester amide based TPE 40D
Elf Atochem
PEBAX
Ether ester amide based TPE 63D
Elf Atochem
PEBAX
Ether ester amide based TPE 70A
Elf Atochem
PEBAX
Ether ester amide based TPE 40D
Atochem
PEBAX
Ether ester amide based TPE 63D
Atochem
PEBAX
Ether ester amide based TPE 70A
Atochem
PEEK
PEEK
Goodfellow
PERMAGLAS EPOXY
Epoxy Lam (glass fabric)
BTR Permali RP
PERMAGLAS EPOXY
Epoxy Lam (glass prepreg)
BTR Permali RP
PERMAGLAS POLYESTER
Polyester laminate (chopped glass filled)
BTR Permali RP
PERMAGLAS POLYESTER
Polyester laminate (woven glass roving)
BTR Permali RP
PERSPEX
Acrylic (cast sheet)
ICI Acrylics
PERSTORP MELAMINE
Melamine formaldehyde (cellulose filled)
Perstorp Ferguson
PERSTORP PHENOLIC
Phenolic (cellulose filled; shock resistant)
Perstorp Ferguson
PERSTORP PHENOLIC
Phenolic (cotton filled; medium shock)
Perstorp Ferguson
PERSTORP PHENOLIC
Phenolic (glass fibre reinforced; high impact)
Perstorp Ferguson
PERSTORP PHENOLIC
Phenolic (mica & glass fibre reinforced; electrical)
Perstorp Ferguson
PERSTORP PHENOLIC
Phenolic (mica filled; electrical)
Perstorp Ferguson
PERSTORP PHENOLIC
Phenolic (mineral filled; high heat)
Perstorp Ferguson
PERSTORP PHENOLIC
Phenolic (natural fibre filled; general purpose)
Perstorp Ferguson
PERSTORP PHENOLIC
Phenolic (wood filled; general purpose)
Perstorp Ferguson
PERSTORP POLYESTER DMC
Polyester DMC
Perstorp Ferguson
PERSTORP POLYESTER DMC
Polyester DMC (fire retardant)
Perstorp Ferguson
PERSTORP POLYESTER DMC
Polyester DMC (high heat)
Perstorp Ferguson
PERSTORP POLYESTER DMC
Polyester DMC (low profile)
Perstorp Ferguson
PERSTORP UREA
Urea formaldehyde (cellulose filled)
Perstorp Ferguson
PES
PES
Goodfellow
PET
PET (amorphous)
Goodfellow
PET
PET (crystalline)
Goodfellow
PETRA
PET (15% gfr - high impact)
Allied Signal
PETRA
PET (30% gfr - fire ret.)
Allied Signal
PETRA
PET (30% gfr - high impact)
Allied Signal
PETRA
PET (35% gfr - super tough)
Allied Signal
PETRA
PET (35% mica/gfr)
Allied Signal
PETRA
PET (36% glass fibre reinforced)
Allied Signal
PETRA
PET (45% gfr)
Allied Signal
PETRA
PET (45% min/gfr - fire ret.)
Allied Signal
PETRA
PET (55% gfr)
Allied Signal Allied Signal
PETRA
PET (amorphous)
PETRA
PET (crystalline)
Allied Signal
PETRA
PET (fire retardant)
Allied Signal
PETRA
PET (mineral filled)
Allied Signal
340
Trade Name Index PETRA
PET (uv stabilised)
PETROTHENE
LDPE
Allied Signal Quantum Chemical
PETROTHENE
LDPE (uv stabilised)
Quantum Chemical
PI
Polyimide (25% graphite lubricated)
Vigilant Plastics
PI
Polyimide (40% glass fibre reinforced)
Vigilant Plastics
PI
Polyimide (molyb. disulphide lubricated)
Vigilant Plastics
PIBITER
PBT (10% glass fibre reinforced)
Enichem
PIBITER
PBT (20% glass fibre reinforced; fire retardant)
Enichem
PIBITER
PBT (30% glass bead filled)
Enichem
PIBITER
PBT (30% glass fibre reinforced)
Enichem
PIBITER
PBT (30% glass fibre reinforced; fire retardant)
Enichem
PIBITER
PBT (fire retardant)
Enichem
PIBITER
PBT
Himont USA
PIBITER
PBT (10% glass fibre reinforced)
Himont USA
PIBITER
PBT (15% PTFE lubricated)
Himont USA
PIBITER
PBT (2% silicone lubricated)
Himont USA
PIBITER
PBT (20% glass fibre reinforced; fire retardant)
Himont USA
PIBITER
PBT (30% carbon fibre reinforced)
Himont USA
PIBITER
PBT (30% glass bead filled)
Himont USA
PIBITER
PBT (30% glass fibre reinforced)
Himont USA
PIBITER
PBT (30% glass fibre reinforced; fire retardant)
Himont USA
PIBITER
PBT (45% mineral & glass filled)
Himont USA
PIBITER
PBT (fire retardant)
Himont USA
PIBITER
PBT (structural foam)
Himont USA
PIBITER
PBT (uv stabilised)
Himont USA
PLASTAZOTE
PE foam
Zotefoames
PLASTIROLL
PE foam
Zotefoames
PLENCO ALKYD
Alkyd (long glass fibre reinforced; high impact)
Plastics Engineering
PLENCO ALKYD
Alkyd (mineral & glass fibre reinf; fire retardant)
Plastics Engineering
PLENCO ALKYD
Alkyd (mineral & glass fibre reinforced)
Plastics Engineering
PLENCO ALKYD
Alkyd (mineral filled)
Plastics Engineering
PLENCO ALKYD
Alkyd (short glass fibre reinforced)
Plastics Engineering
PLENCO ALKYD
Alkyd (short glass fibre reinforced; fire retardant)
Plastics Engineering
PLENCO GMC
Polyester GMC
Plastics Engineering
PLENCO GMC
Polyester GMC (fire retardant)
Plastics Engineering
PLENCO GMC
Polyester GMC (high impact)
Plastics Engineering
PLENCO GMC
Polyester GMC (mineral filled)
Plastics Engineering
PLENCO MF
Melamine formaldehyde (cellulose filled)
Plastics Engineering
PLENCO P’EST
Polyester (casting; flexible)
Plastics Engineering
PLENCO P’EST
Polyester (casting; rigid)
Plastics Engineering
PLENCO PF
Phenolic (cellulose filled; shock resistant)
Plastics Engineering
PLENCO PF
Phenolic (chopped fabric filled; medium impact)
Plastics Engineering
PLENCO PF
Phenolic (cotton filled; medium shock)
Plastics Engineering
PLENCO PF
Phenolic (foam)
Plastics Engineering
PLENCO PF
Phenolic (glass fibre reinforced; high impact)
Plastics Engineering
PLENCO PF
Phenolic (mica & glass fibre reinforced; electrical)
Plastics Engineering
PLENCO PF
Phenolic (mica filled; electrical)
Plastics Engineering
PLENCO PF
Phenolic (mineral filled; high heat)
Plastics Engineering
PLENCO PF
Phenolic (natural fibre filled; general purpose)
Plastics Engineering
PLENCO PF
Phenolic (wood filled; general purpose)
Plastics Engineering
PLENCO PF
Phenolic laminate (cotton fabric)
Plastics Engineering
PLENCO PF
Phenolic laminate (glass fabric)
Plastics Engineering
PLENCO PF
Phenolic laminate (paper)
Plastics Engineering
341
The Plastics Compendium - Volume 1, Key Properties and Sources PLEXIGLAS
Acrylic (cast sheet)
PLEXIGLAS
Acrylic (casting)
Rohm & Haas Rohm & Haas
PLEXIGLAS
Acrylic (general purpose)
Rohm & Haas
PLEXIGLAS
Acrylic (high impact)
Rohm & Haas
PLEXIT 55
Acrylic (casting)
Cornelius Chemical
PLOYFLAM
Polypropylene (fire retardant)
A. Schulman
PMC UF
Urea formaldehyde (cellulose filled)
Plastic Manufacturing Goodfellow
PMMA
Acrylic (general purpose)
POCAN B
PBT
Bayer
POCAN B
PBT (20% glass fibre reinforced; fire retardant)
Bayer Bayer
POCAN B
PBT (30% glass bead filled)
POCAN B
PBT (30% glass fibre reinforced)
Bayer
POCAN B
PBT (30% glass fibre reinforced; fire retardant)
Bayer
POCAN B
PBT (fire retardant)
Bayer
POCAN B
PBT (uv stabilised)
Bayer
POLIFIL HM
Polypropylene (20% calcium carbonate filled)
Polifil
POLIFIL HM
Polypropylene (20% talc filled)
Polifil
POLIFIL HM
Polypropylene (40% calcium carbonate filled)
Polifil
POLIFIL HM
Polypropylene (40% talc filled)
Polifil
POLLOPAS
Urea formaldehyde (cellulose filled)
Huls
POLYCHEM
Phenolic (cellulose filled; shock resistant)
Budd
POLYCHEM
Phenolic (chopped fabric filled; medium impact)
Budd
POLYCHEM
Phenolic (cotton filled; medium shock)
Budd
POLYCHEM
Phenolic (foam)
Budd
POLYCHEM
Phenolic (glass fibre reinforced; high impact)
Budd
POLYCHEM
Phenolic (mica & glass fibre reinforced; electrical)
Budd
POLYCHEM
Phenolic (mica filled; electrical)
Budd
POLYCHEM
Phenolic (mineral filled; high heat)
Budd
POLYCHEM
Phenolic (natural fibre filled; general purpose)
Budd
POLYCHEM
Phenolic (wood filled; general purpose)
Budd
POLYCHEM
Phenolic laminate (cotton fabric)
Budd
POLYCHEM
Phenolic laminate (glass fabric)
Budd
POLYCHEM
Phenolic laminate (paper)
Budd
POLYCHEM MF
Melamine formaldehyde (cellulose filled)
Budd
POLYCLEAR
PET (amorphous)
Hoechst
POLYDUR
Polyester DMC
Huls
POLYDUR
Polyester DMC (electrical)
Huls
POLYDUR
Polyester DMC (fire retardant)
Huls
POLYDUR
Polyester DMC (high heat)
Huls
POLYDUR
Polyester DMC (low profile)
Huls
POLYMAN ABS
ABS (30% glass fibre reinforced)
A. Schulman
POLYMAN ABS
ABS (fire retardant)
A. Schulman
POLYMAN ABS
ABS (high heat)
A. Schulman
POLYMAN ABS
ABS (high heat; uv stabilised)
A. Schulman
POLYMAN ABS
ABS (high impact)
A. Schulman
POLYMAN ABS
ABS (high impact; uv stabilised)
A. Schulman
POLYMAN ABS
ABS (low gloss)
A. Schulman
POLYMAN ABS
ABS (medium impact)
A. Schulman
POLYMAN ABS
ABS (plating)
A. Schulman
POLYMAN ABS
ABS (structural foam)
A. Schulman
POLYMAN ABS
ABS (transparent)
A. Schulman
POLYPRO
Polypropylene (copolymer)
Mitsui Plastics
POLYPRO
Polypropylene (copolymer; uv stabilised)
Mitsui Plastics
342
Trade Name Index POLYPRO
Polypropylene (homopolymer)
POLYPRO
Polypropylene (homopolymer; uv stabilised)
Mitsui Plastics Mitsui Plastics
POLYPROPYLENE
Polypropylene (copolymer)
Goodfellow
POLYPROPYLENE
Polypropylene (homopolymer)
Goodfellow
POLYRITE GMC
Polyester GMC
Polyply
POLYRITE GMC
Polyester GMC (high impact)
Polyply
POLYRITE GMC
Polyester GMC (mineral filled)
Polyply
POLYRITE SMC
Polyester SMC
Polyply
POLYRITE SMC
Polyester SMC (low profile)
Polyply
POLYSTYRENE
Polystyrene
Goodfellow
POLYSTYROL 143 E
Polystyrene
BASF
POLYSTYROL 158 G6
Polystyrene (30% glass fibre reinforced)
BASF
POLYSTYROL 158 K UV
Polystyrene (uv stabilised)
BASF
POLYSTYROL 427 D
Polystyrene (medium impact)
BASF
POLYSTYROL 455 FWU
HIPS (fire retardant)
BASF
POLYSTYROL 456
Polystyrene (2% silicone lubricated)
BASF
POLYSTYROL 475 K
HIPS
BASF
POLYTROPE
Olefinic based TPE 65A
A. Schulman
POLYTROPE
Olefinic based TPE 85A
A. Schulman
POLYTROPE
Olefinic based TPE 93A
A. Schulman
POLYVIN
PVC (plasticised; >300% elongation)
A. Schulman
POLYVIN
PVC (plasticised; 0-100% elongation)
A. Schulman
POLYVIN
PVC (plasticised; 100-300% elongation)
A. Schulman
PORON
Polyurethane (structural foam)
Rogers
PP (CO)
Polypropylene (copolymer)
Albis
PP (HO)
Polypropylene (homopolymer)
Albis
PREMIGLAS
Polyester DMC
BTR Permali RP
PREMIGLAS
Polyester DMC (electrical)
BTR Permali RP
PREMIGLAS
Polyester DMC (fire retardant)
BTR Permali RP
PREMIGLAS
Polyester DMC (high heat)
BTR Permali RP
PREMIGLAS
Polyester DMC (low profile)
BTR Permali RP
PREMIGLAS
Polyester SMC
BTR Permali RP
PREMIGLAS
Polyester SMC (fire retardant)
BTR Permali RP
PREMIGLAS
Polyester SMC (high impact)
BTR Permali RP
PREMIGLAS
Polyester SMC (low profile)
BTR Permali RP
PREMIX BMC
Polyester DMC
Premix
PREMIX BMC
Polyester DMC (electrical)
Premix
PREMIX GMC
Polyester GMC
Premix
PREMIX GMC
Polyester GMC (fire retardant)
Premix
PREMIX GMC
Polyester GMC (mineral filled)
Premix
PREMIX SMC
Polyester SMC
Premix
PREMIX SMC
Polyester SMC (high impact)
Premix
PREMIX SMC
Polyester SMC (low profile)
Premix
PREMIX TMC
Vinyl ester
Premix
PREVEX
PPO
G.E. Plastics
PREVEX
PPO (10% glass fibre reinforced)
G.E. Plastics
PREVEX
PPO (10% glass fibre reinforced; fire retardant)
G.E. Plastics
PREVEX
PPO (30% glass fibre reinforced)
G.E. Plastics
PREVEX
PPO (30% glass fibre reinforced; fire retardant)
G.E. Plastics
PREVEX
PPO (fire retardant)
G.E. Plastics
PREVEX
PPO (structural foam)
G.E. Plastics
PRIMEF
PPS (40% glass fibre reinforced)
Solvay Chemicals
PRO-FAX
Polypropylene (20% calcium carbonate filled)
Himont USA
343
The Plastics Compendium - Volume 1, Key Properties and Sources PRO-FAX
Polypropylene (20% glass fibre reinforced)
Himont USA
PRO-FAX
Polypropylene (20% talc filled)
Himont USA
PRO-FAX
Polypropylene (30% glass fibre coupled)
Himont USA
PRO-FAX
Polypropylene (40% calcium carbonate filled)
Himont USA
PRO-FAX
Polypropylene (40% talc filled)
Himont USA
PRO-FAX
Polypropylene (copolymer)
Himont USA
PRO-FAX
Polypropylene (copolymer; uv stabilised)
Himont USA
PRO-FAX
Polypropylene (elastomer mod; uv stabilised)
Himont USA
PRO-FAX
Polypropylene (elastomer modified)
Himont USA
PRO-FAX
Polypropylene (fire retardant)
Himont USA
PRO-FAX
Polypropylene (homopolymer)
Himont USA
PRO-FAX
Polypropylene (homopolymer; uv stabilised)
Himont USA
PRO-FAX
Polypropylene (structural foam)
Himont USA
PROLASTIC
Olefinic based TPE 65A
Discas Recycled Products
PROLASTIC
Olefinic based TPE 85A
Discas Recycled Products
PROLASTIC
Olefinic based TPE 93A
Discas Recycled Products
PROLOY
ABS/polycarbonate alloy
G.E. Plastics
PROPOCON-ISOCON
Polyurethane (semi-rigid foam)
Lankro Chemicals Urethane Division
PS
Polystyrene
Borealis Chemicals
PS
Polystyrene (structural foam)
Borealis Chemicals
PTFE
PTFE
Goodfellow
QUACORR
Furane resin
QO Chemicals
RADEL A
PES
Amoco Chemical
RADEL A
PES (30% glass fibre reinforced)
Amoco Chemical
RADEL R
PPS (40% glass fibre reinforced)
Amoco Chemical
RAILKO
Phenolic laminate (cotton fabric)
Railko
RAVINIL
UPVC
EVC
REICHHOLD UF
Urea formaldehyde (cellulose filled)
Reichhold Chemical
REICHHOLD UF
Urea formaldehyde (foam)
Reichhold Chemical
RELIAPREG
Phenolic (cellulose filled; shock resistant)
Ciba-Geigy Corp.
RELIAPREG
Phenolic (chopped fabric filled; medium impact)
Ciba-Geigy Corp.
RELIAPREG
Phenolic (cotton filled; medium shock)
Ciba-Geigy Corp.
RELIAPREG
Phenolic (foam)
Ciba-Geigy Corp.
RELIAPREG
Phenolic (glass fibre reinforced; high impact)
Ciba-Geigy Corp.
RELIAPREG
Phenolic (mica & glass fibre reinforced; electrical)
Ciba-Geigy Corp.
RELIAPREG
Phenolic (mica filled; electrical)
Ciba-Geigy Corp.
RELIAPREG
Phenolic (mineral filled; high heat)
Ciba-Geigy Corp.
RELIAPREG
Phenolic (natural fibre filled; general purpose)
Ciba-Geigy Corp.
RELIAPREG
Phenolic (wood filled; general purpose)
Ciba-Geigy Corp.
RELIAPREG
Phenolic laminate (cotton fabric)
Ciba-Geigy Corp.
RELIAPREG
Phenolic laminate (glass fabric)
Ciba-Geigy Corp.
RELIAPREG
Phenolic laminate (paper)
Ciba-Geigy Corp.
RESINOID GMC
Polyester GMC
Resinoid Engineering
RESINOID GMC
Polyester GMC (fire retardant)
Resinoid Engineering
RESINOID GMC
Polyester GMC (high impact)
Resinoid Engineering
RESINOID GMC
Polyester GMC (mineral filled)
Resinoid Engineering
RESINOID PF
Phenolic (cellulose filled; shock resistant)
Resinoid Engineering
RESINOID PF
Phenolic (chopped fabric filled; medium impact)
Resinoid Engineering
RESINOID PF
Phenolic (cotton filled; medium shock)
Resinoid Engineering
RESINOID PF
Phenolic (foam)
Resinoid Engineering
RESINOID PF
Phenolic (glass fibre reinforced; high impact)
Resinoid Engineering
RESINOID PF
Phenolic (mica & glass fibre reinforced; electrical)
Resinoid Engineering
RESINOID PF
Phenolic (mica filled; electrical)
Resinoid Engineering
344
Trade Name Index RESINOID PF
Phenolic (mineral filled; high heat)
Resinoid Engineering
RESINOID PF
Phenolic (natural fibre filled; general purpose)
Resinoid Engineering
RESINOID PF
Phenolic (wood filled; general purpose)
Resinoid Engineering
RESINOID PF
Phenolic laminate (cotton fabric)
Resinoid Engineering
RESINOID PF
Phenolic laminate (glass fabric)
Resinoid Engineering
RESINOID PF
Phenolic laminate (paper)
Resinoid Engineering
REXENE PE
LDPE
Rexene Products
REXENE PE
LDPE (uv stabilised)
Rexene Products
REXENE PP
Polypropylene (copolymer)
Rexene Products
REXENE PP
Polypropylene (copolymer; uv stabilised)
Rexene Products
REXENE PP
Polypropylene (homopolymer)
Rexene Products
REXENE PP
Polypropylene (homopolymer; uv stabilised)
Rexene Products
RHENOFLEX
Chlorinated PVC
Huls
RHODOSIL
Silicone
Rhone-Poulenc
RHODOSIL
Silicone (glass fibre & mineral filled)
Rhone-Poulenc
RIBLENE
LDPE
Enichem
RIBLENE
LDPE (uv stabilised)
Enichem
RIGIDEX
HDPE
BP Chemicals
RIGIDEX
HDPE (uv stabilised)
BP Chemicals
RIGIDEX
MDPE
BP Chemicals
RIGIPORE
Polystyrene (structural foam)
BP Chemicals
RILSAN
Polyamide 11
Atochem
RILSAN
Polyamide 11 (30% carbon fibre reinforced)
Atochem
RILSAN
Polyamide 11 (30% glass fibre reinforced)
Atochem
RILSAN
Polyamide 11 (fire retardant)
Atochem
RILSAN
Polyamide 11 (flexible)
Atochem
RILSAN
Polyamide 11 (semi-flexible)
Atochem
RILSAN
Polyamide 11 (uv stabilised)
Atochem
RILSAN A
Polyamide 12
Elf Atochem
RILSAN A
Polyamide 12 (30% glass fibre reinforced)
Elf Atochem
RILSAN A
Polyamide 12 (50% glass bead filled)
Elf Atochem
RILSAN A
Polyamide 12 (fire retardant)
Elf Atochem
RILSAN A
Polyamide 12 (flexible)
Elf Atochem
RILSAN A
Polyamide 12 (semi-flexible)
Elf Atochem
RILSAN A
Polyamide 12 (uv stabilised)
Elf Atochem
RILSAN B
Polyamide 11
Elf Atochem
RILSAN B
Polyamide 11 (30% carbon fibre reinforced)
Elf Atochem
RILSAN B
Polyamide 11 (30% glass fibre reinforced)
Elf Atochem
RILSAN B
Polyamide 11 (fire retardant)
Elf Atochem
RILSAN B
Polyamide 11 (flexible)
Elf Atochem
RILSAN B
Polyamide 11 (semi-flexible)
Elf Atochem
RILSAN B
Polyamide 11 (uv stabilised)
Elf Atochem
RILSAN N
Polyamide (transparent)
Elf Atochem
RITEFLEX
Co ether ester based TPE 40D
Hoechst
RITEFLEX
Co ether ester based TPE 55D
Hoechst
RITEFLEX
Co ether ester based TPE 72D
Hoechst
ROGERS DAP
DAP (long glass fibre reinforced)
Rogers
ROGERS DAP
DAP (long glass fibre reinforced; fire retardant)
Rogers
ROGERS DAP
DAP (mineral & synthetic fibre filled)
Rogers
ROGERS DAP
DAP (mineral filled)
Rogers
ROGERS DAP
DAP (short glass fibre reinforced)
Rogers
ROGERS DAP
DAP (short glass fibre reinforced; fire retardant)
Rogers
ROGERS ENVEX
Polyimide
Rogers
345
The Plastics Compendium - Volume 1, Key Properties and Sources ROGERS ENVEX
Polyimide (25% graphite lubricated)
Rogers
ROGERS ENVEX
Polyimide (40% glass fibre reinforced)
Rogers
ROGERS ENVEX
Polyimide (molyb. disulphide lubricated)
Rogers
ROGERS ENVEX
Polyimide (PTFE lubricated)
Rogers
RONFALIN
ABS (fire retardant)
DSM
RONFALIN
ABS (high heat)
DSM
RONFALIN
ABS (high heat; uv stabilised)
DSM
RONFALIN
ABS (high impact)
DSM
RONFALIN
ABS (high impact; uv stabilised)
DSM
RONFALIN
ABS (medium impact)
DSM
ROYLAR
Urethane based TPE 70A
Uniroyal Chemical Company
ROYLAR
Urethane based TPE 80A
Uniroyal Chemical Company
ROYLAR
Urethane based TPE 95A
Uniroyal Chemical Company
RTP 1000
PBT (15% PTFE lubricated)
Vigilant Plastics
RTP 1000 GB 30
PBT (30% glass bead filled)
Vigilant Plastics
RTP 1000GB30
PBT (30% glass bead filled)
RTP
RTP 1001
PBT (10% glass fibre reinforced)
Vigilant Plastics
RTP 1001
PBT (10% glass fibre reinforced)
RTP
RTP 1003FRA
PBT (20% glass fibre reinforced; fire retardant)
RTP
RTP 1005
PBT (30% glass fibre reinforced)
Vigilant Plastics
RTP 1005
PBT (30% glass fibre reinforced)
RTP
RTP 1005FRA
PBT (30% glass fibre reinforced; fire retardant)
RTP
RTP 100CC
Polypropylene (30% glass fibre coupled)
RTP
RTP 103
Polypropylene (20% glass fibre reinforced)
Vigilant Plastics
RTP 103
Polypropylene (20% glass fibre reinforced)
RTP
RTP 103 SP
Polypropylene (structural foam)
Vigilant Plastics
RTP 105 CC
Polypropylene (30% glass fibre coupled)
Vigilant Plastics
RTP 1106
PET (36% glass fibre reinforced)
RTP
RTP 1108
PET (45% gfr)
Vigilant Plastics
RTP 1110
PET (55% gfr)
Vigilant Plastics
RTP 1199 X 50089
PET (35% mica/gfr)
Vigilant Plastics
RTP 127
Polypropylene (40% talc filled)
Vigilant Plastics
RTP 127
Polypropylene (40% talc filled)
RTP
RTP 128
Polypropylene (20% talc filled)
Vigilant Plastics
RTP 128
Polypropylene (20% talc filled)
RTP
RTP 1303TFE20
PPS (20% PTFE lubricated)
RTP
RTP 1307
PPS (40% glass fibre reinforced)
Vigilant Plastics
RTP 1307
PPS (40% glass fibre reinforced)
RTP
RTP 1385
PPS (30% carbon fibre reinforced)
Vigilant Plastics
RTP 1385
PPS (30% carbon fibre reinforced)
RTP
RTP 140
Polypropylene (40% calcium carbonate filled)
Vigilant Plastics
RTP 140
Polypropylene (40% calcium carbonate filled)
RTP
RTP 1403
PES (20% glass fibre reinforced)
Vigilant Plastics
RTP 1403
PES (20% glass fibre reinforced)
RTP
RTP 1405
PES (30% glass fibre reinforced)
Vigilant Plastics
RTP 141
Polypropylene (20% calcium carbonate filled)
Vigilant Plastics
RTP 141
Polypropylene (20% calcium carbonate filled)
RTP
RTP 1485
PES (30% carbon fibre reinforced)
Vigilant Plastics
RTP 1485
PES (30% carbon fibre reinforced)
RTP
RTP 150
Polypropylene (fire retardant)
RTP
RTP 151 HI
Polypropylene (fire retardant)
Vigilant Plastics
RTP 200 A MS
Polyamide 6 (molyb. disulphide lubricated)
Vigilant Plastics
RTP 200 A TFE 20
Polyamide 6 (20% PTFE lubricated)
Vigilant Plastics
346
Trade Name Index RTP 200 D TFE 20
Polyamide 6/12 (20% PTFE lubricated)
RTP 200 GB 40
Polyamide 6/6 (40% glass bead filled)
Vigilant Plastics Vigilant Plastics
RTP 200 MS
Polyamide 6/6 (molyb. disulphide lubricated)
Vigilant Plastics
RTP 200 TFE 20
Polyamide 6/6 (20% PTFE lubricated)
Vigilant Plastics
RTP 2000SI2
Polyamide 6/12 (2% silicone lubricated)
RTP
RTP 200AMS
Polyamide 6 (molyb. disulphide lubricated)
RTP
RTP 200ATFE20
Polyamide 6 (20% PTFE lubricated)
RTP
RTP 200DTFE20
Polyamide 6/12 (20% PTFE lubricated)
RTP
RTP 200GB40
Polyamide 6/6 (40% glass bead filled)
RTP
RTP 200MS
Polyamide 6/6 (molyb. disulphide lubricated)
RTP
RTP 200TFE200
Polyamide 6/6 (20% PTFE lubricated)
RTP
RTP 201
Polyamide 6/6 (10% glass fibre reinforced)
Vigilant Plastics
RTP 201
Polyamide 6/6 (10% glass fibre reinforced)
RTP
RTP 201 A
Polyamide 6 (10% glass fibre reinforced)
Vigilant Plastics
RTP 201 B
Polyamide 6/10 (10% glass fibre reinforced)
Vigilant Plastics
RTP 201 D
Polyamide 6/12 (10% glass fibre reinforced)
Vigilant Plastics
RTP 2010
Polyamide 6/12 (10% glass fibre reinforced)
RTP
RTP 201A
Polyamide 6 (10% glass fibre reinforced)
RTP
RTP 203
Polyamide 6/6 (glass fibre & bead reinforced)
Vigilant Plastics
RTP 203GB20
Polyamide 6/6 (glass fibre & bead reinforced)
RTP Vigilant Plastics
RTP 205 A
Polyamide 6 (30% glass fibre reinforced)
RTP 205 A FR
Polyamide 6 (30% glass fibre reinforced; fire ret.)
Vigilant Plastics
RTP 205 B
Polyamide 6/10 (30% glass fibre reinforced)
Vigilant Plastics
RTP 205 C
Polyamide 11 (30% glass fibre reinforced)
Vigilant Plastics
RTP 205 D
Polyamide 6/12 (30% glass fibre reinforced)
Vigilant Plastics
RTP 205 F
Polyamide 12 (30% glass fibre reinforced)
Vigilant Plastics
RTP 205.3
Polyamide 6/6 (33% glass fibre reinforced)
Vigilant Plastics
RTP 205.3
Polyamide 6/6 (33% glass fibre reinforced)
RTP
RTP 205A
Polyamide 6 (30% glass fibre reinforced)
RTP
RTP 205AFE
Polyamide 6 (30% glass fibre reinforced; fire ret.)
RTP
RTP 205B
Polyamide 6/10 (30% carbon fibre reinforced)
RTP
RTP 205D
Polyamide 6/12 (30% glass fibre reinforced)
RTP
RTP 2101
Polyetherimide (10% glass fibre reinforced)
Vigilant Plastics
RTP 2103
Polyetherimide (20% glass fibre reinforced)
Vigilant Plastics
RTP 2105
Polyetherimide (30% glass fibre reinforced)
Vigilant Plastics
RTP 211
Polyamide 6/6 (60% glass fibre reinforced)
Vigilant Plastics
RTP 2200
PEEK
RTP
RTP 2200
PEEK (10% glass fibre reinforced)
RTP
RTP 2200
PEEK (20% glass fibre reinforced)
RTP
RTP 2200
PEEK (30% carbon fibre reinforced)
RTP
RTP 2200
PEEK (30% glass fibre reinforced)
RTP
RTP 2201
PEEK (10% glass fibre reinforced)
Vigilant Plastics
RTP 2201
PEEK (10% glass fibre reinforced)
RTP
RTP 2203
PEEK (20% glass fibre reinforced)
Vigilant Plastics
RTP 2203
PEEK (20% glass fibre reinforced)
RTP
RTP 2205
PEEK (30% glass fibre reinforced)
Vigilant Plastics
RTP 2205
PEEK (30% glass fibre reinforced)
RTP
RTP 227
Polyamide 6/6 (40% mineral filled)
Vigilant Plastics
RTP 227
Polyamide 6/6 (40% mineral filled)
RTP
RTP 2285
PEEK (30% carbon fibre reinforced)
Vigilant Plastics
RTP 2285
PEEK (30% carbon fibre reinforced)
RTP
RTP 281
Polyamide 6/6 (10% carbon fibre reinforced)
RTP
RTP 285
Polyamide 6/6 (30% carbon fibre reinforced)
Vigilant Plastics
347
The Plastics Compendium - Volume 1, Key Properties and Sources RTP 285
Polyamide 6/6 (30% carbon fibre reinforced)
RTP 300 TFE 15
Polycarbonate (15% PTFE lubricated)
RTP Vigilant Plastics
RTP 303
Polycarbonate (20% glass fibre reinforced)
Vigilant Plastics
RTP 303
Polycarbonate (20% glass fibre reinforced)
RTP
RTP 305
Polycarbonate (30% glass fibre reinforced)
Vigilant Plastics
RTP 305
Polycarbonate (30% glass fibre reinforced)
RTP
RTP 385
Polycarbonate (30% carbon fibre reinforced)
Vigilant Plastics
RTP 385
Polycarbonate (30% carbon fibre reinforced)
RTP
RTP 405
Polystyrene (30% glass fibre reinforced)
Vigilant Plastics
RTP 405
Polystyrene (30% glass fibre reinforced)
RTP
RTP 500
SAN
RTP
RTP 500
SAN (30% glass fibre reinforced)
RTP
RTP 500
SAN (fire retardant)
RTP
RTP 500
SAN (high heat)
RTP
RTP 500
SAN (high impact)
RTP
RTP 500
SAN (uv stabilised)
RTP
RTP 505
SAN (30% glass fibre reinforced)
Vigilant Plastics
RTP 505
SAN (30% glass fibre reinforced)
RTP
RTP 605
ABS (30% glass fibre reinforced)
Vigilant Plastics
RTP 605
ABS (30% glass fibre reinforced)
RTP
RTP 800 SI2
Acetal (copolymer; 2% silicone lubricated)
Vigilant Plastics
RTP 805
Acetal (copolymer)
RTP
RTP 805 CC
Acetal (copolymer; 30% glass fibre coupled)
Vigilant Plastics
RTP 901
Polysulphone (10% glass fibre reinforced)
Vigilant Plastics
RTP 901
Polysulphone (10% glass fibre reinforced)
RTP
RTP 905
Polysulphone (30% glass fibre reinforced)
Vigilant Plastics
RTP 905
Polysulphone (30% glass fibre reinforced)
RTP
RTP 905TFE15
Polysulphone (15% PTFE lubricated)
RTP
RTP 985
Polysulphone (30% carbon fibre reinforced)
RTP
RX PF
Phenolic (cellulose filled; shock resistant)
Rogers
RX PF
Phenolic (chopped fabric filled; medium impact)
Rogers
RX PF
Phenolic (cotton filled; medium shock)
Rogers
RX PF
Phenolic (foam)
Rogers
RX PF
Phenolic (glass fibre reinforced; high impact)
Rogers
RX PF
Phenolic (mica & glass fibre reinforced; electrical)
Rogers
RX PF
Phenolic (mica filled; electrical)
Rogers
RX PF
Phenolic (mineral filled; high heat)
Rogers
RX PF
Phenolic (natural fibre filled; general purpose)
Rogers
RX PF
Phenolic (wood filled; general purpose)
Rogers
RX PF
Phenolic laminate (cotton fabric)
Rogers
RX PF
Phenolic laminate (glass fabric)
Rogers
RX PF
Phenolic laminate (paper)
Rogers
RYNITE
PET (15% gfr - high impact)
DuPont
RYNITE
PET (30% gfr - fire ret.)
DuPont
RYNITE
PET (30% gfr - high impact)
DuPont
RYNITE
PET (35% gfr - super tough)
DuPont
RYNITE
PET (35% mica/gfr)
DuPont
RYNITE
PET (36% glass fibre reinforced)
DuPont
RYNITE
PET (45% gfr)
DuPont
RYNITE
PET (45% min/gfr - fire ret.)
DuPont
RYNITE
PET (55% gfr)
DuPont
RYNITE
PET (amorphous)
DuPont
RYNITE
PET (crystalline)
DuPont
348
Trade Name Index RYNITE
PET (fire retardant)
DuPont
RYNITE
PET (mineral filled)
DuPont
RYNITE
PET (uv stabilised)
DuPont
RYNITE SST
PET (35% gfr - super tough)
DuPont
RYTON
PPS (40% glass fibre reinforced)
Phillips Quadrant Petroleum Chemical
RYTON
PPS (glass fibre & bead reinforced)
Phillips Quadrant Petroleum Chemical
RYTON
PPS (20% PTFE lubricated)
Phillips Chemical
RYTON
PPS (30% carbon fibre reinforced)
Phillips Chemical
RYTON
PPS (40% glass fibre reinforced)
Phillips Chemical
RYTON
PPS (glass fibre & bead reinforced)
Phillips Chemical
SAN
SAN
Albis
SANTOPRENE
Olefinic based TPE 85A
Advanced Elastomer Systems
SANTOPRENE
Olefinic based TPE 65A
Monsanto
SANTOPRENE
Olefinic based TPE 85A
Monsanto
SANTOPRENE
Olefinic based TPE 93A
Monsanto
SB
Styrene butadiene
Borealis Chemicals
SCHULAMID NYLON 6
Polyamide 6
A. Schulman
SCHULAMID NYLON 6
Polyamide 6 (10% glass fibre reinforced)
A. Schulman
SCHULAMID NYLON 6
Polyamide 6 (2% silicone lubricated)
A. Schulman
SCHULAMID NYLON 6
Polyamide 6 (20% PTFE lubricated)
A. Schulman
SCHULAMID NYLON 6
Polyamide 6 (25% glass bead filled)
A. Schulman
SCHULAMID NYLON 6
Polyamide 6 (30% carbon fibre reinforced)
A. Schulman
SCHULAMID NYLON 6
Polyamide 6 (30% glass fibre reinforced)
A. Schulman
SCHULAMID NYLON 6
Polyamide 6 (30% glass fibre reinforced; fire ret.)
A. Schulman
SCHULAMID NYLON 6
Polyamide 6 (50% bead filled)
A. Schulman
SCHULAMID NYLON 6
Polyamide 6 (60% glass fibre reinforced)
A. Schulman
SCHULAMID NYLON 6
Polyamide 6 (casting)
A. Schulman
SCHULAMID NYLON 6
Polyamide 6 (elastomer copolymer)
A. Schulman
SCHULAMID NYLON 6
Polyamide 6 (fire retardant)
A. Schulman
SCHULAMID NYLON 6
Polyamide 6 (glass fibre & bead reinforced)
A. Schulman
SCHULAMID NYLON 6
Polyamide 6 (high impact)
A. Schulman
SCHULAMID NYLON 6
Polyamide 6 (mineral filled)
A. Schulman
SCHULAMID NYLON 6
Polyamide 6 (molyb. disulphide lubricated)
A. Schulman
SCHULAMID NYLON 6
Polyamide 6 (stampable sheet; glass fibre reinf.)
A. Schulman
SCHULAMID NYLON 6
Polyamide 6 (uv stabilised)
A. Schulman
SCHULMAN FPP
Polypropylene (40% calcium carbonate filled)
A. Schulman
SCHULMAN FPP
Polypropylene (elastomer mod; uv stabilised)
A. Schulman
SCHULMAN FPP
Polypropylene (elastomer modified)
A. Schulman
SCLAIR
LLDPE
DuPont
SCLAIRLINK
X-linked PE
DuPont
SCOTCHPLY
Epoxy Lam (carbon fibre prepreg)
3M
SCOTCHPLY
Epoxy Lam (glass fabric)
3M
SCOTCHPLY
Epoxy Lam (glass prepreg)
3M
SCOTCHPLY
Epoxy Lam (Kevlar prepreg)
3M
SHELL PB
Polybutylene
Shell Chemical
SHELL PP
Polypropylene (copolymer)
Shell Chemical
SHELL PP
Polypropylene (copolymer; uv stabilised)
Shell Chemical
SHELL PP
Polypropylene (elastomer mod; uv stabilised)
Shell Chemical
SHELL PP
Polypropylene (elastomer modified)
Shell Chemical
SHELL PP
Polypropylene (homopolymer)
Shell Chemical
SHELL PP
Polypropylene (homopolymer; uv stabilised)
Shell Chemical
SHUMAN HIPS
HIPS
Shuman Plastics
SHUMAN HIPS
HIPS (fire retardant)
Shuman Plastics
349
The Plastics Compendium - Volume 1, Key Properties and Sources SHUMAN HIPS
HIPS (uv stabilised)
SHUMAN PE
LDPE
Shuman Plastics Shuman Plastics
SHUMAN PE
LDPE (uv stabilised)
Shuman Plastics
SHUMAN PS
Polystyrene
Shuman Plastics
SHUMAN PS
Polystyrene (2% silicone lubricated)
Shuman Plastics
SHUMAN PS
Polystyrene (30% glass fibre reinforced)
Shuman Plastics
SHUMAN PS
Polystyrene (medium impact)
Shuman Plastics
SHUMAN PS
Polystyrene (structural foam)
Shuman Plastics
SHUMAN PS
Polystyrene (uv stabilised)
Shuman Plastics
SICRON
PVC (plasticised; >300% elongation)
EVC
SICRON
PVC (plasticised; 0-100% elongation)
EVC
SICRON
PVC (plasticised; 100-300% elongation)
EVC
SICRON
PVC (plasticised; >300% elongation)
Himont USA
SICRON
PVC (plasticised; 0-100% elongation)
Himont USA
SICRON
PVC (plasticised; 100-300% elongation)
Himont USA
SICRON UPVC
PVC (structural foam)
Himont USA
SICRON UPVC
PVC (uv stabilised)
Himont USA
SICRON UPVC
PVC crosslinked
Himont USA
SICRON UPVC
UPVC
Himont USA
SICRON UPVC
UPVC (high impact)
Himont USA
SINKRAL
ABS (30% glass fibre reinforced)
Enichem
SINKRAL
ABS (high heat)
Enichem
SINKRAL
ABS (high heat; uv stabilised)
Enichem
SINKRAL
ABS (high impact)
Enichem
SINKRAL
ABS (high impact; uv stabilised)
Enichem
SINKRAL
ABS (low gloss)
Enichem
SINKRAL
ABS (medium impact)
Enichem
SINKRAL
ABS (plating)
Enichem
SINVET
Polycarbonate
Enichem
SINVET
Polycarbonate (20% glass fibre reinforced)
Enichem
SINVET
Polycarbonate (30% glass fibre reinforced)
Enichem
SINVET
Polycarbonate (high flow)
Enichem
SINVET
Polycarbonate (uv stabilised)
Enichem
SIOPLAS
X-linked PE
AEI Compounds
SNIAMID 6
Polyamide 6
Nyltech
SNIAMID 6
Polyamide 6 (30% glass fibre reinforced; fire ret.)
Nyltech
SNIAMID 6
Polyamide 6 (fire retardant)
Nyltech
SNIAMID 6
Polyamide 6 (glass fibre & bead reinforced)
Nyltech
SNIAMID 6
Polyamide 6 (mineral filled)
Nyltech
SNIAMID 6
Polyamide 6 (uv stabilised)
Nyltech
SNIAMID 66
Polyamide 6/6
Nyltech
SNIAMID 66
Polyamide 6/6 (40% mineral filled)
Nyltech
SNIAMID 66
Polyamide 6/6 (fire retardant)
Nyltech
SNIAMID 66
Polyamide 6/6 (glass fibre & bead reinforced)
Nyltech
SNIAMID ASN
Polyamide (transparent)
Nyltech
SNIAVITRID
Polyamide 6 (25% glass bead filled)
Nyltech
SOLEF
PVDF
Solvay Chemicals
SOLPRENE
Styrene butadiene styrene based TPE 35A
Phillips Chemical
SOLPRENE
Styrene butadiene styrene based TPE 35D
Phillips Chemical
SOLPRENE
Styrene butadiene styrene based TPE 80A
Phillips Chemical
SORANE 500
Polyurethane (soft microcellular elastomer)
ICI Polyurethane
SOREFLON
PTFE
Elf Atochem
SOREFLON
PTFE (15% glass fibre filled)
Elf Atochem
350
Trade Name Index SOREFLON
PTFE (15% graphite filled)
Elf Atochem
SOREFLON
PTFE (25% glass fibre filled)
Elf Atochem Elf Atochem
SOREFLON
PTFE (60% bronze filled)
STALOY N
Polyamide / ABS alloy
DSM
STAMYLAN HD
HDPE
DSM
STAMYLAN HD
HDPE (uv stabilised)
DSM
STAMYLAN LD
LDPE
DSM
STAMYLAN LD
LDPE (uv stabilised)
DSM
STAMYLAN MD
MDPE
DSM
STAMYLAN P
Polypropylene (20% talc filled)
DSM
STAMYLAN P
Polypropylene (40% talc filled)
DSM
STAMYLAN P
Polypropylene (copolymer)
DSM
STAMYLAN P
Polypropylene (copolymer; uv stabilised)
DSM
STAMYLAN P
Polypropylene (elastomer mod; uv stabilised)
DSM
STAMYLAN P
Polypropylene (elastomer modified)
DSM
STAMYLAN P
Polypropylene (homopolymer)
DSM
STAMYLAN P
Polypropylene (homopolymer; uv stabilised)
DSM
STAMYLAN UH
UHMW PE
DSM
STAMYLEX PE
LLDPE
DSM
STAMYLEX XL
X-linked PE
DSM
STANYL
Polyamide 4/6
DSM
STANYL
Polyamide 4/6
Allied Signal
STAPRON C
ABS/polycarbonate alloy
DSM
STAPRON S
SMA (copolymer)
DSM
STAPRON S
SMA (copolymer; 30% glass fibre reinforced)
DSM
STAR-C PA6
Polyamide 6 (30% carbon fibre reinforced)
Ferro
STAR-C PA66
Polyamide 6/6 (10% carbon fibre reinforced)
Ferro
STAR-C PA66
Polyamide 6/6 (30% carbon fibre reinforced)
Ferro
STAR-C PBT
PBT (30% carbon fibre reinforced)
Ferro
STAR-C PC
Polycarbonate (30% carbon fibre reinforced)
Ferro
STAR-C PPS
PPS (30% carbon fibre reinforced)
Ferro
STAR-L PA6
Polyamide 6 (20% PTFE lubricated)
Ferro
STAR-L PA66
Polyamide 6/6 (20% PTFE lubricated)
Ferro
STARAMIDE 6
Polyamide 6 (30% glass fibre reinforced)
Ferro
STARAMIDE 6
Polyamide 6 (mineral filled)
Ferro
STARAMIDE 66
Polyamide 6/6 (33% glass fibre reinforced)
Ferro
STARAMIDE 66
Polyamide 6/6 (40% mineral filled)
Ferro
STARFLAM ABS
ABS (fire retardant)
Ferro
STARFLAM PA6
Polyamide 6 (30% glass fibre reinforced; fire ret.)
Ferro
STARFLAM PBT
PBT (20% glass fibre reinforced; fire retardant)
Ferro
STARFLAM PBT
PBT (30% glass fibre reinforced; fire retardant)
Ferro
STARGLAS PBT
PBT (30% glass fibre reinforced)
Ferro
STARGLAS PC
Polycarbonate (30% glass fibre reinforced)
Ferro
STARGLAS PSU
Polysulphone (30% glass fibre reinforced)
Ferro
STARPYLEN
Polypropylene (30% glass fibre coupled)
Ferro
STATOIL HDPE
HDPE
Borealis Chemicals
STATOIL HDPE
HDPE (uv stabilised)
Borealis Chemicals
STATOIL LDPE
LDPE
Borealis Chemicals
STATOIL LDPE
LDPE (uv stabilised)
Borealis Chemicals
STATOIL PP
Polypropylene (copolymer)
Borealis Chemicals
STATOIL PP
Polypropylene (copolymer; uv stabilised)
Borealis Chemicals
STATOIL PP
Polypropylene (homopolymer)
Borealis Chemicals
STATOIL PP
Polypropylene (homopolymer; uv stabilised)
Borealis Chemicals
351
The Plastics Compendium - Volume 1, Key Properties and Sources STYCAST
Epoxy MC (fire retard; mineral & glass fibre reinf.)
Emerson & Cuming
STYCAST
Epoxy MC (glass fibre reinforced)
Emerson & Cuming
STYCAST
Epoxy MC (high heat; glass fibre reinforced)
Emerson & Cuming
STYCAST
Epoxy MC (mineral & glass fibre reinforced)
Emerson & Cuming
STYCAST
Epoxy MC (mineral filled)
Emerson & Cuming
STYCAST
Epoxy resin (casting; aluminium filled)
Emerson & Cuming
STYCAST
Epoxy resin (casting; glass filled)
Emerson & Cuming
STYCAST
Epoxy resin (casting; mineral filled)
Emerson & Cuming
STYCAST
Epoxy resin (casting; silica filled)
Emerson & Cuming
STYCAST
Epoxy resin (general purpose)
Emerson & Cuming
STYROLUX
Styrene butadiene
BASF
STYRON
Polystyrene
Dow
STYRON
Polystyrene (2% silicone lubricated)
Dow
STYRON
Polystyrene (30% glass fibre reinforced)
Dow
STYRON
Polystyrene (medium impact)
Dow
STYRON
Polystyrene (structural foam)
Dow
STYRON
Polystyrene (uv stabilised)
Dow
STYRON (HIPS)
HIPS
Dow
STYRON (HIPS)
HIPS (fire retardant)
Dow
STYRON (HIPS)
HIPS (uv stabilised)
Dow
SUPEC
PPS (40% glass fibre reinforced)
G.E. Plastics
SUPER DYLAN
LLDPE
Arco Chemical
SURLYN
Ionomer
DuPont
SYNOLITE
Polyester (casting; flexible)
DSM Resins
SYNOLITE
Polyester (casting; rigid)
DSM Resins
TECHNOPRENE
Polypropylene (20% glass fibre reinforced)
Enichem
TECHNOPRENE
Polypropylene (30% glass fibre coupled)
Enichem
TECHNYL A
Polyamide 6/6
Rhone-Poulenc
TECHNYL A
Polyamide 6/6 (10% carbon fibre reinforced)
Rhone-Poulenc
TECHNYL A
Polyamide 6/6 (10% glass fibre reinforced)
Rhone-Poulenc
TECHNYL A
Polyamide 6/6 (20% PTFE lubricated)
Rhone-Poulenc
TECHNYL A
Polyamide 6/6 (30% carbon fibre reinforced)
Rhone-Poulenc
TECHNYL A
Polyamide 6/6 (33% glass fibre reinforced)
Rhone-Poulenc
TECHNYL A
Polyamide 6/6 (40% glass bead filled)
Rhone-Poulenc
TECHNYL A
Polyamide 6/6 (40% mineral filled)
Rhone-Poulenc
TECHNYL A
Polyamide 6/6 (60% glass fibre reinforced)
Rhone-Poulenc
TECHNYL A
Polyamide 6/6 (fire retardant)
Rhone-Poulenc
TECHNYL A
Polyamide 6/6 (glass fibre & bead reinforced)
Rhone-Poulenc
TECHNYL A
Polyamide 6/6 (high impact)
Rhone-Poulenc
TECHNYL A
Polyamide 6/6 (molyb. disulphide lubricated)
Rhone-Poulenc
TECHNYL A
Polyamide 6/6 (super tough)
Rhone-Poulenc
TECHNYL A
Polyamide 6/6 (super tough; 33% glass fibre reinf)
Rhone-Poulenc
TECHNYL A
Polyamide 6/6 (super tough; fire retardant)
Rhone-Poulenc
TECHNYL A
Polyamide 6/6 (uv stabilised)
Rhone-Poulenc
TECHNYL B
Polyamide 6/6-6
Rhone-Poulenc
TECHNYL C
Polyamide 6
Rhone-Poulenc
TECHNYL C
Polyamide 6 (10% glass fibre reinforced)
Rhone-Poulenc
TECHNYL C
Polyamide 6 (2% silicone lubricated)
Rhone-Poulenc
TECHNYL C
Polyamide 6 (20% PTFE lubricated)
Rhone-Poulenc
TECHNYL C
Polyamide 6 (25% glass bead filled)
Rhone-Poulenc
TECHNYL C
Polyamide 6 (30% carbon fibre reinforced)
Rhone-Poulenc
TECHNYL C
Polyamide 6 (30% glass fibre reinforced)
Rhone-Poulenc
TECHNYL C
Polyamide 6 (30% glass fibre reinforced; fire ret.)
Rhone-Poulenc
352
Trade Name Index TECHNYL C
Polyamide 6 (50% bead filled)
Rhone-Poulenc
TECHNYL C
Polyamide 6 (60% glass fibre reinforced)
Rhone-Poulenc
TECHNYL C
Polyamide 6 (casting)
Rhone-Poulenc
TECHNYL C
Polyamide 6 (elastomer copolymer)
Rhone-Poulenc
TECHNYL C
Polyamide 6 (fire retardant)
Rhone-Poulenc
TECHNYL C
Polyamide 6 (glass fibre & bead reinforced)
Rhone-Poulenc
TECHNYL C
Polyamide 6 (high impact)
Rhone-Poulenc
TECHNYL C
Polyamide 6 (mineral filled)
Rhone-Poulenc
TECHNYL C
Polyamide 6 (molyb. disulphide lubricated)
Rhone-Poulenc
TECHNYL C
Polyamide 6 (stampable sheet; glass fibre reinf.)
Rhone-Poulenc
TECHNYL C
Polyamide 6 (uv stabilised)
Rhone-Poulenc
TECHNYL D
Polyamide 6/10
Rhone-Poulenc
TECHNYL D
Polyamide 6/10 (10% glass fibre reinforced)
Rhone-Poulenc
TECHNYL D
Polyamide 6/10 (2% silicone lubricated)
Rhone-Poulenc
TECHNYL D
Polyamide 6/10 (20% PTFE lubricated)
Rhone-Poulenc
TECHNYL D
Polyamide 6/10 (30% carbon fibre reinforced)
Rhone-Poulenc
TECHNYL D
Polyamide 6/10 (30% glass fibre reinforced)
Rhone-Poulenc
TECHNYL D
Polyamide 6/10 (fire retardant)
Rhone-Poulenc
TECHSTER E
PET (35% gfr - super tough)
Rhone-Poulenc
TECHSTER E
PET (amorphous)
Rhone-Poulenc
TECHSTER T
PBT
Rhone-Poulenc
TECHSTER T
PBT (20% glass fibre reinforced; fire retardant)
Rhone-Poulenc
TECHSTER T
PBT (30% glass fibre reinforced)
Rhone-Poulenc
TECHSTER T
PBT (30% glass fibre reinforced; fire retardant)
Rhone-Poulenc
TECHSTER T
PBT (45% mineral & glass filled)
Rhone-Poulenc
TECHSTER T
PBT (fire retardant)
Rhone-Poulenc
TECHSTER T
PBT (uv stabilised)
Rhone-Poulenc
TEDLAR
PVF
DuPont Albis
TEDUR
PPS (40% glass fibre reinforced)
TEFLON
PTFE
DuPont
TEFLON
PTFE (15% glass fibre filled)
DuPont
TEFLON
PTFE (15% graphite filled)
DuPont
TEFLON
PTFE (25% glass fibre filled)
DuPont
TEFLON
PTFE (60% bronze filled)
DuPont
TEFLON FEP
FEP
DuPont
TEFLON FEP
FEP (20% glass fibre coupled)
DuPont
TEFLON PFA
PFA
DuPont
TEFLON PFA
PFA (20% glass fibre reinforced)
DuPont
TEFZEL
ETFE
DuPont
TEFZEL
ETFE (10% glass fibre filled)
DuPont
TEFZEL
ETFE (30% carbon fibre filled)
DuPont
TEFZEL
ETFE (30% glass fibre filled)
DuPont
TEKNOR APEX
PVC (plasticised; >300% elongation)
Teknor Apex
TEKNOR APEX
PVC (plasticised; 0-100% elongation)
Teknor Apex
TEKNOR APEX
PVC (plasticised; 100-300% elongation)
Teknor Apex
TELCAR
Olefinic based TPE 65A
BF Goodrich Chemical
TELCAR
Olefinic based TPE 85A
BF Goodrich Chemical
TELCAR
Olefinic based TPE 93A
BF Goodrich Chemical
TEMPRITE
Chlorinated PVC
BF Goodrich Chemical
TENAC 5010
Acetal (homopolymer)
Asahi
TENAC 5013A
Acetal (homopolymer; uv stabilised)
Asahi
TENAC C 4510
Acetal (copolymer)
Asahi
TENAC C 4563
Acetal (copolymer; uv stabilised)
Asahi
353
The Plastics Compendium - Volume 1, Key Properties and Sources TENAC FS410
Acetal (homopolymer; PTFE lubricated)
Asahi
TENITE A
Cellulose acetate
Eastman Chemical Co.
TENITE ACETATE
Cellulose acetate
Eastman Chemical
TENITE B
Cellulose acetate butyrate
Eastman Chemical Co.
TENITE BUTYRATE
Cellulose acetate butyrate
Eastman Chemical
TENITE P
Cellulose propionate
Eastman Chemical Co.
TENITE PE
LDPE
Eastman Chemical Co.
TENITE PE
LDPE (uv stabilised)
Eastman Chemical Co.
TENITE PET
PET (15% gfr - high impact)
Eastman Chemical Co.
TENITE PET
PET (30% gfr - fire ret.)
Eastman Chemical Co.
TENITE PET
PET (30% gfr - high impact)
Eastman Chemical Co.
TENITE PET
PET (35% gfr - super tough)
Eastman Chemical Co.
TENITE PET
PET (35% mica/gfr)
Eastman Chemical Co.
TENITE PET
PET (36% glass fibre reinforced)
Eastman Chemical Co.
TENITE PET
PET (45% gfr)
Eastman Chemical Co.
TENITE PET
PET (45% min/gfr - fire ret.)
Eastman Chemical Co.
TENITE PET
PET (55% gfr)
Eastman Chemical Co.
TENITE PET
PET (amorphous)
Eastman Chemical Co.
TENITE PET
PET (crystalline)
Eastman Chemical Co.
TENITE PET
PET (fire retardant)
Eastman Chemical Co.
TENITE PET
PET (mineral filled)
Eastman Chemical Co.
TENITE PET
PET (uv stabilised)
Eastman Chemical Co.
TENITE POLYALLOMER
Ethylene Propylene copolymer
Eastman Chemical Co.
TENITE PP
Polypropylene (20% talc filled)
Eastman Chemical Co.
TENITE PP
Polypropylene (40% talc filled)
Eastman Chemical Co.
TENITE PP
Polypropylene (homopolymer)
Eastman Chemical Co.
TENITE PP
Polypropylene (homopolymer; uv stabilised)
Eastman Chemical Co.
TENITE PROPIONATE
Cellulose propionate
Eastman Chemical
TERBLEND B
ABS/polycarbonate alloy
BASF
TERLURAN
ABS (30% glass fibre reinforced)
BASF
TERLURAN
ABS (fire retardant)
BASF
TERLURAN
ABS (high heat)
BASF
TERLURAN
ABS (high heat; uv stabilised)
BASF
TERLURAN
ABS (high impact)
BASF
TERLURAN
ABS (high impact; uv stabilised)
BASF
TERLURAN
ABS (low gloss)
BASF
TERLURAN
ABS (medium impact)
BASF
TERLURAN
ABS (plating)
BASF
TERLURAN
ABS (structural foam)
BASF
TERLURAN
ABS (transparent)
BASF
TERLURAN S
ABS/polysulphone alloy
BASF
TETRAFLUOR
PTFE
Tetrafluor
TETRAFLUOR
PTFE (15% glass fibre filled)
Tetrafluor
TETRAFLUOR
PTFE (15% graphite filled)
Tetrafluor
TETRAFLUOR
PTFE (25% glass fibre filled)
Tetrafluor
TETRAFLUOR
PTFE (60% bronze filled)
Tetrafluor
TEXIN
Urethane based TPE 70A
Bayer
TEXIN
Urethane based TPE 80A
Bayer
TEXIN
Urethane based TPE 95A
Bayer
TEXOLITE PF
Phenolic (cellulose filled; shock resistant)
G.E. Plastics
TEXOLITE PF
Phenolic (chopped fabric filled; medium impact)
G.E. Plastics
TEXOLITE PF
Phenolic (cotton filled; medium shock)
G.E. Plastics
TEXOLITE PF
Phenolic (foam)
G.E. Plastics
354
Trade Name Index TEXOLITE PF
Phenolic (glass fibre reinforced; high impact)
G.E. Plastics
TEXOLITE PF
Phenolic (mica & glass fibre reinforced; electrical)
G.E. Plastics
TEXOLITE PF
Phenolic (mica filled; electrical)
G.E. Plastics
TEXOLITE PF
Phenolic (mineral filled; high heat)
G.E. Plastics
TEXOLITE PF
Phenolic (natural fibre filled; general purpose)
G.E. Plastics
TEXOLITE PF
Phenolic (wood filled; general purpose)
G.E. Plastics
TEXOLITE PF
Phenolic laminate (cotton fabric)
G.E. Plastics
TEXOLITE PF
Phenolic laminate (glass fabric)
G.E. Plastics
TEXOLITE PF
Phenolic laminate (paper)
G.E. Plastics
THERMOCOMP AF
ABS (30% glass fibre reinforced)
LNP Engineering Plastics
THERMOCOMP BF
SAN (30% glass fibre reinforced)
LNP Plastics
THERMOCOMP BF
SAN (30% glass fibre reinforced)
LNP Engineering Plastics
THERMOCOMP CF
Polystyrene (30% glass fibre reinforced)
LNP Plastics
THERMOCOMP CF
Polystyrene (30% glass fibre reinforced)
LNP Engineering Plastics
THERMOCOMP DC
Polycarbonate (30% carbon fibre reinforced)
LNP Plastics
THERMOCOMP DC-1006
Polycarbonate (30% carbon fibre reinforced)
LNP Engineering Plastics
THERMOCOMP DF
Polycarbonate (20% glass fibre reinforced)
LNP Plastics
THERMOCOMP DF
Polycarbonate (30% glass fibre reinforced)
LNP Plastics
THERMOCOMP DF-1004
Polycarbonate (20% glass fibre reinforced)
LNP Engineering Plastics
THERMOCOMP DF-1006
Polycarbonate (30% glass fibre reinforced)
LNP Engineering Plastics
THERMOCOMP DL
Polycarbonate (15% PTFE lubricated)
LNP Plastics
THERMOCOMP FP-FF-1004
FEP (20% glass fibre coupled)
LNP Engineering Plastics
THERMOCOMP FP-PF-1004
PFA (20% glass fibre reinforced)
LNP Engineering Plastics
THERMOCOMP FP-VC-1004
PVDF (20% carbon fibre reinforced)
LNP Engineering Plastics
THERMOCOMP GC
Polysulphone (30% carbon fibre reinforced)
LNP Plastics
THERMOCOMP GC-1006
Polysulphone (30% carbon fibre reinforced)
LNP Engineering Plastics
THERMOCOMP GF
Polysulphone (10% glass fibre reinforced)
LNP Plastics
THERMOCOMP GF
Polysulphone (30% glass fibre reinforced)
LNP Plastics
THERMOCOMP GF-1006
Polysulphone (30% glass fibre reinforced)
LNP Engineering Plastics
THERMOCOMP GL
Polysulphone (15% PTFE lubricated)
LNP Plastics
THERMOCOMP HC
Polyamide 11 (30% carbon fibre reinforced)
LNP Plastics
THERMOCOMP HF
Polyamide 11 (30% glass fibre reinforced)
LNP Plastics
THERMOCOMP HF-1006
Polyamide 11 (30% carbon fibre reinforced)
LNP Engineering Plastics
THERMOCOMP IC
Polyamide 6/12 (30% carbon fibre reinforced)
LNP Plastics
THERMOCOMP IC-1006
Polyamide 6/12 (30% carbon fibre reinforced)
LNP Engineering Plastics
THERMOCOMP IF
Polyamide 6/12 (10% glass fibre reinforced)
LNP Plastics
THERMOCOMP IF
Polyamide 6/12 (30% glass fibre reinforced)
LNP Plastics
THERMOCOMP IF-1002
Polyamide 6/12 (10% glass fibre reinforced)
LNP Engineering Plastics
THERMOCOMP IF-1006
Polyamide 6/12 (30% glass fibre reinforced)
LNP Engineering Plastics
THERMOCOMP IL
Polyamide 6/12 (2% silicone lubricated)
LNP Plastics
THERMOCOMP IL
Polyamide 6/12 (20% PTFE lubricated)
LNP Plastics
THERMOCOMP JC
PES (30% carbon fibre reinforced)
LNP Plastics
THERMOCOMP JC-1006
PES (30% carbon fibre reinforced)
LNP Engineering Plastics
THERMOCOMP JF
PES (20% glass fibre reinforced)
LNP Plastics
THERMOCOMP JF
PES (30% glass fibre reinforced)
LNP Plastics
THERMOCOMP JF-1004
PES (20% glass fibre reinforced)
LNP Engineering Plastics
THERMOCOMP JF-1006
PES (30% glass fibre reinforced)
LNP Engineering Plastics
THERMOCOMP KC
Acetal (30% carbon fibre reinforced)
LNP Plastics
THERMOCOMP KC-1006
Acetal (30% carbon fibre reinforced)
LNP Engineering Plastics
THERMOCOMP KFX-1006
Acetal (copolymer; 30% glass fibre coupled)
LNP Engineering Plastics
THERMOCOMP LF
FEP (20% glass fibre coupled)
LNP Plastics
THERMOCOMP LF-1002
PEEK (10% glass fibre reinforced)
LNP Engineering Plastics
THERMOCOMP LF-1004
PEEK (20% glass fibre reinforced)
LNP Engineering Plastics
355
The Plastics Compendium - Volume 1, Key Properties and Sources THERMOCOMP LF-1006
PEEK (30% carbon fibre reinforced)
LNP Engineering Plastics
THERMOCOMP MF
Polycarbonate (20% glass fibre reinforced)
LNP Plastics
THERMOCOMP MF
Polypropylene (30% glass fibre coupled)
LNP Plastics
THERMOCOMP MFX-1006
Polypropylene (30% glass fibre coupled)
LNP Engineering Plastics
THERMOCOMP OC
PPS (30% carbon fibre reinforced)
LNP Plastics
THERMOCOMP OC-1006
PPS (30% carbon fibre reinforced)
LNP Engineering Plastics
THERMOCOMP OF-1008
PPS (40% glass fibre reinforced)
LNP Engineering Plastics
THERMOCOMP OG
PPS (40% glass fibre reinforced)
LNP Plastics
THERMOCOMP OG
PPS (glass fibre & bead reinforced)
LNP Plastics
THERMOCOMP OL
PPS (20% PTFE lubricated)
LNP Plastics
THERMOCOMP PB-1005
Polyamide 6 (25% glass bead filled)
LNP Engineering Plastics
THERMOCOMP PC
Polyamide 6 (30% carbon fibre reinforced)
LNP Plastics
THERMOCOMP PC-1006
Polyamide 6 (30% carbon fibre reinforced)
LNP Engineering Plastics
THERMOCOMP PF
Polyamide 6 (10% glass fibre reinforced)
LNP Plastics
THERMOCOMP PF
Polyamide 6 (25% glass bead filled)
LNP Plastics
THERMOCOMP PF
Polyamide 6 (30% glass fibre reinforced)
LNP Plastics
THERMOCOMP PF
Polyamide 6 (30% glass fibre reinforced; fire ret.)
LNP Plastics
THERMOCOMP PF
Polyamide 6 (60% glass fibre reinforced)
LNP Plastics
THERMOCOMP PF
Polyamide 6 (glass fibre & bead reinforced)
LNP Plastics
THERMOCOMP PF-100-12
Polyamide 6 (60% glass fibre reinforced)
LNP Engineering Plastics
THERMOCOMP PF-1002
Polyamide 6 (10% glass fibre reinforced)
LNP Engineering Plastics
THERMOCOMP PF-1006
Polyamide 6 (30% glass fibre reinforced)
LNP Engineering Plastics
THERMOCOMP PL
Polyamide 6 (2% silicone lubricated)
LNP Plastics
THERMOCOMP PL
Polyamide 6 (20% PTFE lubricated)
LNP Plastics
THERMOCOMP QC
Polyamide 6/10 (30% carbon fibre reinforced)
LNP Plastics
THERMOCOMP QC-1006
Polyamide 6/10 (30% carbon fibre reinforced)
LNP Engineering Plastics
THERMOCOMP QF
Polyamide 6/10 (10% glass fibre reinforced)
LNP Plastics
THERMOCOMP QF
Polyamide 6/10 (30% glass fibre reinforced)
LNP Plastics
THERMOCOMP QF
Polyamide 6/10 (fire retardant)
LNP Plastics
THERMOCOMP QF-1006
Polyamide 6/10 (30% glass fibre reinforced)
LNP Engineering Plastics
THERMOCOMP QL
Polyamide 6/10 (2% silicone lubricated)
LNP Plastics
THERMOCOMP QL
Polyamide 6/10 (20% PTFE lubricated)
LNP Plastics
THERMOCOMP RC
Polyamide 6/6 (30% carbon fibre reinforced)
LNP Plastics
THERMOCOMP RC-1002
Polyamide 6/6 (10% carbon fibre reinforced)
LNP Engineering Plastics
THERMOCOMP RC-1006
Polyamide 6/6 (30% carbon fibre reinforced)
LNP Engineering Plastics
THERMOCOMP RF
Polyamide 6/6 (10% glass fibre reinforced)
LNP Plastics
THERMOCOMP RF
Polyamide 6/6 (33% glass fibre reinforced)
LNP Plastics
THERMOCOMP RF
Polyamide 6/6 (40% glass bead filled)
LNP Plastics
THERMOCOMP RF
Polyamide 6/6 (60% glass fibre reinforced)
LNP Plastics
THERMOCOMP RF
Polyamide 6/6 (glass fibre & bead reinforced)
LNP Plastics
THERMOCOMP RF-100-12
Polyamide 6/6 (60% glass fibre reinforced)
LNP Engineering Plastics
THERMOCOMP RF-1002
Polyamide 6/6 (10% glass fibre reinforced)
LNP Engineering Plastics
THERMOCOMP RF-1006
Polyamide 6/6 (33% glass fibre reinforced)
LNP Engineering Plastics
THERMOCOMP RL
Polyamide 6/6 (20% PTFE lubricated)
LNP Plastics
THERMOCOMP SF
Polyamide 12 (30% glass fibre reinforced)
LNP Plastics
THERMOCOMP SF
Polyamide 12 (50% glass bead filled)
LNP Plastics
THERMOCOMP SF-1006
Polyamide 12 (30% glass fibre reinforced)
LNP Engineering Plastics
THERMOCOMP WC
PBT (30% carbon fibre reinforced)
LNP Plastics
THERMOCOMP WC-1006
PBT (30% carbon fibre reinforced)
LNP Engineering Plastics
THERMOCOMP WF
PBT (10% glass fibre reinforced)
LNP Plastics
THERMOCOMP WF
PBT (20% glass fibre reinforced; fire retardant)
LNP Plastics
THERMOCOMP WF
PBT (30% glass fibre reinforced)
LNP Plastics
THERMOCOMP WF
PBT (30% glass fibre reinforced; fire retardant)
LNP Plastics
356
Trade Name Index THERMOCOMP WF-1002
PBT (10% glass fibre reinforced)
LNP Engineering Plastics
THERMOCOMP WF-1004-FR PBT (20% glass fibre reinforced; fire retardant)
LNP Engineering Plastics
THERMOCOMP WF-1006
PBT (30% glass fibre reinforced)
LNP Engineering Plastics
THERMOCOMP WL
PBT (15% PTFE lubricated)
LNP Plastics
THERMOCOMP WL
PBT (2% silicone lubricated)
LNP Plastics
THERMOCOMP ZF
PPO (10% glass fibre reinforced)
LNP Plastics
THERMOCOMP ZF
PPO (10% glass fibre reinforced; fire retardant)
LNP Plastics
THERMOCOMP ZF
PPO (30% glass fibre reinforced)
LNP Plastics
THERMOCOMP ZF
PPO (30% glass fibre reinforced; fire retardant)
LNP Plastics
THERMOCOMP ZF-1002
PPO (10% glass fibre reinforced)
LNP Engineering Plastics
THERMOFIL ABS
ABS (30% glass fibre reinforced)
Thermofil Thermofil
THERMOFIL ABS
ABS (fire retardant)
THERMOFIL ABS
ABS (high heat)
Thermofil
THERMOFIL ABS
ABS (high heat; uv stabilised)
Thermofil
THERMOFIL ABS
ABS (high impact)
Thermofil
THERMOFIL ABS
ABS (high impact; uv stabilised)
Thermofil
THERMOFIL ABS
ABS (low gloss)
Thermofil
THERMOFIL ABS
ABS (medium impact)
Thermofil
THERMOFIL ABS
ABS (plating)
Thermofil
THERMOFIL ABS
ABS (structural foam)
Thermofil
THERMOFIL ABS
ABS (transparent)
Thermofil
THERMOFIL ACETAL
Acetal (30% carbon fibre reinforced)
Thermofil
THERMOFIL ACETAL
Acetal (copolymer)
Thermofil
THERMOFIL ACETAL
Acetal (copolymer; 2% silicone lubricated)
Thermofil
THERMOFIL ACETAL
Acetal (copolymer; 30% glass fibre coupled)
Thermofil
THERMOFIL ACETAL
Acetal (copolymer; uv stabilised)
Thermofil
THERMOFIL ACETAL
Acetal/elastomer alloy (super tough)
Thermofil
THERMOFIL HIPS
HIPS
Thermofil
THERMOFIL HIPS
HIPS (fire retardant)
Thermofil
THERMOFIL HIPS
HIPS (uv stabilised)
Thermofil
THERMOFIL NYLON 11
Polyamide 11
Thermofil
THERMOFIL NYLON 11
Polyamide 11 (30% carbon fibre reinforced)
Thermofil
THERMOFIL NYLON 11
Polyamide 11 (30% glass fibre reinforced)
Thermofil
THERMOFIL NYLON 11
Polyamide 11 (fire retardant)
Thermofil
THERMOFIL NYLON 11
Polyamide 11 (flexible)
Thermofil
THERMOFIL NYLON 11
Polyamide 11 (semi-flexible)
Thermofil
THERMOFIL NYLON 11
Polyamide 11 (uv stabilised)
Thermofil
THERMOFIL NYLON 12
Polyamide 12
Thermofil
THERMOFIL NYLON 12
Polyamide 12 (30% glass fibre reinforced)
Thermofil
THERMOFIL NYLON 12
Polyamide 12 (50% glass bead filled)
Thermofil
THERMOFIL NYLON 12
Polyamide 12 (fire retardant)
Thermofil
THERMOFIL NYLON 12
Polyamide 12 (flexible)
Thermofil
THERMOFIL NYLON 12
Polyamide 12 (semi-flexible)
Thermofil
THERMOFIL NYLON 12
Polyamide 12 (uv stabilised)
Thermofil
THERMOFIL NYLON 6
Polyamide 6
Thermofil
THERMOFIL NYLON 6
Polyamide 6 (10% glass fibre reinforced)
Thermofil
THERMOFIL NYLON 6
Polyamide 6 (2% silicone lubricated)
Thermofil
THERMOFIL NYLON 6
Polyamide 6 (20% PTFE lubricated)
Thermofil
THERMOFIL NYLON 6
Polyamide 6 (25% glass bead filled)
Thermofil
THERMOFIL NYLON 6
Polyamide 6 (30% carbon fibre reinforced)
Thermofil
THERMOFIL NYLON 6
Polyamide 6 (30% glass fibre reinforced)
Thermofil
THERMOFIL NYLON 6
Polyamide 6 (30% glass fibre reinforced; fire ret.)
Thermofil
THERMOFIL NYLON 6
Polyamide 6 (50% bead filled)
Thermofil
357
The Plastics Compendium - Volume 1, Key Properties and Sources THERMOFIL NYLON 6
Polyamide 6 (60% glass fibre reinforced)
Thermofil
THERMOFIL NYLON 6
Polyamide 6 (casting)
Thermofil
THERMOFIL NYLON 6
Polyamide 6 (elastomer copolymer)
Thermofil
THERMOFIL NYLON 6
Polyamide 6 (fire retardant)
Thermofil
THERMOFIL NYLON 6
Polyamide 6 (glass fibre & bead reinforced)
Thermofil
THERMOFIL NYLON 6
Polyamide 6 (high impact)
Thermofil
THERMOFIL NYLON 6
Polyamide 6 (mineral filled)
Thermofil
THERMOFIL NYLON 6
Polyamide 6 (molyb. disulphide lubricated)
Thermofil
THERMOFIL NYLON 6
Polyamide 6 (stampable sheet; glass fibre reinf.)
Thermofil
THERMOFIL NYLON 6
Polyamide 6 (uv stabilised)
Thermofil
THERMOFIL NYLON 6/12
Polyamide 6/12
Thermofil
THERMOFIL NYLON 6/12
Polyamide 6/12 (10% glass fibre reinforced)
Thermofil
THERMOFIL NYLON 6/12
Polyamide 6/12 (2% silicone lubricated)
Thermofil
THERMOFIL NYLON 6/12
Polyamide 6/12 (20% PTFE lubricated)
Thermofil
THERMOFIL NYLON 6/12
Polyamide 6/12 (30% carbon fibre reinforced)
Thermofil
THERMOFIL NYLON 6/12
Polyamide 6/12 (30% glass fibre reinforced)
Thermofil
THERMOFIL NYLON 6/12
Polyamide 6/12 (fire retardant)
Thermofil
THERMOFIL NYLON 66
Polyamide 6/6
Thermofil
THERMOFIL NYLON 66
Polyamide 6/6 (10% carbon fibre reinforced)
Thermofil
THERMOFIL NYLON 66
Polyamide 6/6 (10% glass fibre reinforced)
Thermofil
THERMOFIL NYLON 66
Polyamide 6/6 (20% PTFE lubricated)
Thermofil
THERMOFIL NYLON 66
Polyamide 6/6 (30% carbon fibre reinforced)
Thermofil
THERMOFIL NYLON 66
Polyamide 6/6 (33% glass fibre reinforced)
Thermofil
THERMOFIL NYLON 66
Polyamide 6/6 (40% glass bead filled)
Thermofil
THERMOFIL NYLON 66
Polyamide 6/6 (40% mineral filled)
Thermofil
THERMOFIL NYLON 66
Polyamide 6/6 (60% glass fibre reinforced)
Thermofil
THERMOFIL NYLON 66
Polyamide 6/6 (fire retardant)
Thermofil
THERMOFIL NYLON 66
Polyamide 6/6 (glass fibre & bead reinforced)
Thermofil
THERMOFIL NYLON 66
Polyamide 6/6 (high impact)
Thermofil
THERMOFIL NYLON 66
Polyamide 6/6 (molyb. disulphide lubricated)
Thermofil
THERMOFIL NYLON 66
Polyamide 6/6 (super tough)
Thermofil
THERMOFIL NYLON 66
Polyamide 6/6 (super tough; 33% glass fibre reinf)
Thermofil
THERMOFIL NYLON 66
Polyamide 6/6 (super tough; fire retardant)
Thermofil
THERMOFIL NYLON 66
Polyamide 6/6 (uv stabilised)
Thermofil
THERMOFIL PBT
PBT
Thermofil
THERMOFIL PBT
PBT (10% glass fibre reinforced)
Thermofil
THERMOFIL PBT
PBT (15% PTFE lubricated)
Thermofil
THERMOFIL PBT
PBT (2% silicone lubricated)
Thermofil
THERMOFIL PBT
PBT (20% glass fibre reinforced; fire retardant)
Thermofil
THERMOFIL PBT
PBT (30% carbon fibre reinforced)
Thermofil
THERMOFIL PBT
PBT (30% glass bead filled)
Thermofil
THERMOFIL PBT
PBT (30% glass fibre reinforced)
Thermofil
THERMOFIL PBT
PBT (30% glass fibre reinforced; fire retardant)
Thermofil
THERMOFIL PBT
PBT (45% mineral & glass filled)
Thermofil
THERMOFIL PBT
PBT (fire retardant)
Thermofil
THERMOFIL PBT
PBT (structural foam)
Thermofil
THERMOFIL PBT
PBT (uv stabilised)
Thermofil
THERMOFIL PC
Polycarbonate
Thermofil
THERMOFIL PC
Polycarbonate (15% PTFE lubricated)
Thermofil
THERMOFIL PC
Polycarbonate (20% glass fibre reinforced)
Thermofil
THERMOFIL PC
Polycarbonate (30% carbon fibre reinforced)
Thermofil
THERMOFIL PC
Polycarbonate (30% glass fibre reinforced)
Thermofil
THERMOFIL PC
Polycarbonate (fire retardant)
Thermofil
358
Trade Name Index THERMOFIL PC
Polycarbonate (high flow)
THERMOFIL PC
Polycarbonate (structural foam)
Thermofil Thermofil
THERMOFIL PC
Polycarbonate (uv stabilised)
Thermofil
THERMOFIL PES
PES
Thermofil
THERMOFIL PES
PES (20% glass fibre reinforced)
Thermofil
THERMOFIL PES
PES (30% carbon fibre reinforced)
Thermofil
THERMOFIL PES
PES (30% glass fibre reinforced)
Thermofil
THERMOFIL PET
PET (15% gfr - high impact)
Thermofil
THERMOFIL PET
PET (30% gfr - fire ret.)
Thermofil
THERMOFIL PET
PET (30% gfr - high impact)
Thermofil
THERMOFIL PET
PET (35% gfr - super tough)
Thermofil
THERMOFIL PET
PET (35% mica/gfr)
Thermofil
THERMOFIL PET
PET (36% glass fibre reinforced)
Thermofil
THERMOFIL PET
PET (45% gfr)
Thermofil
THERMOFIL PET
PET (45% min/gfr - fire ret.)
Thermofil
THERMOFIL PET
PET (55% gfr)
Thermofil
THERMOFIL PET
PET (amorphous)
Thermofil
THERMOFIL PET
PET (crystalline)
Thermofil
THERMOFIL PET
PET (fire retardant)
Thermofil
THERMOFIL PET
PET (mineral filled)
Thermofil
THERMOFIL PET
PET (uv stabilised)
Thermofil
THERMOFIL PI
Polyimide
Thermofil
THERMOFIL PI
Polyimide (25% graphite lubricated)
Thermofil
THERMOFIL PI
Polyimide (40% glass fibre reinforced)
Thermofil
THERMOFIL PI
Polyimide (molyb. disulphide lubricated)
Thermofil
THERMOFIL PI
Polyimide (PTFE lubricated)
Thermofil
THERMOFIL PP
Polypropylene (20% calcium carbonate filled)
Thermofil
THERMOFIL PP
Polypropylene (20% glass fibre reinforced)
Thermofil
THERMOFIL PP
Polypropylene (20% talc filled)
Thermofil
THERMOFIL PP
Polypropylene (30% glass fibre coupled)
Thermofil
THERMOFIL PP
Polypropylene (40% calcium carbonate filled)
Thermofil
THERMOFIL PP
Polypropylene (40% talc filled)
Thermofil
THERMOFIL PPS
PPS (20% PTFE lubricated)
Thermofil
THERMOFIL PPS
PPS (30% carbon fibre reinforced)
Thermofil
THERMOFIL PPS
PPS (40% glass fibre reinforced)
Thermofil
THERMOFIL PPS
PPS (glass fibre & bead reinforced)
Thermofil
THERMOFIL PS
Polystyrene
Thermofil
THERMOFIL PS
Polystyrene (2% silicone lubricated)
Thermofil
THERMOFIL PS
Polystyrene (30% glass fibre reinforced)
Thermofil
THERMOFIL PS
Polystyrene (medium impact)
Thermofil
THERMOFIL PS
Polystyrene (structural foam)
Thermofil
THERMOFIL PS
Polystyrene (uv stabilised)
Thermofil
THERMOFIL PSUL
Polysulphone
Thermofil
THERMOFIL PSUL
Polysulphone (10% glass fibre reinforced)
Thermofil
THERMOFIL PSUL
Polysulphone (15% PTFE lubricated)
Thermofil
THERMOFIL PSUL
Polysulphone (30% carbon fibre reinforced)
Thermofil
THERMOFIL PSUL
Polysulphone (30% glass fibre reinforced)
Thermofil Thermofil
THERMOFIL SAN
SAN
THERMOFIL SAN
SAN (30% glass fibre reinforced)
Thermofil
THERMOFIL SAN
SAN (fire retardant)
Thermofil
THERMOFIL SAN
SAN (high heat)
Thermofil
THERMOFIL SAN
SAN (high impact)
Thermofil
THERMOFIL SAN
SAN (uv stabilised)
Thermofil
359
The Plastics Compendium - Volume 1, Key Properties and Sources TORLON
PAI
TORLON
PAI
Amoco Chemical Amoco Performance Products
TORLON
PAI (glass fibre reinforced)
Amoco Performance Products
TORLON
PAI (graphite filled)
Amoco Performance Products
TORLON 5030
PAI (glass fibre reinforced)
Amoco Chemical
TORLON 7130
PAI (graphite filled)
Amoco Chemical
TOYOLAC
ABS (30% glass fibre reinforced)
Toray Industries
TOYOLAC
ABS (fire retardant)
Toray Industries
TOYOLAC
ABS (high heat)
Toray Industries
TOYOLAC
ABS (high heat; uv stabilised)
Toray Industries
TOYOLAC
ABS (high impact)
Toray Industries
TOYOLAC
ABS (high impact; uv stabilised)
Toray Industries
TOYOLAC
ABS (low gloss)
Toray Industries
TOYOLAC
ABS (medium impact)
Toray Industries
TOYOLAC
ABS (plating)
Toray Industries
TOYOLAC
ABS (structural foam)
Toray Industries
TOYOLAC
ABS (transparent)
Toray Industries
TPX
TPX (polymethyl pentene)
Mitsui
TRIAX
Polyamide / ABS alloy
Monsanto
TRIAX 1000
Polyamide / ABS alloy
Monsanto
TRIAX 2000
ABS/polycarbonate alloy
Monsanto
TROGAMID T
Polyamide (amorphous; 30% glass fibre reinforced)
Huls
TROGAMID T
Polyamide (transparent)
Huls
TROLITAN
Phenolic (cellulose filled; shock resistant)
Huls
TROLITAN
Phenolic (chopped fabric filled; medium impact)
Huls
TROLITAN
Phenolic (cotton filled; medium shock)
Huls
TROLITAN
Phenolic (glass fibre reinforced; high impact)
Huls
TROLITAN
Phenolic (mica & glass fibre reinforced; electrical)
Huls
TROLITAN
Phenolic (natural fibre filled; general purpose)
Huls Huls
TROLITAN
Phenolic (wood filled; general purpose)
TROSIPLAST 1
PVC (uv stabilised)
Huls
TROSIPLAST 1
UPVC
Huls
TROSIPLAST 3
PVC (plasticised; >300% elongation)
Huls
TROSIPLAST 3
PVC (plasticised; 0-100% elongation)
Huls
TROSIPLAST 3
PVC (plasticised; 100-300% elongation)
Huls
TROSIPLAST PVC/ABS
ABS / PVC alloy
Huls
TSP EP
Epoxy resin (casting; aluminium filled)
Thermoset Plastics
TSP EP
Epoxy resin (casting; glass filled)
Thermoset Plastics
TSP EP
Epoxy resin (casting; mineral filled)
Thermoset Plastics
TSP EP
Epoxy resin (casting; silica filled)
Thermoset Plastics
TSP EP
Epoxy resin (flexible)
Thermoset Plastics
TSP EP
Epoxy resin (general purpose)
Thermoset Plastics
TSP EP
Epoxy resin (high heat)
Thermoset Plastics
TUFNOL 10G/40
Epoxy Lam (glass fabric)
Tufnol
TUFNOL 10G/40
Epoxy Lam (glass prepreg)
Tufnol
TUFNOL KITE BRAND
Phenolic laminate (cotton fabric)
Tufnol
TUFNOL KITE BRAND
Phenolic laminate (glass fabric)
Tufnol
TUFNOL KITE BRAND
Phenolic laminate (paper)
Tufnol
TYRIL
SAN
Dow
TYRIL
SAN (30% glass fibre reinforced)
Dow
TYRIL
SAN (fire retardant)
Dow
TYRIL
SAN (high heat)
Dow
TYRIL
SAN (high impact)
Dow
360
Trade Name Index TYRIL
SAN (uv stabilised)
TYRIN CPE
Chlorinated PE
Dow Dow
UBE NYLON 12
Polyamide 12
Ube Industries
UBE NYLON 12
Polyamide 12 (30% glass fibre reinforced)
Ube Industries
UBE NYLON 12
Polyamide 12 (50% glass bead filled)
Ube Industries
UBE NYLON 12
Polyamide 12 (fire retardant)
Ube Industries
UBE NYLON 12
Polyamide 12 (flexible)
Ube Industries
UBE NYLON 12
Polyamide 12 (semi-flexible)
Ube Industries
UBE NYLON 12
Polyamide 12 (uv stabilised)
Ube Industries
UBE NYLON 6
Polyamide 6
Ube Industries
UBE NYLON 6
Polyamide 6 (10% glass fibre reinforced)
Ube Industries
UBE NYLON 6
Polyamide 6 (2% silicone lubricated)
Ube Industries
UBE NYLON 6
Polyamide 6 (20% PTFE lubricated)
Ube Industries
UBE NYLON 6
Polyamide 6 (25% glass bead filled)
Ube Industries
UBE NYLON 6
Polyamide 6 (30% carbon fibre reinforced)
Ube Industries
UBE NYLON 6
Polyamide 6 (30% glass fibre reinforced)
Ube Industries
UBE NYLON 6
Polyamide 6 (30% glass fibre reinforced; fire ret.)
Ube Industries
UBE NYLON 6
Polyamide 6 (50% bead filled)
Ube Industries
UBE NYLON 6
Polyamide 6 (60% glass fibre reinforced)
Ube Industries
UBE NYLON 6
Polyamide 6 (casting)
Ube Industries
UBE NYLON 6
Polyamide 6 (elastomer copolymer)
Ube Industries
UBE NYLON 6
Polyamide 6 (fire retardant)
Ube Industries
UBE NYLON 6
Polyamide 6 (glass fibre & bead reinforced)
Ube Industries
UBE NYLON 6
Polyamide 6 (high impact)
Ube Industries
UBE NYLON 6
Polyamide 6 (mineral filled)
Ube Industries
UBE NYLON 6
Polyamide 6 (molyb. disulphide lubricated)
Ube Industries
UBE NYLON 6
Polyamide 6 (stampable sheet; glass fibre reinf.)
Ube Industries
UBE NYLON 6
Polyamide 6 (uv stabilised)
Ube Industries Ube Industries
UBE NYLON 66
Polyamide 6/6
UBE NYLON 66
Polyamide 6/6 (10% carbon fibre reinforced)
Ube Industries
UBE NYLON 66
Polyamide 6/6 (10% glass fibre reinforced)
Ube Industries
UBE NYLON 66
Polyamide 6/6 (20% PTFE lubricated)
Ube Industries
UBE NYLON 66
Polyamide 6/6 (30% carbon fibre reinforced)
Ube Industries
UBE NYLON 66
Polyamide 6/6 (33% glass fibre reinforced)
Ube Industries
UBE NYLON 66
Polyamide 6/6 (40% glass bead filled)
Ube Industries
UBE NYLON 66
Polyamide 6/6 (40% mineral filled)
Ube Industries
UBE NYLON 66
Polyamide 6/6 (60% glass fibre reinforced)
Ube Industries
UBE NYLON 66
Polyamide 6/6 (fire retardant)
Ube Industries
UBE NYLON 66
Polyamide 6/6 (glass fibre & bead reinforced)
Ube Industries
UBE NYLON 66
Polyamide 6/6 (high impact)
Ube Industries
UBE NYLON 66
Polyamide 6/6 (molyb. disulphide lubricated)
Ube Industries
UBE NYLON 66
Polyamide 6/6 (super tough)
Ube Industries
UBE NYLON 66
Polyamide 6/6 (super tough; 33% glass fibre reinf)
Ube Industries
UBE NYLON 66
Polyamide 6/6 (super tough; fire retardant)
Ube Industries
UBE NYLON 66
Polyamide 6/6 (uv stabilised)
Ube Industries
UBE PE
LDPE
Ube Industries
UBE PE
LDPE (uv stabilised)
Ube Industries
UBE PP
Polypropylene (homopolymer)
Ube Industries
UBE PP
Polypropylene (homopolymer; uv stabilised)
Ube Industries
UDEL
Polysulphone
Amoco Chemical
UDEL
Polysulphone (30% glass fibre reinforced)
Amoco Chemical
UDEL
Polysulphone
Amoco Performance Products
UDEL
Polysulphone (10% glass fibre reinforced)
Amoco Performance Products
361
The Plastics Compendium - Volume 1, Key Properties and Sources UDEL
Polysulphone (15% PTFE lubricated)
Amoco Performance Products
UDEL
Polysulphone (30% carbon fibre reinforced)
Amoco Performance Products
UDEL
Polysulphone (30% glass fibre reinforced)
Amoco Performance Products
UHMW 1900
UHMW PE
Himont USA
ULTEM
Polyetherimide
G.E. Plastics
ULTEM
Polyetherimide (10% glass fibre reinforced)
G.E. Plastics
ULTEM
Polyetherimide (20% glass fibre reinforced)
G.E. Plastics
ULTEM
Polyetherimide (30% glass fibre reinforced)
G.E. Plastics
ULTRA WEAR
UHMW PE
Polymer
ULTRABLEND
Polycarbonate/PBT alloy
BASF
ULTRADUR B
PBT
BASF
ULTRADUR B
PBT (10% glass fibre reinforced)
BASF
ULTRADUR B
PBT (20% glass fibre reinforced; fire retardant)
BASF
ULTRADUR B
PBT (30% glass bead filled)
BASF
ULTRADUR B
PBT (30% glass fibre reinforced)
BASF
ULTRADUR B
PBT (30% glass fibre reinforced; fire retardant)
BASF
ULTRADUR B
PBT (45% mineral & glass filled)
BASF
ULTRADUR B
PBT (fire retardant)
BASF
ULTRADUR B
PBT (uv stabilised)
BASF
ULTRAFORM
Acetal (copolymer)
BASF
ULTRAFORM
Acetal (copolymer; 2% silicone lubricated)
BASF
ULTRAFORM
Acetal (copolymer; 30% glass fibre coupled)
BASF
ULTRAFORM
Acetal (copolymer; uv stabilised)
BASF
ULTRAFORM
Acetal/elastomer alloy (super tough)
BASF
ULTRAMID 6/6-6
Polyamide 6/6-6
BASF
ULTRAMID 6/9
Polyamide 6/9
BASF
ULTRAMID 66/6
Polyamide 6 (elastomer copolymer)
BASF
ULTRAMID A3K
Polyamide 6/6
BASF
ULTRAMID A3KUV
Polyamide 6/6 (uv stabilised)
BASF
ULTRAMID A3WG6
Polyamide 6/6 (33% glass fibre reinforced)
BASF
ULTRAMID A3Z
Polyamide 6/6 (high impact)
BASF
ULTRAMID A4HM03
Polyamide 6/6 (molyb. disulphide lubricated)
BASF
ULTRAMID B35Z
Polyamide 6 (high impact)
BASF
ULTRAMID B37G6
Polyamide 6 (30% glass fibre reinforced; fire ret.)
BASF
ULTRAMID B3K
Polyamide 6 (uv stabilised)
BASF
ULTRAMID B3S
Polyamide 6
BASF
ULTRAMID B3WG6
Polyamide 6 (30% glass fibre reinforced)
BASF
ULTRAMID B3WM6
Polyamide 6 (mineral filled)
BASF
ULTRAMID KR 4205
Polyamide 6/6-6
BASF
ULTRAMID KR 4206
Polyamide (transparent)
BASF
ULTRAMID S3K
Polyamide 6/10
BASF
ULTRANYL
PPO / Polyamide alloy
BASF
ULTRAPAS
Melamine formaldehyde (cellulose filled)
Huls
ULTRASON E 1010
PES
BASF
ULTRASON E 1010 GA
PES (20% glass fibre reinforced)
BASF
ULTRASON E 2010 G6
PES (30% glass fibre reinforced)
BASF
ULTRASON S 2010
Polysulphone
BASF
ULTRASON S 2010 G6
Polysulphone (30% glass fibre reinforced)
BASF
ULTRATHENE EVA
EVA (12% VA)
Quantum Chemical
ULTRATHENE EVA
EVA (25% VA)
Quantum Chemical
ULTRATHENE EVA
EVA (33% VA)
Quantum Chemical
UNICHEM
PVC (plasticised; >300% elongation)
Colorite Plastics
UNICHEM
PVC (plasticised; 0-100% elongation)
Colorite Plastics
362
Trade Name Index UNICHEM
PVC (plasticised; 100-300% elongation)
Colorite Plastics
UNICHEM UPVC
PVC (structural foam)
Colorite Plastics
UNICHEM UPVC
PVC (uv stabilised)
Colorite Plastics
UNICHEM UPVC
PVC crosslinked
Colorite Plastics
UNICHEM UPVC
UPVC
Colorite Plastics
UNICHEM UPVC
UPVC (high impact)
Colorite Plastics
UPVC
UPVC
Goodfellow
URELITE
Polyurethane (hard cast elastomer)
Hexcel
URELITE
Polyurethane (hard microcellular elastomer)
Hexcel
URELITE
Polyurethane (reinforced microcellular elastomer)
Hexcel
URELITE
Polyurethane (semi-rigid foam)
Hexcel
URELITE
Polyurethane (soft microcellular elastomer)
Hexcel
URELITE
Polyurethane (structural foam)
Hexcel
UROFLEX
Polyurethane (hard cast elastomer)
BASF
UROFLEX
Polyurethane (hard microcellular elastomer)
BASF
UROFLEX
Polyurethane (reinforced microcellular elastomer)
BASF
UROFLEX
Polyurethane (semi-rigid foam)
BASF
UROFLEX
Polyurethane (soft microcellular elastomer)
BASF
UROFLEX
Polyurethane (structural foam)
BASF
USP ALKYD
Alkyd (long glass fibre reinforced; high impact)
Fibrecote Industries
USP ALKYD
Alkyd (mineral & glass fibre reinf; fire retardant)
Fibrecote Industries
USP ALKYD
Alkyd (mineral & glass fibre reinforced)
Fibrecote Industries
USP ALKYD
Alkyd (mineral filled)
Fibrecote Industries
USP ALKYD
Alkyd (short glass fibre reinforced)
Fibrecote Industries
USP ALKYD
Alkyd (short glass fibre reinforced; fire retardant)
Fibrecote Industries
USP DAP
DAP (long glass fibre reinforced)
Fibrecote Industries
USP DAP
DAP (long glass fibre reinforced; fire retardant)
Fibrecote Industries
USP DAP
DAP (mineral & synthetic fibre filled)
Fibrecote Industries
USP DAP
DAP (mineral filled)
Fibrecote Industries
USP DAP
DAP (short glass fibre reinforced)
Fibrecote Industries
USP DAP
DAP (short glass fibre reinforced; fire retardant)
Fibrecote Industries
USP EP
Epoxy MC (glass fibre reinforced)
Fibrecote Industries
USP EP
Epoxy MC (high heat; glass fibre reinforced)
Fibrecote Industries
USP EP
Epoxy MC (mineral & glass fibre reinforced)
Fibrecote Industries
USP EP
Epoxy MC (mineral filled)
Fibrecote Industries
VALOX
PBT
G.E. Plastics
VALOX
PBT (10% glass fibre reinforced)
G.E. Plastics
VALOX
PBT (15% PTFE lubricated)
G.E. Plastics
VALOX
PBT (2% silicone lubricated)
G.E. Plastics
VALOX
PBT (20% glass fibre reinforced; fire retardant)
G.E. Plastics
VALOX
PBT (30% carbon fibre reinforced)
G.E. Plastics
VALOX
PBT (30% glass bead filled)
G.E. Plastics
VALOX
PBT (30% glass fibre reinforced)
G.E. Plastics
VALOX
PBT (30% glass fibre reinforced; fire retardant)
G.E. Plastics
VALOX
PBT (45% mineral & glass filled)
G.E. Plastics
VALOX
PBT (fire retardant)
G.E. Plastics
VALOX
PBT (structural foam)
G.E. Plastics
VALOX
PBT (uv stabilised)
G.E. Plastics
VESPEL
Polyimide
DuPont
VESPEL
Polyimide (25% graphite lubricated)
DuPont
VESPEL
Polyimide (40% glass fibre reinforced)
DuPont
VESPEL
Polyimide (molyb. disulphide lubricated)
DuPont
VESPEL
Polyimide (PTFE lubricated)
DuPont
363
The Plastics Compendium - Volume 1, Key Properties and Sources VESTAMID D
Polyamide 6/12
Huls
VESTAMID D
Polyamide 6/12 (30% carbon fibre reinforced)
Huls
VESTAMID D
Polyamide 6/12 (30% glass fibre reinforced)
Huls
VESTAMID E
Polyamide 12 (flexible)
Huls
VESTAMID E
Polyamide 12 (semi-flexible)
Huls
VESTAMID L
Polyamide 12
Huls
VESTAMID L
Polyamide 12 (30% glass fibre reinforced)
Huls
VESTAMID L
Polyamide 12 (50% glass bead filled)
Huls
VESTAMID L
Polyamide 12 (fire retardant)
Huls
VESTAMID L
Polyamide 12 (uv stabilised)
Huls
VESTODUR
PBT
Huls
VESTODUR
PBT (10% glass fibre reinforced)
Huls
VESTODUR
PBT (30% glass bead filled)
Huls
VESTODUR
PBT (30% glass fibre reinforced)
Huls
VESTODUR
PBT (30% glass fibre reinforced; fire retardant)
Huls
VESTODUR
PBT (45% mineral & glass filled)
Huls
VESTODUR
PBT (fire retardant)
Huls
VESTODUR
PBT (uv stabilised)
Huls
VESTOLEN A
HDPE
Huls
VESTOLEN A
HDPE (uv stabilised)
Huls
VESTOLEN P
Polypropylene (20% glass fibre reinforced)
Huls
VESTOLEN P
Polypropylene (20% talc filled)
Huls
VESTOLEN P
Polypropylene (30% glass fibre coupled)
Huls
VESTOLEN P
Polypropylene (40% talc filled)
Huls
VESTOLEN P
Polypropylene (copolymer)
Huls
VESTOLEN P
Polypropylene (copolymer; uv stabilised)
Huls
VESTOLEN P
Polypropylene (fire retardant)
Huls
VESTOLEN P
Polypropylene (homopolymer)
Huls
VESTOLEN P
Polypropylene (homopolymer; uv stabilised)
Huls
VESTOLEN P
Polypropylene (structural foam)
Huls
VESTOLIT (PPVC)
PVC (plasticised; >300% elongation)
Huls
VESTOLIT (PPVC)
PVC (plasticised; 0-100% elongation)
Huls
VESTOLIT (PPVC)
PVC (plasticised; 100-300% elongation)
Huls
VESTOLIT (UPVC)
PVC (structural foam)
Huls
VESTOLIT (UPVC)
UPVC
Huls
VESTOLIT (UPVC)
UPVC (high impact)
Huls
VESTOPREN TP
Olefinic based TPE 65A
Huls
VESTOPREN TP
Olefinic based TPE 85A
Huls
VESTOPREN TP
Olefinic based TPE 93A
Huls
VESTORAN
PPO
Huls
VESTORAN
PPO (10% glass fibre reinforced)
Huls
VESTORAN
PPO (30% glass fibre reinforced)
Huls
VESTYRON (HIPS)
HIPS
Huls
VESTYRON (HIPS)
HIPS (fire retardant)
Huls
VESTYRON (HIPS)
HIPS (uv stabilised)
Huls
VESTYRON (PS)
Polystyrene
Huls
VESTYRON (PS)
Polystyrene (structural foam)
Huls Huls
VESTYRON (PS)
Polystyrene (uv stabilised)
VICTREX PEEK
PEEK
Victrex Sales
VICTREX PEEK
PEEK (10% glass fibre reinforced)
Victrex Sales
VICTREX PEEK
PEEK (20% glass fibre reinforced)
Victrex Sales
VICTREX PEEK
PEEK (30% carbon fibre reinforced)
Victrex Sales
VICTREX PEEK
PEEK (30% glass fibre reinforced)
Victrex Sales
364
Trade Name Index VICTREX PEEK 450CA30
PEEK (30% carbon fibre reinforced)
VICTREX PEEK 450G
PEEK
Victrex USA Victrex USA
VICTREX PEEK 450GL20
PEEK (20% glass fibre reinforced)
Victrex USA
VINIDUR SZ+E149
UPVC (high impact)
BASF
VINNOLIT
PVC (uv stabilised)
Wacker Chemicals
VINNOLIT
UPVC
Wacker Chemicals
VINNOLIT
UPVC (high impact)
Wacker Chemicals
VINOFLEX G 2208
PVC (plasticised; 0-100% elongation)
BASF
VINOFLEX S 7114
UPVC
BASF
VISTAFLEX TPE
Olefinic based TPE 65A
Exxon
VISTAFLEX TPE
Olefinic based TPE 85A
Exxon
VISTAFLEX TPE
Olefinic based TPE 93A
Exxon
VOLTALEF
CTFE
Elf Atochem
VULCOLLAN
Polyurethane (hard cast elastomer)
Bayer
VYDYNE
Polyamide 6/6 (high impact)
Monsanto
VYDYNE (6/6)
Polyamide 6/6 (high impact)
Monsanto Monsanto
VYDYNE (6/6)
Polyamide 6/6
VYDYNE (6/6)
Polyamide 6/6 (fire retardant)
Monsanto
VYDYNE (6/6)
Polyamide 6/6 (uv stabilised)
Monsanto
VYDYNE (6/6-6)
Polyamide 6/6-6
Monsanto
VYDYNE 25 WSP
Polyamide 6/6 (uv stabilised)
Monsanto
VYDYNE 41-H
Polyamide 6/6-6
Monsanto
VYDYNE M
Polyamide 6/6 (fire retardant)
Monsanto
VYDYNE R
Polyamide 6/6 (33% glass fibre reinforced)
Monsanto
VYDYNE R
Polyamide 6/6 (40% mineral filled)
Monsanto
VYDYNE R-533
Polyamide 6/6 (33% glass fibre reinforced)
Monsanto
VYDYNE R220
Polyamide 6/6 (40% mineral filled)
Monsanto
VYDYNE R513
Polyamide 6/6 (10% carbon fibre reinforced)
Monsanto
VYNCOLITE PHENOLIC
Phenolic (cotton filled; medium shock)
Vyncolit
VYNCOLITE PHENOLIC
Phenolic (glass fibre reinforced; high impact)
Vyncolit
VYNCOLITE PHENOLIC
Phenolic (mica filled; electrical)
Vyncolit
VYNCOLITE PHENOLIC
Phenolic (mineral filled; high heat)
Vyncolit
VYNCOLITE PHENOLIC
Phenolic (wood filled; general purpose)
Vyncolit
WASHPEN PP
Polypropylene (20% calcium carbonate filled)
Washington Penn Plastics
WASHPEN PP
Polypropylene (20% glass fibre reinforced)
Washington Penn Plastics
WASHPEN PP
Polypropylene (20% talc filled)
Washington Penn Plastics
WASHPEN PP
Polypropylene (30% glass fibre coupled)
Washington Penn Plastics
WASHPEN PP
Polypropylene (40% calcium carbonate filled)
Washington Penn Plastics
WASHPEN PP
Polypropylene (40% talc filled)
Washington Penn Plastics
WELLAMID NYLON 6
Polyamide 6
Wellman
WELLAMID NYLON 6
Polyamide 6 (10% glass fibre reinforced)
Wellman
WELLAMID NYLON 6
Polyamide 6 (2% silicone lubricated)
Wellman
WELLAMID NYLON 6
Polyamide 6 (20% PTFE lubricated)
Wellman
WELLAMID NYLON 6
Polyamide 6 (25% glass bead filled)
Wellman
WELLAMID NYLON 6
Polyamide 6 (30% carbon fibre reinforced)
Wellman
WELLAMID NYLON 6
Polyamide 6 (30% glass fibre reinforced)
Wellman
WELLAMID NYLON 6
Polyamide 6 (30% glass fibre reinforced; fire ret.)
Wellman
WELLAMID NYLON 6
Polyamide 6 (50% bead filled)
Wellman
WELLAMID NYLON 6
Polyamide 6 (60% glass fibre reinforced)
Wellman
WELLAMID NYLON 6
Polyamide 6 (casting)
Wellman
WELLAMID NYLON 6
Polyamide 6 (elastomer copolymer)
Wellman
WELLAMID NYLON 6
Polyamide 6 (fire retardant)
Wellman
WELLAMID NYLON 6
Polyamide 6 (glass fibre & bead reinforced)
Wellman
365
The Plastics Compendium - Volume 1, Key Properties and Sources WELLAMID NYLON 6
Polyamide 6 (high impact)
Wellman
WELLAMID NYLON 6
Polyamide 6 (mineral filled)
Wellman
WELLAMID NYLON 6
Polyamide 6 (molyb. disulphide lubricated)
Wellman
WELLAMID NYLON 6
Polyamide 6 (stampable sheet; glass fibre reinf.)
Wellman
WELLAMID NYLON 6
Polyamide 6 (uv stabilised)
Wellman
WELLAMID NYLON 66
Polyamide 6/6
Wellman
WELLAMID NYLON 66
Polyamide 6/6 (10% carbon fibre reinforced)
Wellman
WELLAMID NYLON 66
Polyamide 6/6 (10% glass fibre reinforced)
Wellman
WELLAMID NYLON 66
Polyamide 6/6 (20% PTFE lubricated)
Wellman
WELLAMID NYLON 66
Polyamide 6/6 (30% carbon fibre reinforced)
Wellman
WELLAMID NYLON 66
Polyamide 6/6 (33% glass fibre reinforced)
Wellman
WELLAMID NYLON 66
Polyamide 6/6 (40% glass bead filled)
Wellman
WELLAMID NYLON 66
Polyamide 6/6 (40% mineral filled)
Wellman
WELLAMID NYLON 66
Polyamide 6/6 (60% glass fibre reinforced)
Wellman
WELLAMID NYLON 66
Polyamide 6/6 (fire retardant)
Wellman
WELLAMID NYLON 66
Polyamide 6/6 (glass fibre & bead reinforced)
Wellman
WELLAMID NYLON 66
Polyamide 6/6 (high impact)
Wellman
WELLAMID NYLON 66
Polyamide 6/6 (molyb. disulphide lubricated)
Wellman
WELLAMID NYLON 66
Polyamide 6/6 (super tough)
Wellman
WELLAMID NYLON 66
Polyamide 6/6 (super tough; 33% glass fibre reinf)
Wellman
WELLAMID NYLON 66
Polyamide 6/6 (super tough; fire retardant)
Wellman
WELLAMID NYLON 66
Polyamide 6/6 (uv stabilised)
Wellman
XANTAR
Polycarbonate
DSM
XANTAR
Polycarbonate (20% glass fibre reinforced)
DSM
XANTAR
Polycarbonate (30% glass fibre reinforced)
DSM
XANTAR
Polycarbonate (fire retardant)
DSM
XANTAR
Polycarbonate (high flow)
DSM
XANTAR
Polycarbonate (structural foam)
DSM
XANTAR
Polycarbonate (uv stabilised)
DSM
XENOY
Polycarbonate/PBT alloy
G.E. Plastics
ZYTEL 330
Polyamide (amorphous; 30% glass fibre reinforced)
DuPont
ZYTEL 330
Polyamide (transparent)
DuPont
ZYTEL 6
Polyamide 6
DuPont
ZYTEL 6
Polyamide 6 (30% glass fibre reinforced)
DuPont
ZYTEL 6/12
Polyamide 6/12
DuPont
ZYTEL 6/12
Polyamide 6/12 (10% glass fibre reinforced)
DuPont
ZYTEL 6/12
Polyamide 6/12 (2% silicone lubricated)
DuPont
ZYTEL 6/12
Polyamide 6/12 (20% PTFE lubricated)
DuPont
ZYTEL 6/12
Polyamide 6/12 (30% carbon fibre reinforced)
DuPont
ZYTEL 6/12
Polyamide 6/12 (30% glass fibre reinforced)
DuPont
ZYTEL 6/12
Polyamide 6/12 (fire retardant)
DuPont
ZYTEL 6/66
Polyamide 6/6-6
DuPont
ZYTEL 66
Polyamide 6/6
DuPont
ZYTEL 66
Polyamide 6/6 (10% carbon fibre reinforced)
DuPont
ZYTEL 66
Polyamide 6/6 (10% glass fibre reinforced)
DuPont
ZYTEL 66
Polyamide 6/6 (20% PTFE lubricated)
DuPont
ZYTEL 66
Polyamide 6/6 (30% carbon fibre reinforced)
DuPont
ZYTEL 66
Polyamide 6/6 (33% glass fibre reinforced)
DuPont
ZYTEL 66
Polyamide 6/6 (40% glass bead filled)
DuPont
ZYTEL 66
Polyamide 6/6 (40% mineral filled)
DuPont
ZYTEL 66
Polyamide 6/6 (60% glass fibre reinforced)
DuPont
ZYTEL 66
Polyamide 6/6 (fire retardant)
DuPont
ZYTEL 66
Polyamide 6/6 (glass fibre & bead reinforced)
DuPont
ZYTEL 66
Polyamide 6/6 (high impact)
DuPont
366
Trade Name Index ZYTEL 66
Polyamide 6/6 (molyb. disulphide lubricated)
DuPont
ZYTEL 66
Polyamide 6/6 (uv stabilised)
DuPont
ZYTEL ST
Polyamide 6/6 (super tough)
DuPont
ZYTEL ST
Polyamide 6/6 (super tough; 33% glass fibre reinf)
DuPont
ZYTEL ST
Polyamide 6/6 (super tough; fire retardant)
DuPont
367
The Plastics Compendium - Volume 1, Key Properties and Sources
368
Company Listing
Company Listing 3M 3M Osterreich GmbH P.O. Box 100 A2380 Perchtoldsdorf AUSTRIA Tel: 222 8666 0 Tx: 133581 A Fax: 222 8666 242 3M Belgium NV SA Hermeslaan 7 B-1831 DIEGEM BELGIUM Tel: 2 722 5111 Tx: 22775 B Fax: 2 720 0225 3M AS Post Boks 1393 Fabriksparken 15 DK 2600 GLOSTRUP DENMARK Tel: 4348 0100 Tx: 33300 DK Fax: 4396 8596 Suomen 3M Oy FL 26 SF-02631 ESPOO FINLAND Tel: 52521 Tx: 121748 SF Fax: 520664 3M France Boulevard de L’Oise F-95006 CERGY PONTOISE CEDEX Paris FRANCE Tel: 1 3031 6161 Tx: 605185 F Fax: 1 3031 7426 3M Deutschland GmbH Carl Schurz-Strasse 1 Postfach 100422 D-4040 NEUSS 1 GERMANY Tel: 213 1140 Tx: 8517511 D Fax: 213 144 2649 3M Hellas Ltd. 20 Kifissias Avenue GR-15125 Paradissos Marousi-ATHINA GREECE Tel: 1 6842902 Tx: 215216 GR Fax: 1 6843281
3M Nederland BV PO Box 193 NL-2300 AD LEIDEN NETHERLANDS Tel: 071 450450 Tx: 39134 NL Fax: 071 450212 3M Italia SpA PO Box 10411-10412 I-20110 MILANO ITALY Tel: 02 75451 Tx: 310159 I Fax: 2 75453090 3M Norge AS Hvamveien 6 Postboks 100 N 2013 SKJETTEN NORWAY Tel: 684 7500 Tx: 76168 N Fax: 684 1788 Minnesota (3M) de Portugal Lda Rua Conde de Redondo 98 P-1199 LISBOA CODEX PORTUGAL Tel: 1 3561131 Tx: 65097 P Fax: 1 3561131 3M Espana SA Telemaco 47-53 E-28027 MADRID SPAIN Tel: 1 3216000 Tx: 27499 E Fax: 1 3216002 3M Svenska AB SE-191.89 Sollentuna Saffans Vag 4 SWEDEN Tel: 8 922100 Tx: 10975 S Fax: 8 7545537 3M (Schweiz) Ag Eggstrasse 93 CH-8803 Ruschlikon SWITZERLAND Tel: 1 7249090 Tx: 826516 CH Fax: 1 724 0242 3M (UK) Plc P O Box 1 BRACKNELL Berkshire RG12 1JU UNITED KINGDOM Tel: 01344 858000 Tx: 879371 Fax: 01344 858278
3M Co. 3M Centre Bldg. 225 35 05 ST. PAUL MN 55144-1000 USA Tel: 612-733 5454 Fax: 612 733 9973
Adell Plastics Adell Plastics Inc. 4530 Annapolis Road BALTIMORE MD 21227 USA Tel: 401-789-7780 Fax: 410-789-2804
Advanced Elastomer Systems Monsanto GmbH Am Stadtpark-Hilton Center A-1030 WIEN AUSTRIA Tel: 0222 724624 Tx: 135601 A Fax: 0222 72462429 Monsanto Norge A/S PO Box 172 N-1322 HOVIK NORWAY Tel: 2 537570 Tx: 19106 N Fax: 2 532941 Advanced Elastomer Systems Monsanto House Chineham Court BASINGSTOKE Hants RG24 0UL UNITED KINGDOM Tel: 01256 23909 Fax: 01256 23965 Monsanto Espana SA Avenida Diagonal 615/4 E-08028 Barcelona SPAIN Tel: 93 4190307 Tx: 97014 E Fax: 93 4106536
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The Plastics Compendium - Volume 1, Key Properties and Sources AEI Compounds Mr. S.B. Piperas 7 Leontiou St GR-11745 ATHINA GREECE Tel: 1 9220 947 Tx: 223554 GR Fax: 1 9225 311 Ivo De Carvalho Projectos Industrials Importacao & Exportacao Lda Ave bombeiros Voluntarios NR 41-7 DT P-1495 Alges LISBOA PORTUGAL Tel: 4107977 Fax: 1 4101577 Indukern Travesera de Gracia E-43-08021 BARCELONA SPAIN Tel: 34 18645 Fax: 34 173654 AEI Compounds Crete Hall Road GRAVESEND Kent DA11 9AF UNITED KINGDOM Tel: 01474 564466 Tx: 965589 Fax: 01474 564386
Albis Iberia SA Av Diagonal 612 E-Barcelona 08021 SPAIN Tel: 3 201 4977 Tx: 50224 Fax: 3 202 3524
Amoco Chemical Deutschland GmbH Heinrichstrasse 85 D-400239 Dusseldorf GERMANY Tel: 211 612081 Tx: 8588662 D Fax: 211 628940
Albis Plastic Scandinavia AB Bogatan 1 8-412 72 Goteborg SWEDEN Tel: 031 833 240 Tx: 20285 Fax: 031 358 765
Amoco Chemical Italia Srl Piazza Sicilia 6 I-20146 MILANO ITALY Tel: 2 4817142 Tx: 353655 I Fax: 2 4812221
Albis Impex AG Brucchstrasse 136 CH-8706 Meilen (Zurich) SWITZERLAND Tel: 01 923 5434 Tx: 876300 Fax: 01 923 5460
Amoco Chemical Sweden AB PO Box 747 S-191 27 Sollentuna SWEDEN Tel: 8 625 7440 Fax: 8 625 7450
Albis (UK) Ltd Parkgate Lane Industrial Est. Knutsford Cheshire WA16 8XW UNITED KINGDOM Tel: 01565 755777 Tx: 668516 Fax: 01565 755196
Allied Signal
Albis Albis Plastique SARL rue ind. Croix Manche rue de la Resistance/Lucien Sainpaix F-19700 Ste Genevieve-des-Bois FRANCE Tel: 1 6016 9294 Tx: 691938 Fax: 1 6016 9950 Albis Plastics GmbH Muhlenhagen 35 20539 Hamburg Postfach 261162 GERMANY Tel: 040 781050 Tx: 2 163288 Fax: 040 7180 5361 Albis Benelux BV 4811 GR Breda Vlaszak 10 PO Box 7007 NL-4800 GA Breda NETHERLANDS Tel: 076 226450 Tx: 54194 Fax: 076 227543
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Allied Signal Inc. P.O. Box 2332 MORRISTOWN NJ 07962-2332 USA Tel: 201-455-5010 Fax: 201-455-3507
Amoco Chemical Amoco Chemical Belgium NV Amocolaan 2 B-2440 Geel BELGIUM Tel: 1486 4211 Tx: 32375 B Fax: 1486 7372 Amoco Chemical France Miniparc du Chene 12C rue du 35e Regiment d’Aviation F-69673 Bron Cedex FRANCE Tel: 7826 1818 Fax: 7237 4995
Amoco Chemical (Europe) SA 15 Rue Rothschild CH-1211 GENEVA 21 SWITZERLAND Tel: 22 715 0701 Tx: 422787 CH Fax: 22 7388037 Amoco Chemicals (UK) Ltd 45 Station Road GERRARDS CROSS Buckinghamshire SL9 8ES UNITED KINGDOM Tel: 01753 888590 Tx: 846667 Fax: 01753 886146 Amoco Chemical Co. 200 E. Randolph Dr. Chicago IL 60601-7125 USA Tel: 312-856-4729 Fax: 312-856-4151
Amoco Performance Products Amoco Performance Products Inc. 4500 McGinnis Ferry Rd. Alpharetta GA 30202 USA Tel: 404-772-8600 Fax: 404-772-8747
Company Listing Arco Chemicals ARCO Chemical Europe GmbH Rotentumstrasse 13 1010 Wien AUSTRIA Tel: 1 639 6710 Tx: 138357 Fax: 1 639 677 ARCO Chemical Products Europe Inc Kuhlmannkasi 1 B-9020 GENT BELGIUM Tel: 91 441411 Tx: 12908 B Fax: 91 446097 Arco Chimie France SNC BP 201 F-13775 Fos-sur-Mer Cedex FRANCE Tel: 42475100 Tx: 420834 F Fax: 42054028 Arco Chemical Deutschland GmbH Roland Strasse 44 D-4000 DUSSELDORF 30 GERMANY Tel: 0211 434274 Tx: 858643 D Fax: 0211 431399 ARCO Chemical Nederland Weenahuls Weena 141 NL-3013 CK ROTTERDAM NETHERLANDS Tel: 104 010414 Tx: 22660 NL Fax: 10 4114849 ARCO Chemical Europe Foro Buonaparte 71 I-20121 MILANO ITALY Tel: 02 72003099 Tx: 320527 I Fax: 02 8900952 Arco Chem Espana Co Paseo de Gracia 85 - 6A E-08008 BARCELONA SPAIN Tel: 3 2158212 Tx: 81180 E Fax: 3 2158178 Arco Chemical Arco Chemical House Bridge Avenue MAIDENHEAD Berks SL6 1YP UNITED KINGDOM Tel: 01628 775000 Tx: 847436 Fax: 01628 775180 Arco Chemical Co. 3801 West Chester Pike
Newtown Square PA 19073 USA Tel: 610-359-2000 Fax: 610-359-2841
Tel: (03) 541 7217 Fax: (03) 541 7769
Asahi Chemical
AtoHaas Europe 22 Place des Voges Cedex 93 92033 PARIS LA DEFENSE 5 FRANCE Tel: 1 4905 1234 Fax: 1 4905 1206
Plastic Products Ltd. Whitecliff House 852 Brighton Rd. Purley Surrey CR8 2UY UNITED KINGDOM Tel: 0181 668 4161 Tx: 945923 Fax: 0181 668 1323 Lar San Chemical Co. 806 W. Market St. Ste 2100 Akron Ohio 44313-1000 USA Tel: 216 867 1220 Fax: 216 867 7637
Ashley Polymers Ashley Polymers Inc. 5114 Ft. Hamilton Parkway Brooklyn NY 11219 USA Tel: 718-851-8111 Fax: 718-972-3256
Atochem Atochem North America Inc. 3 Parkway PHILADELPHIA PA 19102 USA Tel: 215-419-7000 Fax: 215-419-7413
AtoHaas
AtoHaas Norden Hojergardsvej 1 DK 2730 HERLEV DENMARK Tel: 45 4453 3100 Fax: 45 4453 3101
AtoHaas Deutschland GmbH Aschaffenburger Stasse 1 63811 Stockstadt/Main GERMANY Tel: (6027) 2030 Tx: 4188709 Fax: (6027) 203250 AtoHaas Nederland BV Achter de Hoven 116 8933 CR LEEUWARDEN NETHERLANDS Tel: 58 3368 00 Fax: 58 132 188 AtoHaas Italia Srl Via Pregnana 63 20017 RHO (Milano) ITALY Tel: 2 9351 71 Fax: 2 9351 7451 AtoHaas Iberica SA Botanica 160-162 Poligon Ind. Gran Via Sud 08908 L’HOSPITALET DE LLOBREGAT Barcelona SPAIN Tel: 3 263 1054 Fax: 3 336 7452 AtoHaas UK Ltd Bilton Road Chelmsford Essex CM1 2UP UNITED KINGDOM Tel: 01254 496660 Fax: 01245 347253 Rohm & Haas Co. Independance Mall W. PHILADELPHIA PA 19105 USA Tel: 215-592-3000 Fax: 215-592-3377
AtoHaas Europe Noorderlan 111 B9 B 2030 ANTWERPEN BELGIUM
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The Plastics Compendium - Volume 1, Key Properties and Sources Ausimont
Bamberger Polymers
Ausimont AS 20 Ny Ostergade - 2 van DK-1101 KOBENHAVN K DENMARK Tel: 01 150888 Tx: 15127 DK Fax: 1 156471
Bamberger Polymers Corp. 1983 Marcus Ave. Ste. 210 Lake Success NY 11042 USA Tel: 516-328-2772 Fax: 516-326-1005
Ausimont SA Tour Franklin Quartier Boildieau Puteaux Cedex 11 F-92081 Paris la Defense FRANCE Tel: 1 7764116 Tx: 620232 F Ausimont GmbH Buro Stuttgart Fabrikstrasse 17 D-7024 Filderstadt-Bonlanden GERMANY Tel: 711 777 6696 Tx: 7255131 D Fax: 711 77 6609 Ausimont Spa Foro Buonaparte 31 MILANO ITALY Tel: 2 63331 Tx: 310679 I Ausimont SA Avenida Infanta Carlota 36 E-08029 BARCELONA SPAIN Tel: 93 3216061 Tx: 53022 E Ausimont UK Ltd 111 Upper Richmond Road Putney LONDON SW15 2TJ UNITED KINGDOM Tel: 0181 780 0399 Fax: 0181 780 2871
Bacon Industries Bacon Industries Inc. 192 Pleasant Street WATERTOWN MA 02172 USA Tel: 617-926-2550 Fax: 617-926-2022
BASF BASF Osterreich GmbH Hietzinger Hauptstrasse 119 Postfach 1000 A-1131 WIEN AUSTRIA Tel: 1 878900 Tx: 134264 A Fax: 1 87890110 BASF Chimie SA Avenue Hamoir Iaan 14 B-1180 BRUXELLES BELGIUM Tel: 2 3732111 Tx: 22016 B Fax: 2 3751042 BASF Danmark AS Ved Stadsgraven 15 Postboks 1734 DK-2300 KOBENHAVN S DENMARK Tel: 31 570011 Tx: 31400 DK Fax: 3157 2202 BASF France SA 140 Rue Jules Guesde F-92303 LEVALLOIS FRANCE Tel: 1 4730 5500 Tx: 620445 F Fax: 1 4730 1900 BASF AG Turkenstrasse Postfach 34021 D-8000 Munchen 34 GERMANY Tel: 089 21700 Tx: 523010 D Fax: 089 2170182 Dr. D.A. Delis AG Paleolgou Benizelou 5 GR-10556 ATHINA GREECE Tel: 1 3297222 Tx: 222431 GR Fax: 1 3230550 BASF Nederland BV Postbus 1019
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NL-6801 MC ARNHEM NETHERLANDS Tel: 85 717171 Tx: 45111 NL Fax: 85 717246 BASF Italia Spa Via Vincenzo da Seregno 44 I-20161 MILANO ITALY Tel: 2 6 40 81 Tx: 331257 I Fax: 02 64 68007 BASF Norge AS Leangbukta 40 Postboks 233 N-1371 Asker NORWAY Tel: 2 904600 Tx: 71284 N Fax: 2 904755 BASF Portuguesa LDA Apartado 1438 P-1012 LISBOA CODEX PORTUGAL Tel: 1 3522525 Tx: 60271 P Fax: 1 3522560 BASF Espanola SA Apartado de Correos 762 E-08008 BARCELONA SPAIN Tel: 3 2 151354 Tx: 52488 E Fax: 3 2 159506 BASF Svenska AB Kungsportsavenyen 31-35 Box 53008 S-400 14 GOTEBORG SWEDEN Tel: 31 63 9800 Tx: 2 327 S Fax: 31 167257 BASF (Schweiz) AG Appital Postfach 99 CH-8820 WADENSWILL/AU SWITZERLAND Tel: 1 781 9111 Tx: 875275 CH Fax: 1 781 9388 BASF UK PO Box 4 Earl Road Cheadle Hulme CHEADLE Cheshire SK8 6QG UNITED KINGDOM Tel: 0161 485 6222 Tx: 669211 Fax: 0161 488 4258
Company Listing BASF Corp. Urethanes 100 Cherry Hill Road PARSIPPANY NJ 07054 USA Tel: 201-316-3884 Fax: 201-402-7619
Bayer Bayer Austria GmbH Am Heumarkt 10 Postfach 124 A-1037 WIEN AUSTRIA Tel: 0222 711460 Tx: 131887 A Fax: 0222 7114614 Bayer SA NV 143 Avenue Louise B-1050 BRUXELLES 5 BELGIUM Tel: 02 5371375 Tx: 21372 B Fax: 02 537 4996 Bayer Danmark AS Christian IX’s Gade 2 DK-1111 KOBENHAVN K DENMARK Tel: 1 931800 Tx: 22353 DK Fax: 1 323404 Oy Suomen Bayer AB Postilokero 26 SF-00721 HELSINKI FINLAND Tel: 358422 Tx: 123899 SF Fax: 3454 277 Bayer France SA 49-51 Quai de Dion Bouton F-92815 PUTEAUX CEDEX FRANCE Tel: 1 4906 5200 Tx: 616030 F Fax: 1 4906 5219 Bayer AG D-5090 LEVERKUSEN 1 GERMANY Tel: 214301 Tx: 851030 D Fax: 2143 066 328 Dr. D.A. Delis AG Paleolgou Benizelou 5 GR-10556 ATHINA GREECE Tel: 1 3297222 Tx: 222431 GR Fax: 1 3230550
Bayer Nederland BV Geschaftsbereiche AC-PU Nijverheidsweg 26 Postbus 80 NL-3640 AB Mijdrecht NETHERLANDS Tel: 02979 80666 Tx: 16541 NL Fax: 02979 84165 Bayer Italia SpA Viale Certosa 210 I-20156 MILANO ITALY Tel: 2 39782271 Tx: 330518 I Fax: 2 39782896 Bayer Norge A/S Postboks 311 Granfos Naeringspark Vollsveien 13 N-1324 LYSAKER 0810 OSLO NORWAY Tel: 02 53 7450 Tx: 71670 N Fax: 02 530630 Bayer Portugal SA Rua Sociedade Farmaceutica 3 P-1199 Lisboa Codex PORTUGAL Tel: 154 2194 Tx: 43560 P Fax: 157 5387 Bayer Hispania Comercial SA Carrer de Pau Claris 196 Apartado de Correos 1745 E-08037 BARCELONA SPAIN Tel: 3 2182940 Tx: 54482 E Fax: 3 217 4149 Bayer (Sverige) AB Drakegatan 1 Box 5237 S-402 24 GOTEBORG SWEDEN Tel: 31 83 9800 Tx: 21154 S Fax: 31 40 6196 Bayer (Schweiz) Ag Grubenstrasse 6 CH-8045 ZURICH SWITZERLAND Tel: 1 4658111 Tx: 813295 CH Fax: 1 4652264 Bayer UK Ltd Bayer House Strawberry Hill NEWBURY Berks RG13 1JA UNITED KINGDOM Tel: 01635 39000
Tx: 847205 Fax: 01635 563393 Bayer Polymers Divn Mobay Road PITTSBURGH PA 15205-9741 USA Tel: 412-777-2000 Fax: 412-777-2447
BF Goodrich Chemical BF Goodrich Chemical NV Verdunstraat 742 B-1130 BRUXELLES BELGIUM Tel: 2 247 1911 Tx: 20693 B Fax: 2 247 1990 Bjorn Thorsen AS Bomhusvej 20 DK-2100 KOBENHAVN S DENMARK Tel: 31 294066 Tx: 27349 DK Fax: 31 184063 Starckjohann-Telko Oy P.O.Box 59 SF 00811 HELSINKI FINLAND Tel: 75501 Tx: 1614226 SF Fax: 7550602 E.P.P.C. Polyplastic SA 140 Avenue Paul Doumer F-92508 Rouil Malmaison Cedex FRANCE Tel: 1 47320600 Tx: 203896 F Fax: 1 47 491154 BF Goodrich Chemical (Deutschland) GmbH Goerlitzerstrasse 1 D-4040 NEUSS 1 GERMANY Tel: 02101 18050 Tx: 8517528 D Fax: 210 180530 Silcheplast Ltd. 7 Omirou St. GR-15235 Villissia GREECE Tel: 1 684 2504 Tx: 220371 GR Fax: 1 6849681
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The Plastics Compendium - Volume 1, Key Properties and Sources BF Goodrich Europe BV Pavitjoensgracht 1 Postbus 609 NL-2501 CM DEN HAAG NETHERLANDS Tx: 32605 NL BF Goodrich Chemical Italia Spa Viale Gian Galeazzo 25 20136 MILANO ITALY Tel: 2 58306961 Tx: 312675 I Fax: 2 58310390 Ketro AS Solliveien 2 1324 LYSAKER NORWAY Tel: 2 530507 Tx: 74198 N Fax: 2 580265 Ruy de Lacerda & Ca Lda Rua Julio Dinis 936 4000 PORTO PORTUGAL Tel: 296 4602 Tx: 22778 P Quimidroga SA Tuset 26 08006 BARCELONA SPAIN Tel: 3 2179454 Tx: 99364 E Fax: 217 9325 Rubber & Plastics AB Wallingatan 33 Box 476 S-101 26 STOCKHOLM SWEDEN Tel: 8 243460 Tx: 10132 S Fax: 8 110708 Dr Buser & Co. Universitatstrasse 25 CH 8006 ZURICH SWITZERLAND Tel: 1 2616622 Tx: 816384 CH Fax: 1 262 1620 BF Goodrich Chemical (UK) Ltd The Lawn 100 Lampton Road HOUNSLOW Middlesex TW3 4EB UNITED KINGDOM Tel: 0181 570 4700 Tx: 265714 Fax: 0181 570 0850 BF Goodrich Chemical Group 6100 Oak Tree Blvd Cleveland OH 44131 USA Tel: 216-447-6000 Fax: 216-447-6245
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Biddle-Sawyer Biddle-Sawyer Corp. 2 Penn Plaza NEW YORK NY 10121 USA Tel: 212-736-1580 Fax: 212-239-1089
BIP Chemicals C.P.S. Kemi ApS Staktoften 22 DK-2950 VADBAEK DENMARK Tel: 42 238110 Tx: 37502 DK Fax: 45 02 238077 Orion Corporation Ltd. 28 Chemion SF 02101 ESPOO 10 FINLAND Tel: 0 423 122 Tx: 125718 SF Fax: 0452 1769 Rigas SA 5 Pireos Ave Moshaton 60 ATHINA GREECE Tel: 01 4824 912 Tx: 213253 GR Fax: 4824 921 H.M. Plastics Holland BV Kanaalweg 25-27 2903 LR Capelle A/D Ijssel NETHERLANDS Tel: 10 4580822 Tx: 23127 NL Fax: 10 458 2501 Alf Axelsen AS Klingenberggt 7 0161 OSLO 1 NORWAY Tel: 2422790 Tx: 76123 N Augusto Guimaraes & Irmao Rua de Camoes 353 4000 PORTO PORTUGAL Tel: 24345 Tx: 22534 P Quimigranel SA Via Augusta 143 08021 BARCELONA SPAIN Tel: 3 200 0511 Tx: 54610 E Fax: 3 200 0786
Olle Buggert Kosterogatan 5 Box 50338 202 13 MALMO SWEDEN Tel: 040 184041 Tx: 33079 S A.H. Meyer & Cie.SA Badenerstrasse 329 8040 ZURICH SWITZERLAND Tel: 01 4925133 Tx: 822350 CH Fax: 1 492 0335 BIP Chemicals Ltd Jonylon Works Fields New Road Chadderton OLDHAM OL9 8NU UNITED KINGDOM Tel: 0161 652 4411 Tx: 667051 Fax: 0161 627 0102
BIP Plastics F.W. Nestler & Co. Marchettigasse 16 A-1061 WIEN VI AUSTRIA Tel: 0222 597 Tx: 113674 A Fax: 222 5655 54 Cray Valley Products NV Steenweg op Bergen 1600 SINT-PETERS-LEEUW BELGIUM Tel: 02 3779163 Tx: 22366 B Fax: 02 377 8637 Kurt G. Nielsen Rygaards Alle 131 DK-2900 Hellerup KOBENHAVN DENMARK Tx: 15892 DK Malmsten & Bergvall Oy Mannerheimintie 40C 65 SF 00100-HELSINKI 10 FINLAND Tel: 440431 Tx: 125798 SF Cray Valley SA B.P. 794 95004 CERGY-PONTOISE CEDEX FRANCE Tel: 163 0375665 Tx: 697672 F
Company Listing Wilhelm Priem GmbH & Co. D-4800 Bielefeld 1 Osningstrasse 12 Postfach 6628 GERMANY Tel: 0521 21068 Tx: 932633 D Fax: 0521 26317 Ets. N. Krallis & Fils SA 55-59 Deligiorgi St. ATHINA GREECE Tel: 5227 585 Tx: 215009 GR Fax: 522 4049 Cray Valley Products Postbus 230 2180 AE HILLEGOM NETHERLANDS Tel: 2520 17600 Tx: 41938 NL Fax: 2520 20422 Massara SpA Via Caduti Bollatesi 38 20021 Bollate (M) MILANO ITALY Tel: 2 3506531 Tx: 312353 I Mapril Rio -Nogueira-Apartado 7 Vermoin 4470 MAIA PORTUGAL Tel: 2 9483013 Tx: 23749 P Fax: 2 9485526
Borden Chemicals and Plastics Borden Chemicals and Plastics Hwy. 73 PO Box 427 GEISMAR LA 70734 USA Tel: 504-673-6121 Fax: 504-673-0672
Borealis Chemicals Borealis NV Bazellaan 1 Ave de Bale B-1140 BRUXELLES BELGIUM Tel: 2 729 4211 Fax: 2 726 7240 Borealis Danmark A/S Slotsmarken 12 DK-2970 Horsholm DENMARK Tel: 45 767788 Fax: 45 767011 Borealis Polymers Oy PO Box 330 SF 06101 PORVOO FINLAND Tel: 15 54114 Fax: 15 541 7852
Alberto Benbasset SA C/. Urgel 240 BARCELONA 36 SPAIN Tel: 33220653 Tx: 97302 E
Borealis France SA 3 Place Gustave Eiffel Silic 306 F-94588 Rungis Cedex FRANCE Tel: 1 4687 1800 Fax: 1 4687 2410
Malmsten & Bergvall AB PO Box 48 S-401 20 GOETEBORG SWEDEN Tel: 31 83 8000 Tx: 2205 S Fax: 31 84 3980
Borealis Deutschland GmbH Morsenbroicher Weg 200 D-40470 Dusseldorf GERMANY Tel: 211 61080 Fax: 211 614115
BIP Plastics Ltd Po Box 3180 Popes Lane Oldbury WARLEY W Midlands B69 4PG UNITED KINGDOM Tel: 0121 544 1555 Tx: 337261 Fax: 0121 522 4267
Borealis Benelux BV Paareweide 4 NL-4824 EH Breda NETHERLANDS Tel: 76 482 400 Fax: 76 420 480 Borealis Italia srl Via Andrea Palladio 29/A I-37138 VERONA (VR) ITALY Tel: 45 810 1066 Fax: 45 810 1531
Borealis AS N-3960 Stathelle NORWAY Tel: 3557 7000 Fax: 3557 7200 Borealis Portugal Sgps SA Praceta das Fabricas 2-2A 3° Dt° Outurela-Portela-Carnaxide P-2795 Linda-A-Velha PORTUGAL Tel: 1 417 1948 Fax: 1 417 4153 Poliolefinas Borealis Espana SA Paseo de Gracia 125 - 1° E-08008 BARCELONA SPAIN Tel: 3 237 1000 Fax: 3 237 3482 Borealis Industrier AB Salsmastaregatan 32 S-422 46 Hisings Backa SWEDEN Tel: 31 586 770 Fax: 31 522 632 Borealis SA 20 Route de Pre-Bois P.O.Box 715 CH-1215 GENEVA 15 SWITZERLAND Tel: 22 7981444 Fax: 22 7910079 Borealis Chemicals (UK) Ltd Borealis House Water Lane WILMSLOW Cheshire SK9 5AR UNITED KINGDOM Tel: 01625 537390 Tx: 668398 Fax: 01625 535218
BP Chemicals BP Chemicals GmbH Zaunergasse 4 A-1030 WIEN AUSTRIA Tel: 01 756568 Tx: 131821 A Fax: 01 7565774 BP Belgium NV Benelux Sales Nieuwe Weg 1 B-2730 ZWIJNDRECHT Antwerp BELGIUM Tel: 03 250 2111 Tx: 32832 B Fax: 3219 5909
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The Plastics Compendium - Volume 1, Key Properties and Sources BP Chemicals AS Oeresundsvej 152 DK-2300 KOBENHAVN S DENMARK Tel: 31 58 35 11 Tx: 31422 DK Fax: 31 58 3890
BP Chemicals AB Sandhamnsgarten 67 S-11583 STOCKHOLM SWEDEN Tel: 8 6631070 Tx: 17758 S Fax: 8 6607919
BP Chemicals AB SF-06830 Kulloonkyla FINLAND Tel: 15 22688 Fax: 15 22154
BP (Schweiz) AG 11 Rue de Veyrot PO Box 149 CH 1217 Meyrin 2 SWITZERLAND Tel: 22 7190211 Tx: 419078 CH Fax: 22 823262
BP Chemicals SNC Tour Neptune Cedex 20 F-92086 PARIS LA DEFENSE 1 FRANCE Tel: 1 49023200 Tx: 611510 F Fax: 1 4902 3327 BP Chemicals GmbH Ross-Strasse 96 D-40476 DUSSELDORF GERMANY Tel: 211 45860 Tx: 8584069 D Fax: 211 4586281 BP Greece SA 264 Kifissias Avenue 15232 Halandri Athina GREECE Tel: 1 684 5502 Fax: 1 684 4915 BP Italia Spa Strada 6- Palazzo E/5 Milanofiori I-20090 Assago (MI) ITALY Tel: 2 8227 41 Tx: 340539 I Fax: 2 5750 0709 Chemicals AB Arbinsgate 11 Postboks 2580 Solli N-0203 OSLO NORWAY Tel: 2243 8580 Tx: 71063 N Fax: 2211 5036 BP Portuguesa SA Praca Marques de Pombal 13 P-1200 Lisboa PORTUGAL Tel: 1355 9531 Tx: 12551 P Fax: 1 577806 BP Espana SA Avenida Diagonal 611 - 2.Floor E-08028 BARCELONA SPAIN Tel: 3 4195900 Tx: 17758 E Fax: 3 4194050
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BP Chemicals Ltd Poplar House Chertsey Road Sudbury-On-Thames Middlesex TW16 7LL UNITED KINGDOM Tel: 01932 774312 Tx: 266883 Fax: 01932 774315 BP Chemicals Inc. 200 Public Square 38-H Cleveland OH 44114-2375 USA Tel: 216-586-5847 Fax: 216-586-5839
BTR Permali RP BTR Permali RP Ltd. Hydroglas Works 170 Bristol Road GLOUCESTER GL1 5PT UNITED KINGDOM Tel: 01452 528671 Tx: 43546 Fax: 01452 304215
Bulk Moulding Compounds Bulk Moulding Compounds Inc. 3 N497 N. 17th Street ST. CHARLES IL 60174 USA Tel: 708-377-1065 Fax: 708-377-7395
Alan Butcher Associates Alan Butcher Associates Smeaton Road SALISBURY SP2 7NQ UNITED KINGDOM Tel: 01722 323036 Tx: 477019 Fax: 01722 337540
Chevron Chemical Chevron Chemical Co. P.O. Box 3766 Houston TX 77253 USA Tel: 713-754-2000 Fax: 713-754-3906
Ciba Geigy Ciba-Geigy GmbH Postfach 78 A-1230 WIEN XXIII AUSTRIA Tel: 01 80111 Tx: 131923 Fax: 01 80111443
Budd Budd Co. Plastics Division 32055 Edward Ave. Madison Heights MI 48071 USA Tel: 313-588-3200 Fax: 313-588-0798
Ciba-Geigy SA NV Noordkustlaan 18 B-1720 GROOT BIJGAARDEN BELGIUM Tel: 02 4670611 Tx: 21559 B Fax: 2 46 70774 Ciba-Geigy AS Lyngbyvej 172 DK-2100 KOBENHAVN O DENMARK Tel: 31 291422 Tx: 19282 DK Fax: 31 291421
Company Listing Ciba-Geigy Oy P.L. 16 SF-00241 HELSINKI 24 FINLAND Tel: 0 145322 Tx: 121463 SF Fax: 014 2976 Ciba-Geigy SA Boite Postale 308 F-92506 RUEIL MALMAISON CEDEX FRANCE Tel: 1 47523000 Tx: 203012 F Fax: 1 47523180 Ciba-Geigy GmbH Postfach 1160/1180 D-7867 WEHR/BADEN GERMANY Tel: 07762 820 Tx: 792702 D Fax: 07762 3727 Ciba-Geigy Hellas SA PO Box 8282 GR-10010 ATHINA GREECE Tel: 1 6666612 Tx: 215536 GR Fax: 1 6667246 Ciba-Geigy BV Raapopseweg 1 6824 DP ARNHEM P.B.241 NL-6800 LZ ARNHEM NETHERLANDS Tel: 085 656200 Tx: 45054 NL Fax: 856 56463 Ciba-Geigy Spa Casella Postale 88 I-21047 SARONNO (VA) ITALY Tel: 2 96541 Tx: 332470 I Fax: 2 967 01157 Ciba-Geigy AS Grensesvingen PO Box 6077 Etterstad N0601 OSLO 6 NORWAY Tel: 2194600 Tx: 78391 N Fax: 2686317 Ciba-Geigy Portuguesa Lda Rua de Manuel Pinto de Azevedo 7 P-4000 PORTO PORTUGAL Tel: 2 672266 Tx: 22427 P Fax: 2 672260 Ciba-Geigy AB Box 605 S-421-26 Vastra Frolunda
SWEDEN Tel: 31 892500 Tx: 21636 S Fax: 31 452 847 Ciba-Geigy International AG Postfach 4002 BASEL SWITZERLAND Tel: 61 6961111 Tx: 962991 CH Fax: 61 6977444 Ciba Geigy Bonded Structures Division Duxford CAMBRIDGE CB2 4QD UNITED KINGDOM Tel: 01223 833141 Tx: 81101 Fax: 01223 838808
Ciba Geigy Corp. Ciba-Geigy Corp. 5115 East La Palma Ave. ANAHEIM CA 92807 USA Tel: 714-779-9000 Fax: 714-777-0628
Ciba Geigy Plastics Division Ciba-Geigy GmbH Breitenfurter Strasse Postfach 78 A-1230 WIEN XXIII AUSTRIA Tel: 01 801110 Tx: 131923 A Fax: 01 80111421 Ciba-Geigy NV Noordkustlaan 18 B-1702 GROOT BIJGAARDEN BELGIUM Tel: 2 4670611 Tx: 21559 B Fax: 2 4670774 Ciba-Geigy AS Lyngbyvej 172 DK-2100 KOBENHAVN O DENMARK Tel: 31 291422 Tx: 19282 DK Fax: 31 291421
Ciba-Geigy Oy P.L. 16 SF-00241 HELSINKI 24 FINLAND Tel: 0 156 911 Tx: 121463 SF Fax: 142976 Ciba-Geigy SA Boite Postale 308 F-92506 RUEIL MALMAISON CEDEX FRANCE Tel: 1 47523000 Tx: 203012 F Fax: 1 47523150 Ciba-Geigy GmbH Postfach 1160/1180 D-7867 WEHR/BADEN GERMANY Tel: 07762 820 Tx: 792702 D Fax: 07762 3727 Ciba-Geigy Hellas SA PO Box 8282 GR-10010 ATHINA GREECE Tel: 1 6666612 Tx: 215536 GR Fax: 1 6667246 Ciba-Geigy BV Raapopseweg 1 6824 DP ARNHEM P.B. 241 NL-6800 LZ ARNHEM NETHERLANDS Tel: 085 656200 Tx: 45054 NL Fax: 85 656463 Ciba-Geigy SpA Strada Statale 233 (Varesina) Km 20.5 Origgio Casella Postale 88 I-21047 SARONNO (VA) ITALY Tel: 2 96541 Tx: 332470 I Fax: 2 96701157 Ciba-Geigy A/S Grensesvingen 9 PO Box 6077 Etterstad N-0601 OSLO 6 NORWAY Tel: 2194600 Tx: 78391 N Fax: 02 683401 Ciba-Geigy Portuguesa Lda Rua de Manuel Pinto de Azevedo 7 P-4100 PORTO PORTUGAL Tel: 2 672266 Tx: 22427 P Fax: 2 672260
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The Plastics Compendium - Volume 1, Key Properties and Sources Ciba-Geigy Sociedad Anonima Div. Materias Plasticas y Aditivos Apartado 744 Balmes 177 E-08080 BARCELONA SPAIN Tel: 3 2536400 Tx: 54726 E Fax: 3 3230329 Ciba-Geigy AB Box 605 S-421-26 Vastra Frolunda SWEDEN Tel: 31 892500 Tx: 21636 S Fax: 31 452 847 Ciba-Geigy AG PO Box CH-4002 BASEL SWITZERLAND Tel: 61 6961111 Tx: 962355 Fax: 61 697 6224 CIBA-Geigy Plastics Division Duxford CAMBRIDGE CB2 4QA UNITED KINGDOM Tel: 01223 832121 Tx: 81101 Fax: 01223 838 556
Compounding Technology Compounding Technology Inc. 13435 Estelle St. CORONA CA 91720 USA Tel: 909-371-7701 Fax: 909-371-7724
Cook Composites & Polymers Cook Composites & Polymers Co 217 Freeman Drive PO Box 996 PORT WASHINGTON WI 53074-0996 Tel: 414-284-5541 Tx: 26737 Fax: 414-284-7517
Cornelius Chemical
Colorite Plastics Colorite Plastics Co. 101 Railroad Avenue RIDGEFIELD NJ 07657 USA Tel: 201-941-2900 Fax: 201-941-0308
ComAlloy ComAlloy International Corp. 481 Allied Dr. Nashville TN 37211-3333 USA Tel: 615-333-3453 Fax: 615-834-9941
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Rohm & Haas Gesellschaft GmbH Diefenbachgasse 35-41 A-1150 WEIN AUSTRIA Tel: 222 894 1760 Tx: 133199 Fax: 222 894 1869 Rohm & Haas Benelux NV Noordelaan 111-B-9 2030 ANTWERP BELGIUM Tel: 03 542 51 90 Tx: 71805 Fax: 3 541 7769 Rohm and Haas France SA La Tour de Lyon 185 Rue de Bercy 75579 PARIS CEDEX 12 FRANCE Tel: 14 345 8580 Tx: 214100 F Fax: 14 3450 906 Rohm & Haas Deutschland GmbH Postfach 940322 In Derkron 4 D 600 FRANKFURT 90 GERMANY Tel: 69 789960 Tx: 413440 Fax: 69 7895356
Rohm & Haas Greece Ltd. 8 Adrianou Street Neo Psychico ATHINA GREECE Tel: 1 67671 776 Tx: 215970 Rohm & Haas Italia SpA Casella Postale 1792 Via Vittor Pisani 26 20124 MILANO ITALY Tel: 2 67841 Tx: 310510 Fax: 2 669 88009 Rohm & Haas Portugal Lda Av. Columbano Bordalo Pinheiro 94 1000 LISBOA PORTUGAL Tel: 1 7263102 Tx: 18338 Fax: 1 7267274 Rohm & Haas Espana SA Provenza 216-3 08036 BARCELONA SPAIN Tel: 33232066 Tx: 53150 Fax: 33234043 Rohm & Haas Nordiska AB Box 4061 Anderstorpsvagen 4 Flat 5 S171 04 SOLNA SWEDEN Tel: 8 73 58730 Tx: 10735 Fax: 8 73 4707 Cornelius Chemical Cornelius House Woodside Dunmow Road Bishops Stortford Herts. CM23 5RG UNITED KINGDOM Tel: 01279 714300 Tx: 885589 Fax: 01279 714320
Cosmic Plastics Cosmic Plastics Inc. 27939 Beal Ct. Valencia CA 91355 USA Tel: 805-257-3274 Fax: 805-257-3345
Company Listing Courtaulds Chemicals Courtaulds Chemicals Courtaulds Cellulose Flake PO Box 5 Spondon DERBY DE21 7BP UK Tel: 01332 661422 Tx: 37221 Fax: 01332 663045
Cyro Industries Cyro Industries 100 Valley Road PO. Box 950 MOUNT ARLINGTON NJ 07856 USA Tel: 201-770-3000 Fax: 201-779-6117
Cytec Metallco West 1 Rue Alfred de Vigny 75008 PARIS CEDEX FRANCE Tel: 1 42 27 3771 Tx: 648158 F Fax: 1 42 27 9029 Mr. T.B. Frazier Knorr Strasse 83A 5 MUNCHEN 40 GERMANY Tel: 89351 8750 Fax: 89354 1287 Metallco Strada Superga 146 10132 TORINO ITALY Tel: 11 88101 Tx: 220554 I Fax: 1188 10252 Cytec Aerospace Ltd Abenbury Way Wrexham Industrial Estate WREXHAM LL13 9UZ UNITED KINGDOM Tel: 01978 661971 Tx: 61348 Fax: 01978 660220 Cytec Industries Inc Business Unit of American Cyanamid Co. 5 Garret Mountain Plaza West Paterson NJ 07424
USA Tel: 201-357-3100 Fax: 201-8357-3054
Dexter Dexter Corp. Automotive Materials Div. One Dexter Dr. SEABROOK NH 03874 USA Tel: 603-454-5541 Fax: 603-474-5545
Discas Recycled Products Discas Recycled Products Corp 567-1 S. Leonard St Waterbury CT 06708 USA Tel: 203 753 5147 Fax: 203 755 5791
Dow Dow Chemical Austria GmbH Eastern European Headquarters & Sales Wohllebengasse 6 1040 WIEN AUSTRIA Tel: 01 501310 Tx: 134678 A Fax: 01 50131280 Dow Benelux NV Prins Boudewijnlaan 41 2650 Edegem BELGIUM Tel: 3 4502000 Tx: 31592 B Fax: 3 4502913 Dow Danmark AS Toldbodgarde 33 1253 KOBENHAVN K DENMARK Tel: 33 13 2202 Tx: 27308 DK Fax: 33 13 4814 Dow Suomi OY Simonkatu 8b PO Box 117
00101 HELSINKI FINLAND Tel: 6932211 Tx: 124245 SF Fax: 0 6932244 Dow Chemical France BP 131 Routes des Cretes Sophia Antipolis Les Bouillides 06561 VALBONNE CEDEX FRANCE Tel: 93 956200 Tx: 970923 F Fax: 93 956357 Dow Chemical Industriestrasse 1 7587 RHEINMUNSTER 2 GERMANY Tel: 7227 5102 Tx: 7800110 D Fax: 7227 512049 Dow Chemical Hellas A.E. Regional Headquarters P.O.Box 76242 213-215 Syngrou Avenue GR-17121 Nea Smyrni ATHINA GREECE Tel: 1 9357 215 Tx: 215526 GR Fax: 1 9356384 Dow Chemical Nederland BV Aert Van Nesstraat 45 PO Box 1310 3000 BH ROTTERDAM NETHERLANDS Tel: 10 4174911 Tx: 22292 NL Fax: 10 414 7874 Dow Italia Spa Sales Office Via G.Murat 23 20159 MILANO ITALY Tel: 2 27771 Tx: 321486 I Fax: 2 27772366 Dow Norge A/S PO Box 2403 Solli 0201 OSLO NORWAY Tel: 2 830260 Tx: 76458 N Fax: 2 830213 Dow Chemical EM Portugal Sociadade Quimica SA Rua Rodriguez Sampaio 97 1100 LISBOA PORTUGAL Tel: 1 3562534 Tx: 12682 P Fax: 1 520609
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The Plastics Compendium - Volume 1, Key Properties and Sources Dow Chemical Iberica SA Axpe Plant Site/Bilbao Sales Office Apartado 502 48080 BILBAO SPAIN Tel: 4 4817130 Tx: 32232 E Fax: 4 463 1160
DSM France SA Immeuble Perisud 5 Rue Lejeune F-92128 Montrouge Cedex FRANCE Tel: 1 4612 5099 Tx: 632637 F Fax: 1 4657 8162
Dow Sverige AB Norrlandsgatan 15 PO Box 7038 10386 Stockholm SWEDEN Tel: 8 6765700 Tx: 19300 S Fax: 8 6765730
DSM Deutschland GmbH & Co Kunststoffe Tersteegenstrasse 77 D-40474 Dusseldorf GERMANY Tel: 0211 454940 Tx: 2114365 D Fax: 0211 4370917
Dow Chemical Europe SA Verkauf Schweiz Badenerstrasse 170 8036 ZURICH SWITZERLAND Tel: 01 2463111 Tx: 814320 CH Fax: 1 246 3344
DSM Polymers Poststraat 1 PO Box 43 6130 AA SITTARD NETHERLANDS Tel: 46 773072 Fax: 46 773912
Dow Chemical Company Ltd Lakeside House Stockley Park UXBRIDGE Middlesex UB11 1BE UNITED KINGDOM Tel: 0181 848 8688 Tx: 934626 Fax: 0181 848 5400 Dow Plastics 2040 Dow Center MIDLAND MI 48674 USA Tel: 517-636-1000 Fax: 517-636-4033
Dow Corning Dow Corning Corp. P.O. Box 0994 MIDLAND MI 48686-0994 USA Tel: 517-496-6000
DSM NV DSM Belgium SA Vorstlaan 100 100 Boulevard du Souverain 1170 BRUXELLES BELGIUM Tel: 2 6750 305 Tx: 21033 B Fax: 02 660 5531
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DSM Italia srl Via M.de Vizzi 10/12 I-20092 Cinisello Balsamo MILANO ITALY Tel: 02 66010341 Fax: 02 66015143 DSM Espana SA Avenida Diagonal 652-656 Edificio C 4a planta E-08034 BARCELONA SPAIN Tel: 93 280 2607 Fax: 93 280 2667 DSM Scandinavia AB Box 190 S-44006 Grabo SWEDEN Tel: 0302 46370 Fax: 0302 46365 DSM UK Ltd Kingfisher House Kingfisher Walk REDDITCH Worcs. B97 4EZ UNITED KINGDOM Tel: 01527 68254 Tx: 339861 Fax: 01527 68949
DSM Resines France PO Box 21 95871 Bezons Cedex FRANCE Tel: 1 3947 0925 Fax: 1 3947 5076 DSM Kunstharze GmbH PO Box 1351 D-4470 Meppen GERMANY Tel: 5931 1560 Fax: 5931 156101 DSM Resins Benelux bv PO Box 3 3150 AA Hoek van Holland NETHERLANDS Tel: 1747 84940 Fax: 1747 83643 DSM Italia SRL Via Rodi 5 24040 Filago (BG) ITALY Tel: 35 997 202 Fax: 35 993 009 DSM Resinas de Portugal Lda Apartado 8137 P-1802 Lisbon Codex PORTUGAL Tel: 1 858 6112 Fax: 1 858 2707 DSM Resinas Espana SA Avenida Diagonal 652-656 Edificio D 4a planta E-08034 BARCELONA SPAIN Tel: 3 280 0220 Fax: 3 280 5312 DSM Resins Scandinavia AB PO Box 619 S-261 26 Landskrona SWEDEN Tel: 51 355 6170 Fax: 51 357 1282 DSM Resins Polymer Division P O Box 8 5 Civic Way Ellesmere Port South Wirral L65 0HB UNITED KINGDOM Tel: 0151 355 6170 Tx: 628213 Fax: 0151 357 1282
DSM Resins DSM Engineering Plastics 501 Crescent Ave. Reading PA 19612 USA Tel: 215-320-6923 Fax: 215-320-6930
Dunlop Dunlop Ltd. GRG Divn. Cambridge Street 1
Company Listing MANCHESTER M60 1PD UNITED KINGDOM Tel: 0161 236 2131 Tx: 667225 Fax: 0161 236 1599
DuPont Interowa Fuerer-Haimendorf KG Braeuhausgasse 3 - 5 A-1050 WIEN AUSTRIA Tel: 01 5123571 Tx: 112993 A Fax: 015123571-12 Du Pont de Nemours (Belgium) Antoon Spinoystraat 6 B-2800 Mechelen BELGIUM Tel: 15 4414 11 Tx: 22554 B Fax: 15 4414 09 Du Pont Danmark AS Park Avenue 292 DK 2605 Brondby DENMARK Tel: 43 633266 Tx: 33263 DK Fax: 43 633833 Suomen Dupont Oy Lapinlabdenkatu 3A 20 -PL 237 SF-00181 HELSINKI FINLAND Tel: 90 6945522 Fax: 90 6945311 Du Pont de Nemours (France) SA 137 Rue de l’Universite F 75334 Paris Cedex 07 FRANCE Tel: 1 4550 6550 Tx: 206772 F Fax: 1 4753 0967 Du Pont de Nemours (Deutschland) GmbH Du Pont Strasse 1 D61343 Bad Hamburg GERMANY Tel: 06172 870 Tx: 410676 D Fax: 06172 871500 C.G. Lazarikis SA Valaoritou Street 17 GR - 10671 ATHINA GREECE Tel: 1 3618411 Tx: 219037 GR Fax: 1 3620930
Du Pont de Nemours Italiana SpA Via Aosta 8 I-20063 Cernusco sul Naviglio (Mi) ITALY Tel: 02 92107 849 Tx: 314671 I Fax: 02 92107 845 Nordic Polymers AS Niels Leuchsvei 99 N-1343 Diksmarka NORWAY Tel: 6714 2870 Fax: 6714 3044 Mario Coclho Rua do Campo Alegre. 672-1° P-4100 Porto PORTUGAL Tel: 2 69 2425 Tx: 23136 P Fax: 2 600 0207 Du Pont Iberica SA Calle Tusset 23-1° E-08006 BARCELONA SPAIN Tel: 3 200 7311 Tx: 50887 E Fax: 3 414 2875 Du Pont Scandinavia AB Torshamnsgatan 35 S-16486 Kistu (Stockholm) SWEDEN Tel: 08 750 3700 Tx: 12410 S Fax: 08 750 9041 Dolder AG Immengasse 9 Postfach 14695 4004 Basel SWITZERLAND Tel: 061 326 6600 Tx: 962306 CH Fax: 061 326 6204 Du Pont UK Ltd Maylands Avenue HEMEL HEMPSTEAD Herts HP2 7DP UNITED KINGDOM Tel: 01442 218500 Tx: 825713 Fax: 01442 218514 DuPont Co. Chemicals Dept. 1007 Market Street WILMINGTON DE 19898 USA Tel: 302-774-1000 Fax: 302-774-7321
Eastman Chemical Eastman Chemical Intl. AG Baboniceva 7 41000 Zagreb CROATIA Tel: 41 451881 Tx: 21104 YU Fax: 41 451886 Eastman Chemical. AG Kodak AS Dybendal alle 10 DK-2630 Taastrup DENMARK Tel: 43 710727 Tx: 33370 DK Fax: 43 710112 Eastman Chemical SA 65 Rue de Bercy 75012 Paris FRANCE Tel: 1 4467 8878 Tx: 670924 F Fax: 1 4467 8899 Eastman Chemical (Deutschland) GmbH Charlottenstrasse 61 D-5000 KOLN 90 GERMANY Tel: 2203 17050 Tx: 887012 D Fax: 2203 170524 Eastman Chemical Europe Ltd Tobias Asserlaan 5 2517 KC The Hague NETHERLANDS Tel: 70 370 1711 Fax: 70 370 1702 Filiale Ital.Del.Eastman Chemical AG Via Rosellini 12 20124 MILANO ITALY Tel: 26 88 2951 Tx: 313012 I Fax: 26 88 3255 Kodak SA Ctra. Nal. VI - Km 23 E-28230 Las Rozas MADRID SPAIN Tel: 1 626 7100 Tx: 45112 E Fax: 1 626 7322 Eastman Chemical AG P.O.Box 3263 CH-6300 ZUG 3 SWITZERLAND Tel: 042 232 525 Tx: 868824 D Fax: 042 211252 Eastman Chemical (UK) Limited Brindley House
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The Plastics Compendium - Volume 1, Key Properties and Sources Corner Hall Lawn Lane Hemel Hempstead Herts HP3 9YT UNITED KINGDOM Tel: 01442 241171 Tx: 826 502 Fax: 01442 844721
Eastman Chemical Co. Eastman Chemical Co. P.O. Box 1989 Kingsport TN 37662 USA Tel: 800-327-8626 Fax: 615-229-1280
Elastogran Elastogran France Z1 Rue Decauville 77920 Mitry-Mory FRANCE Tel: 1 6427 8620 Tx: 692964 Fax: 1 6461 0661 Elastogran Italia SpA Strada per Poirino 38 14019 Villanova D'Asti ITALY Tel: 141 946 385 Tx: 210504 Fax: 141 946 165 Elastogran Polyurethane GmbH 8021 Strasslach nr Munich Mitterstrassweg GERMANY Tel: 8170 700 Tx: 526350 Fax: 8170 70293 Elastogran UK Ltd Alfreton Trading Estate Wimsey Way Somercotes Derby DE55 4NL UNITED KINGDOM Tel: 01773 607161 Tx: 378238 Fax: 01773 602089
Elf Atochem Elf Atochem Belgium SA/NV Rue de Stalle 63 Bte 1 B-1180 BRUXELLES BELGIUM Tel: 2 3702011 Tx: 26022 B Fax: 2 3320191 Elf Atochem Norden Hojergardsvej 1 DK 2730 HERLEV DENMARK Tel: 45 4453 8200 Fax: 45 4453 8280 Elf Atochem 4-8 cours Michelet La Defense 10 Cedex 42 92091 PARIS LA DEFENSE FRANCE Tel: 1 4900 8080 Tx: 611922 F Fax: 1 4900 7447 Elf Atochem Deutschland GmbH Uerdingerstrasse 5 Postfach 300152 D-40401 DUSSELDORF GERMANY Tel: 211 45520 Tx: 8584682 D Fax: 211 4552112 Elf Atochem Athens Dafnis 39 PSYCHIKO 154 52 GREECE Tel: 1 6855 388 Fax: 1 6879 963 Elf Atochem Nederland BV Ottho Heldringsrtaat 41 1066 XT AMSTERDAM NETHERLANDS Tel: 20 614 2511 Tx: 10170 NL Fax: 20 669 1909 Elf Atochem Italia Via G Murat 17 20159 MILANO ITALY Tel: 2 668111 Tx: 353839 Fax: 2 668036 07 Elf Atochem Portugal Lda Allo Vieiro Apartado 289 2403 LEIRIA Codex PORTUGAL Tel: 44 81 2800 Fax: 44 81 2790 Elf Atochem Espana SA Avda. de Burgos 12 - 7° Edificio Mapfre
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28036 MADRID SPAIN Tel: 1 767 2433 Tx: 22742 E Fax: 1 766 2230 Elf Atochem (Suisse) SA Luegisland 2-4 CH-8143 STALLIKON SWITZERLAND Tel: 1 701 1000 Fax: 1 700 3921 Elf Atochem UK Ltd Colthrop Way Thatcham NEWBURY Berks RG13 4LW UNITED KINGDOM Tel: 01635 870000 Tx: 847689 Fax: 01635 861212 Elf Atochem North America Inc. Three Parkway PHILADELPHIA PA 19102 USA Tel: 215-587-7520 Fax: 215-587-7497
Emerson & Cuming Emerson & Cuming Inc. 59 Walpole St. Canton MA 02021 USA Tel: 800-666-3242 Fax: 617-821-0737
EMS-Grilon EMS France SA 204 Avenue Marechal Juin B.P. 52 F-92105 BOULOGNE CEDEX FRANCE Tel: 1 4604 7065 Tx: 633430 F Fax: 1 4825 5607 EMS-Chemie (Deutschland) GmbH Wendelinstrasse 1 D-50933 KOLN GERMANY Tel: 221 9497 040 Tx: 8882030 D Fax: 221 497 1549
Company Listing Ems-Chemie AG Selnaustrasse 16 Postfach CH-8039 ZURICH SWITZERLAND Tel: 01 284 1820 Fax: 01 284 1859 EMS-Grilon UK Drummond Road Astonfields Industrial Estate Stafford ST16 3HJ UNITED KINGDOM Tel: 01785 59121 Tx: 36254 Fax: 01785 213068
Emser Industries Emser Industries Inc. PO. Box 1717 SUMTER SC 29151-1717 USA Tel: 803-481-6171 Tx: 805077 Fax: 803-481-6121
EniChem EniChem (Austria) GmbH Diefenbachgasse 35 A-1150 WIEN AUSTRIA Tel: 1 891 880 Tx: 111194 A Fax: 1 89188240 EniChem Benelux SA 8 Rue de L’Industrie B-1400 NIVELLES BELGIUM Tel: 67 880611 Tx: 56083 B Fax: 67 210587 EniChem Norden AS Ny Ostergade 20 - 2nd Fl. DK-1101 Copenhagen K DENMARK Tel: 33 150888 Tx: 15127 Fax: 33 156471 Eni Chemical (France) SA 11 Rue de L’Abreuvoir F-92411 Courbevoire CEDEX FRANCE Tel: 1 46913200 Tx: 610405 F Fax: 1 47880320
EniChem Deutschland GmbH Kolner Strasse 3A Postfach 5626 D-6236 Eschborn bei Frankfurt GERMANY Tel: 61964920 Tx: 4072411 D Fax: 6196492218 Enichem Hellas SA 46 Thisseos Avenue P.O.Box 75123 GR-17676 KALLITHEA ATHINA GREECE Tel: 1 9522091 Tx: 215212 GR Fax: 1 9522097 EniChem Polimeri Via Taramelli 26 - 20124 Milano ITALY Tel: 02 69771 Tx: 314215 EniChem Portugal Limitada Avenida da Boavista 1681 2 floor P-4100 PORTO PORTUGAL Tel: 2 64147 Tx: 29972 P Fax: 2 695511 Enichem Iberica SA Avenida Diagonal 652-656 Edificio B 3° E-08034 BARCELONA SPAIN Tel: 3 4012300 Tx: 97964 E Fax: 3 2803050 EniChem Suisse SA Seestrasse 42 CH-8802 KILCHBERG SWITZERLAND Tel: 1 7161111 Tx: 826266 CH Fax: 1 7150335 Enichem (UK) Ltd. Enimont House 111 Upper Richnomd Road Putney London SW15 2TJ UNITED KINGDOM Tel: 0181 780 2000 Fax: 0181 788 7134 EniChem America Inc. 1211 Avenue of the Americas New York NY 10036 USA Tel: 212-382-6300 Tx: 6801159 Fax: 212-382-6520
EVC EVC International SA/NV Boulevard du Soverain 360 B-1160 BRUXELLES BELGIUM Tel: 2 6740911 Tx: 24200 B Fax: 2 6601181 EVC Compounds (Italia) Spa Via Leonardo Da Vinci 5 I-44011 Agenta ITALY Tel: 532 804295 Tx: 510225 I Fax: 532 852100 Enichem (Iberica) Espana Avenida Diagonal 652/656 Edificil B3/1A E/34 Barcelona SPAIN Tel: 3 401 2300 Tx: 97964 E Fax: 3 280 3050 Scandinavian Compounds and Colours Mjolkekilsgatan 20 S-44030 Marstrand SWEDEN Tel: 30 361055 Fax: 30 360698 EVC (Switzerland) AG Postfach 32 Bremgartenstrasse CH-5643 Sins SWITZERLAND Tel: 4266 1155 Tx: 868724 CH Fax: 4266 2488 Cetrix Ltd Po Box 34 York House Hill House International Thornton Cleveleys BLACKPOOL Lancashire FY5 4QD UNITED KINGDOM Tel: 01253 861321 Fax: 01253 861152
Evode Evode Ltd Common Road Stafford ST16 3EH UNITED KINGDOM Tel: 01785 57755 Fax: 01785 58458
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Ferro
EXXON Chemical International Inc. Vorstlaan 280 B 1160 Auderghem BELGIUM Tel: 2 674 4130 Fax: 2 674 4129
Ferro Belgium 65 Vossenstraat 9270 Heusden BELGIUM Tel: 91 310561 Tx: 12547 Fax: 91 319367
Deutche EXXON Chemical GmbH Dompropst Ketzer Strasse 1-9 D-50667 KOLN GERMANY Tel: 221 16150 Tx: 8881814 D Fax: 221 1615320 EXXON Chemical Mediterranea Spa Via Paleocapa 7 I - 20121 MILANO ITALY Tel: 2 88031 Tx: 311561 I Fax: 2 8803 231 EXXON Chemical Norden AB PO BOX 1035 S 40522 Gothenburg SWEDEN Tel: 316 38200 Tx: 27053 S EXXON Chemical Ltd Po Box 122 4600 Parkway Fareham PO75 7AP UNITED KINGDOM Tel: 01489 884400 Tx: 47437 Fax: 01489 884455 EXXON Chemical Co Polymers Group 13501 Katy Fwy HOUSTON TX 77079-1398 USA Tel: 713-870-6000 Tx: 794588 Fax: 713-870-6105
Federal Plastics Federal Plastics Corp. 715 South Avenue East CRANFORD NJ 07016 USA Tel: 908 272 5800 Fax: 908 272 9021
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Ferro-Danmark A/S Industrivej 10 Vassingerod 3540 LYNGE DENMARK Tel: 2 188222 Tx: 42182 DK Fax: 2 187634 Ferro-Eurostar SA Zone Industrielle Boite Postale 2 95470 FOSSES FRANCE Tel: 1 3447 4700 Tx: 605904 F Fax: 1 3468 5840 Ferro Plastics (Deutschland) GmbH Werningshof 10 Bielefeld 17 GERMANY Tel: 521 335 512 Tx: 932232 Fax: 521 331 685 Ferro (Holland) B.V. Industrieweg 135 3044 AS Rotterdam NETHERLANDS Tel: 10 4784911 Tx: 22025 NL Fax: 10 4784499 MAIP SA CSO Appio Claudio 229 10146 Torino ITALY Tel: 39 1171 0123 Tx: 43221623 Fax: 39 1179 3852 Metal Portuguesa SA Castanheira Do Ribatejo 2600 Villa Franca De Vira PORTUGAL Tel: 63 23111 Tx: 13842 Fax: 63 31586 Ferro Enamel Espanola S.A. Ap. 232 Castellon Carretera Valencia-Barcelona Km 61.5 12550 Almazora/Castellon SPAIN Tel: 64 533 900 Tx: 65523 E Fax: 64 534 051
Ferro (Sverige) A.B. Skruvgatan 6-8 21124 MALMO SWEDEN Tel: 40 180890 Tx: 32455 S Fax: 40 187717 Ferro (Schweiz) A.G. Alte Zurcherstrasse 18 Beim Neumarkt CH 5200 BRUGG SWITZERLAND Tel: 056 419840 Tx: 825121 CH Fax: 056 422510 Ferro (Great Britain) Ltd Westgate ALDRIDGE Walsall West Midlands WS9 8YH UNITED KINGDOM Tel: 01922 58300 Tx: 338623 Fax: 01922 52986
Ferro Corp. Ferro Corp 5001 O’Hara Drive EVANSVILLE IN 47711 USA Tel: 812-423-5218 Fax: 812-423-1864
Fibrecote Industries Fibrecote Industries Inc 172 E. Aurora St PO. Box 10001 WATERBURY CT 06725 USA Tel: 203-755-1344 Fax: 203-574-5411
Furane Products Furane Products Co. 5121 San Farnando Rd West LOS ANGELES CA 90039 USA Tel: 812-247-6210 Tx: 845-247 Fax: 818-507-0167
Company Listing G.E. Plastics
Geon
General Electric Plastics France SaRL Z.I. de St. Guenault BP 67 F-91002 EVRY/CEDEX FRANCE Tel: 1 6079 6900 Fax: 1 6077 5653
Geon Co. 6100 Oak Tree Blvd Cleveland OH 44131 USA Tel: 216-447-6000 Fax: 216-447-6245
General Electric Plastics GmbH Eisenstrasse 5 D-6090 Russelsheim GERMANY Tel: 6142 6010 Fax: 6142 65746 General Electric Plastics bv 1 Plasticslaan P.O.Box 117 NL-4600 AC BERGEN OP ZOOM NETHERLANDS Tel: 1640 32391 Tx: 78421 NL Fax: 1640 32809 General Electric Plastics Italia SpA Viale Brianza 181 I-20092 Cinisello Balsamo MILANO ITALY Tel: 2 6183 41 Fax: 2 6183 4211 General Electric Plastics Iberica SA Avenida Diagonal 601 - 7° E-08028 BARCELONA SPAIN Tel: 3 405 3545 Fax: 3 405 2864 G.E. Plastics Ltd Old Hall Road SALE Cheshire M33 2HG UNITED KINGDOM Tel: 0161 905 5000 Fax: 0161 905 5106 G.E. Plastics 1 Plastics Avenue Pittsfield MA 01201 USA Tel: 413-448-7447 Fax: 413 448 7731
Georgia-Pacific Georgia-Pacific Corp. 113 Peach Tree St NE ATLANTA GA 30303 USA Tel: 404 652 4000 Fax: 404 584 1470
Glasflex Glasflex Corp. 4 Stirling Road PO Box 197 STIRLING NJ 07980 USA Tel: 908 647 4100 Fax: 908 647 6774
Glastic Glastic Co. 4321 Glenridge Road CLEVELAND OH 44121 USA Tel: 216-486-0100 Fax: 216-486-1091
Cambridge CB4 4BR UNITED KINGDOM Tel: 01223 568068 Fax: 01223 420639
Grafil Grafil Inc. PO Box 11 Coventry CV6 5AB UNITED KINGDOM Tel: 01203 860011/2 Fax: 01203 860013
Haysite Reinforced Plastics Haysite Reinforced Plastics 5599 New Perry Hwy. ERIE PA 16509 USA Tel: 814-868-3691 Fax: 814-864-7803
Hexcel Hexcel Corp. Resins Group 20701 Nordhoff Street PO. Box 2197 CHATSWORTH CA 91311 USA Tel: 818-882-3022 Tx: 673658 Fax: 818-709-0399
Himont Goodfellow General Polymers General Polymers Div. Ashland Chemical Co. P.O. Box 2219 Columbus OH 43216 USA Tel: 614-889-3855 Fax: 614-889-4043
Goodfellow GmbH Kurstrasse 13-15 W-6350 Bad Nauheim GERMANY Tel: 06032 4034 Fax: 06032 4765 Goodfellow Cambridge Science Park
Himont Belgium NV Mercure Centre Raketstraat 100 - Box 14 B-1130 BRUXELLES BELGIUM Tel: 2 7247911 Tx: 63931 Fax: 2 7208385 Himont France SARL Immeuble MB9 65 Rue des Trois Fontanot F-92732 Nanterre Cedex
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The Plastics Compendium - Volume 1, Key Properties and Sources FRANCE Tel: 1 46963400 Tx: 616237 Fax: 1 47259427 Himont Deutschland GmbH Kolnerstrasse 3a D-65760 Eschborn GERMANY Tel: 6196 92201 Tx: 4072716 Fax: 6196 482506 Himont Italia Spa Via Rosellini 19 I-20124 Milano ITALY Tel: 2 69961 Tx: 321664 Fax: 2 699 68841 Montedison Chemicals SA Av. da Diagonal 477 - Planta 18 E-08036 Barcelona SPAIN Tel: 93 419 9200 Fax: 93 419 9323 Montedison Skandinavien Svensk Filial Drakegatan 6 S-41250 Goteborg SWEDEN Tel: 31 830060 Tx: 27759 Fax: 31 833975 Himont UK Ltd Bramley Road Mount Farm MILTON KEYNES MK1 1LZ UNITED KINGDOM Tel: 01908 271222 Tx: 825348 Fax: 01908 270167 Himont USA 3 Little Falls Centre 2801 Centreville Rd PO Box 15439 Wilmington DE 19850-5439 USA Tel: 302-996-6000 Fax: 302-996-6051
Hoechst Hoechst Belgium SA Chaussee de Charleroi 111 B-1060 BRUXELLES BELGIUM Tel: 2 536 4111 Tx: 21396 B Fax: 2 5372959 Hoechst Danmark AS Islevdalvej 110
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DK-2610 Rodovre DENMARK Tel: 42 912622 Tx: 35366 DK Fax: 42 91505
Walton MILTON KEYNES MK7 7AJ UNITED KINGDOM Tel: 01908 680540 Fax: 01908 680516
Oy Hoechst Fennica Ab PL 237 01560 Maantiekyla FINLAND Tel: 90 820 022 Tx: 124801
Hoechst Celanese Corp. 26 Main Street CHATHAM NJ 07928 USA Tel: 201-635-4230
Hoechst France SARL Tour Roussel Nobel Cedex 3 F-92080 Paris la defense FRANCE Tel: 1 4081 4000 Tx: 620989 F Fax: 1 47747456
Huls
Hoechst Aktiengesellschaft Postfach 800320 D-6230 Frankfurt am Main 80 GERMANY Tel: 069 305 1 Fax: 069 315203 N.G. Zullas & Co. Rue Eolou 11 ATHINA 116 GREECE Tel: 13210101 Tx: 215384 GR Hoechst Holland NV Postbus 12987 NL-100 AZ AMSTERDAM -Z.O NETHERLANDS Tel: 20 5908911 Tx: 12051 NL Fax: 20 973659 Hoechst Italia Spa Via M.U.Traiano 18 I-20100 MILANO ITALY Tel: 2 31071 Tx: 320164 I Fax: 2 3311351 Hoechst Iberica SA Traversa de Gracia 47-49 08021 Barcelona SPAIN Tel: 3 209 3111 Tx: 53160 Fax: 3 2011322 Hoechst AB Svenska Box 5415 S-40229 GOTEBORG SWEDEN Tel: 31 678500 Tx: 2275 S Fax: 31 877917 Hoechst UK Limited Polymers Division Walton Manor
Huls-Austria GmbH Gonzagasse 4 Postfach 6 A-1011 WIEN 1 AUSTRIA Tel: 1535 3561-66 Tx: 115290 A Fax: 1535 35616 NV Huls Belgien SA Meiboomstraat 26 1500 Halle BELGIUM Tel: 2 363 0811 Tx: 23353 B Fax: 2 363 0849 Huls Danmark A/S Capella Hjornevey 4 2100 Kopenhavn DENMARK Tel: 3526 9111 Tx: 19664 DK Fax: 3526 9011 Huls France SA 49-51 Quai de Dion Bouton 92815 Puteaux Cedex FRANCE Tel: 1 4906 5500 Tx: 611868 F Fax: 1 4773 9765 Huls AG Verkaufsburo Berlin Kurfurstendamm 202 Postfach 15 06 29 10719 BERLIN GERMANY Tel: 884 4840 Tx: 303883 D Fax: 884 48413 Huls-Nederland BV Straatweg 62 Postbus 40 NL-3621 BR BREUKELEN NETHERLANDS Tel: 34 6265811 Tx: 70161 NL Fax: 34 6264854
Company Listing Huels Italia SpA Viale Marelli 165 20099 Sesto San Giovanni (MI) ITALY Tel: 2 26 2361 Tx: 322290 I Fax: 2 2622 2653 Huls Norge AS Haraldsvei 5 N-1470 Loerenskog NORWAY Tel: 2 70 6210 Tx: 72322 N Fax: 2 97 0015 Huels Portugal - Produtos Quimicos - Lda. Avenida da Republica - 56-8 Esq. 1000 Lisboa PORTUGAL Tel: 1 796 4843 Tx: 65602 P Fax: 1 797 7280 Huels Espanola SA Passeig de Gracia 54 E-08007 BARCELONA SPAIN Tel: 3487 1330 Tx: 98052 E Fax: 3215 7715 Huls Sverige AB Norra Vallgaten 64 Box 357 S-20123 MALMO SWEDEN Tel: 407 5520 Tx: 32725 S Fax: 4011 5332 Huels (Schweiz) AG Kohlrainstrasse 1 CH-8700 KUESNACHT (ZH) SWITZERLAND Tel: 1 910 4411 Tx: 825784 CH Fax: 1 910 4478 Huls UK Featherstone Road Wolverton Mill South MILTON KEYNES Bucks MK12 5TB UNITED KINGDOM Tel: 01908 226444 Fax: 01908 224950
Huls America Huls America Inc 80 Centennial Avenue PO Box 456 Piscataway NJ 08855-0456
USA Tel: 908-980-6800 Fax: 908-981-5497
Huntsman Chemical Huntsman Chemical Company Isherwood Road Carrington Urmston Manchester M31 4TJ UNITED KINGDOM Tel: 0161 775 5321 Tx: 668460 Fax: 0161 775 0105 Huntsman Chemical Corp Plastics Div 2000 Eagle Gate Tower Salt Lake City UT 84111 USA Tel: 801 532 5200 Fax: 801 536 1581
GERMANY Tel: 069 580100 Tx: 416974 D Fax: 069 5801234 ICI (Italia) Spa Viale Isonza 25 I-20135 MILANO ITALY Tel: 02 583921 Tx: 310442 Fax: 02 58302220 ICI Espana SA Gran Via Sur Km 2.2 - 08908 Hospitalet BARCELONA SPAIN Tel: 3 335 6014 Tx: 52184 E Fax: 3 336 7758 ICI Acrylics PO Box 34 DARWEN Lancashire BB3 1QB UNITED KINGDOM Tel: 01254 874444 Tx: 668411 Fax: 01254 873300
Hydro Polymers Hydro Polymers Ltd Aycliffe Industrial Estate NEWTON AYCLIFFE County Durham DL5 6EA UNITED KINGDOM Tel: 01325 300555 Tx: 58322 Fax: 01325 300210
ICI Acrylics NV ICI Belgium SA Everslaan 45 B-3078 EVERBERG BELGIUM Tel: 02 758 9211 Tx: 21332 B Fax: 02 759 7722 ICI France SA 1 Avenue Newton F-92142 CLAMART Cedex FRANCE Tel: 1 453 75111 Tx: 200909 F Fax: 1 46325251 Deutsche ICI GmbH Emil-von-Behring Str 2 Postfach 500728 D-6000 FRANKFURT/MAIN 50
ICI Chemical & Polymers ICI Osterreich GmbH Schwarzenbergplatz 7 A-1030 WIEN AUSTRIA Tel: 01 711310 Tx: 131446 A Fax: 01 71131-221 ICI Belgium SA NV Everslaan 45 B-3078 EVERBERG BELGIUM Tel: 02 758 9211 Tx: 21332 B Fax: 02 759 7722 ICI Denmark AS Islands Brygge 41 DK 2300 KOBENHAVN S DENMARK Tel: 31 576264 Tx: 31164 DK Fax: 31 571225 Suomen ICI Oy PO Box 15 SF-00401 HELSINKI FINLAND Tel: 0 50701 Tx: 121173 SF Fax: 0 5070202
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The Plastics Compendium - Volume 1, Key Properties and Sources ICI France SA 1 Avenue Newton F-92140 CLAMART PRINCIPAL CEDEX FRANCE Tel: 1 453 75111 Tx: 200909 F Fax: 1 46325251 Deutsche ICI GmbH Emil-von-Behring str 2 Postfach 500728 D-6000 FRANKFURT/MAIN 50 GERMANY Tel: 069 580100 Tx: 416974 D Fax: 069 5801234 ICI Hellas SA Syngrou Ave 231 17121 ATHINA GREECE Tel: 935 8302 Tx: 215922 GR Fax: 934 9964 ICI Holland BV Wijnhaven 107 NL-3011 WM ROTTERDAM NETHERLANDS Tel: 010 4171911 Tx: 21207 NL Fax: 010 4115560 ICI (Italia) SpA Viale Isonzo 25 I-20135 MILANO ITALY Tel: 02 583921 Tx: 310282 I Fax: 02 58302220 ICI Norge AS PO Box 173 Drammensveien 126 Skoyen N 0212 OSLO 2 NORWAY Tel: 02 555200 Tx: 71633 N Fax: 02 55 3382 ICI Portuguesa Lda Apartado 2685 Rua Filipe Folque 2-5 P-1000 LISBON PORTUGAL Tel: 01 562161 Tx: 12208 P Fax: 01 562220 ICI Espana SA Gran Via Sur (KM 2) E-08908 Hospitalet BARCELONA SPAIN Tel: 3 335 6014 Tx: 52184 E Fax: 3 336 7758
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Svenska ICI AB P.O.Box 184 S-40123 GOTEBORG SWEDEN Tel: 31 450965 Tx: 20665 S Fax: 31 491489 ICI (Switzerland) AG Hochhaus zur Palme Bleicherweg 33 CH-8039 ZURICH SWITZERLAND Tel: 01 2025091 Tx: 815375 CH Fax: 01 202 8579 ICI Chemical & Polymers Group Wilton PO Box 90 MIDDLESBROUGH Cleveland TS90 8JE UNITED KINGDOM Tel: 01642 454 144 Tx: 587461 Fax: 01642 432 444 ICI Chemicals & Polymers Concord Plaza Tatnall 1 3411 Silverside Rd PO Box 15391 Wilmington DE 19850 USA Tel: 302 887 5536 Fax: 302 887 2089
ICI Composites ICI Composites Inc. Fiberite Molding Materials 501 W. 3rd St. Winona MN 55987-0468 USA Tel: 507-454-3611 Fax: 507-454-5105
ICI Polyurethane Acron Chemicals Ltd. Unterre Donau Strasse 35 A1020 VIENNA AUSTRIA Tel: 222 266601 Tx: 62511 A Fax: 222 2165792 SK Kone Oy Kalevantie 7 SF-33100 TAMPERE FINLAND Tel: 3124 44111 Tx: 22256 SF Fax: 311 14315 Antoine Kardous 6 Rue du Vexin 76130 MOUNT SAINT AIGNAN FRANCE Tel: 35 741484 Tx: 180555 F Fax: 35 756548 United Shoe Machinery Company AS Postboks 64 Korsvoll 0808 OSLO 8 NORWAY Tx: 16214 N Mapril Rio Nogueira PO Box 7 Vermoir 4470 MAIA PORTUGAL Chematex Koksgatan 18 Box 50121 S-20211 MALMO SWEDEN Tel: 040 935550 Tx: 32191 S Fax: 40 93 2874 ICI Polyurethane Hitchen Lane SHEPTON MALLET Somerset BA4 5TZ UNITED KINGDOM Tel: 01749 343061 Tx: 449780 Fax: 01749 346283
ICI Films ICI Films New Murphy & Concord Pike Wilmington DE 19897 USA Tel: 302-886-3000 Fax: 302 886 5365
Kemira Polymers Kemira Polymers Mijweg 65 PO Box 83 NL-3300 AB Dordrecht NETHERLANDS Tel: 78 527520 Fax: 78 184977
Company Listing Benfer Scheller SpA Viale Monza 265 20126 Milano ITALY Tel: 2 257 702 Fax: 2 255 3273 Mario Coehlo Rua Campo Alegre 672 - 1° E P-4100 Porto PORTUGAL Tel: 2 692 425 Fax: 2 600 0207 Quimidroga SA Tuset 26 E-08006 Barcelona SPAIN Tel: 3 415 4242 Fax: 3 217 7720 Rubber and Plastics AB Box 5059 SW-102 42 Stockholm SWEDEN Tel: 8 662 3220 Fax: 8 662 1260 Kemira Polymers Station Road Birch Vale Stockport Cheshire SK12 5BR UNITED KINGDOM Tel: 01663 746518 Fax: 01663 746605
Keysor-Century Keysor-Century Corp. 26000 Springbrook Rd PO Box 308 Saugus CA 91350 USA Tel: 805-259-2360 Tx: 677239 Fax: 805-259-7937
Kooltherm Insulation Products Kooltherm Insulation Products Ltd PO Box 3 Charlestown GLOSSOP SK13 8LE Derbyshire UNITED KINGDOM Tel: 01457 861611 Tx: 669867 Fax: 01457 852319
Lankro Chemicals Urethane Division Lankro Chemicals Urethane Division PO Box 1 Silk Street Eccles MANCHESTER M30 0BH UNITED KINGDOM Tel: 0161 789 7300 Tx: 667725 Fax: 0161 788 7886
LATI Gedriplastics NV Industriezone Peerderbaan Toekornststraat,6 B-3960 Bree BELGIUM Tel: 089 471934 Telex: 39565 Fax: 089 471933
SCANDILATI TERMOPLASTICI AB Skeppsbroplatsen 1 S-411 18 Goteborg SWEDEN Tel: 31 7740236 Fax: 31 7740736 LATI Industria Termoplastici Lowengasse 1 Postfach 208 CH-4502 Solothurn SWITZERLAND Tel: 065 214646 Fax: 065 214647 LATI UK Limited PO Box 103 Sandbach Cheshire CW11 0ZF Tel: 01270 759490 Fax: 01270 759491
LNP Plastics
Thertec SA Z.I. des Ebizoires 4 Rue des Frères Lumière F-78370 Plaisir FRANCE Tel: 1 30554270 Telex: 696106
Bruno Weile Chemicals ApS PO Box 73 DK-2820 Gentofte DENMARK Tel: 31 680660 Tx: 15299 DK Fax: 31 681932
LATI Industria Termoplastici Deutschland GmbH Karlstrasse,110 D-80335 München GERMANY Tel: 089 591727 Telex: 05/22596 Fax: 089 591081
Fredimik KY Keinulaudankuja 4F SF-00940 Helsinki FINLAND Tel: 0340 1166 Fax: 0340 1191
LATI Industria Termoplastici Deutschland GmbH Zweigstelle Nordenstadt Borsigstrasse, 12 D-65205 Wiesbaden - Nordenstadt GERMANY Tel: 6122 16061 Fax: 6122 2115 LATI Industria Termoplastici SpA Direzione Generale e Commerciale via F. Baracca, 7 I-21040 Vedano Olona (Va) ITALY Tel: 0332 409111 Telex: 380114 Fax: 0332 409235/307 LATI Iberica S.L. Calle Aribau, 237 ESC. A, 5°/1° E-08021 Barcelona SPAIN Tel: 3 2097377 Fax: 3 2011519
Ets. Comaip 68 Avenue du Generale Michel-Bizot F-75012 PARIS FRANCE Tel: 1 4473 1000 Fax: 1 4346 8592 LNP Plastics Deutschland GmbH Bleichstrasse 3 D-41061 Moenchengladbach GERMANY Tel: 2161 21022 Fax: 2161 26082 LNP Plastics Nederland BV PO Box 13 4940 AA RAAMSDONKSVEER NETHERLANDS Tel: 1621 87600 Fax: 1621 21924 LNP Plastics Italia Srl Piazza Po 7 I-20144 Milano ITALY Tel: 2 4802 0826 Fax: 2 4802 0810
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The Plastics Compendium - Volume 1, Key Properties and Sources Mario Coelho Lda Rua do Campo Alegre 672-1°Esq P-4100 Porto PORTUGAL Tel: 2609 2425 Fax: 2600 0207 Acirsa SA Colon 14 Portale 5/6 E-46004 Valencia SPAIN Tel: 6394 1848 Fax: 6394 1849 Jan Waldenstrom AB Verkstadsgatan 10 S-50260 Boras SWEDEN Tel: 3312 6790 Fax: 3312 7584 Cellpack Ag Postfach 3950 CH-5610 Wohlen/Aargau SWITZERLAND Tel: 5721 4111 Fax: 5721 4456 LNP Plastics UK Unit 25 Monkspath Business Park Shirley SOLIHULL B90 4NX UNITED KINGDOM Tel: 0121 744 9922 Tx: 337643 Fax: 0121 744 2270
LNP Engineering Plastics LNP Engineering Plastics 475 Creamery Way Exton PA 19341 USA Tel: 610-363-4500 Fax: 610-363-4749
Mitsubishi Engineering Plastics Mitsubishi Engineering Plastics 9th Floor 520 Madison Avenue NEW YORK NY 10022 USA Tel: 212 752 4620 Fax: 212 758 4012
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Mitsui Mitsui Opernringhof Opernring 1 Stiege E Zimmer 339 A-1010 WIEN AUSTRIA Tel: 222 5874601 Tx: 111796 A Fax: 222 5872918 Mitsui & Co. Benelux SA/NV 14th Floor - A.G.Building Box 15 5 Place du Champ de Mars B-1050 BRUXELLES BELGIUM Tel: 2 5119120 Tx: 22035 B Fax: 2 5119099 Mitsui & Co. Finland OY Kaisaniemenkatu 1 Ba SF-00100 HELSINKI FINLAND Tel: 629266 Tx: 125880 SF Fax: 655652 Mitsui & Co France SA 37 Avenue Pierre Premier de Serbie F-75008 Paris FRANCE Tel: 1 47237871 Tx: 280930 F Fax: 1 47201908 Mitsui & Co. Deutschland GmbH Konigsallee 63-65 D-4000 Dusseldorf 1 GERMANY Tel: 211 93860 Tx: 8582081 D Fax: 211 9386268 Mitsui Petrochemicals 2nd Floor - 155 Syngrou Avenue GR-17121 N.Smyrni ATHINA GREECE Tel: 1 9325336 Tx: 216166 GR Fax: 1 9340846 Mitsui & Co. Benelux SA/NV Hoogoorddreef 9 NL-1101 BA AMSTERDAM Z-O NETHERLANDS Tel: 20 5630660 Tx: 16410 NL Fax: 20 6919496 Mitsui & Co. Italia Spa Piazza Del Liberty 2 I-20121 MILANO ITALY Tel: 2 62231 Tx: 310578 I Fax: 2 3498583
Mitsui & Co. Norway A/S Haakon VII’s Gate 5 N-0213 OSLO 1 NORWAY Tel: 2 8329658 Tx: 10557 Fax: 8 6113528 Mitsui & Co. Portugal Lda Edificio Mobil-Rua Castilho 165-3o P-1000 LISBOA PORTUGAL Tel: 1 656101 Tx: 12348 P Fax: 1 650253 Mitsui & Co. Espana SA Calle Orense 4 7/A Planta E-28020 MADRID SPAIN Tel: 1 5973112 Tx: 27201 E Fax: 1 5562686 Mitsui & Co. Scandinavia AB Stureplan 2 S-11487 STOCKHOLM SWEDEN Tel: 8 6795678 Tx: 10557 S Fax: 8 6113528 Mitsui & Co UK Plc 20 Old Bailey London EC4 M7QQ UNITED KINGDOM Tel: 0171 822 0321 Tx: 8953667 Fax: 0171 236 2130
Mitsui Plastics Mitsui Plastics Inc 1-11 Martine Ave White Plains NY 10606 USA Tel: 914 287 6800 Fax: 914 287 6850
Mobil Chemical Mobil Chemical Co. Petrochemicals Div. 15600 JFD Blvd. Suite 900 Houston TX 77032-2343 USA Tel: 713-590-7700 Fax: 713-590-7785
Company Listing Monmouth Plastic Monmouth Plastic Inc. 814 Asbury Ave. PO Box 921 ASBURY PARK NJ 07712 USA Tel: 908-775-5100 Fax: 908-775-9068
Monsanto Monsanto GmbH Am Stadtpark-Hilton Center A-1030 WIEN AUSTRIA Tel: 0222 724624 Tx: 135601 A Fax: 0222 72462429 Monsanto Europe NV Scheldelaan B-2040 ANTWERP BELGIUM Tel: 3 5685111 Tx: 33150 B Fax: 3 5686979 Monsanto AS Smedeland 6 DK-2600 GLOSTRUP DENMARK Tel: 42 477799 Tx: 33522 DK Fax: 42 459472 Monsanto Oy Mannerheimintie 15A SF-00260 HELSINKI FINLAND Tel: 409122 Tx: 124841 SF Fax: 409664 Societe Monsanto 120 Avenue Ch. de Gaulle F-92522 Neuilly s.Seine Cedex FRANCE Tel: 1 40884 300 Tx: 615835 F Fax: 140 884 343 Monsanto (Deutschland) GmbH Immermannstrasse 3 D-4000 DUSSELDORF GERMANY Tel: 211 36750 Tx: 8581307 D Fax: 211 3675347 Monsanto Hellas EPE Kifissias Avenue 64 Polis Complex bldg 2 Maroussi
GR-15125 ATHINA GREECE Tel: 1 6812021 Tx: 223461 GR Fax: 1 6842375 Monsanto BV Jan van Nassaustraat 53-55 NL 2596 BP THE HAGUE NETHERLANDS Tel: 0703 245015 Tx: 32208 NL Fax: 070 324 5921 Monsanto Italiana SpA Via Melchiorre gioia 8 I-20124 MILANO ITALY Tel: 02 62731 Tx: 320659 I Fax: 262 73300 Monsanto Norge AS Postboks 172 N-1322 Hovik NORWAY Tel: 02 537570 Tx: 19106 N Fax: 02 532941 Monsanto Espana SA Avenida Diagonal 615/4o E-08028 Barcelona SPAIN Tel: 93 4190307 Tx: 97014 E Fax: 93 4106536 Monsanto Scandinavia AB Yxhammarsgarten 27 PO Box 486 S-50107 BORAS SWEDEN Tel: 033 137050 Tx: 36008 S Fax: 33 101 710 Monsanto (Suisse) SA Tiefenhofe 10 CH-8022 ZURICH SWITZERLAND Tel: 01 2114507 Tx: 812572 CH Fax: 1 211 6495 Monsanto plc Monsanto House Chineham Court Chineham BASINGSTOKE Hants RG24 8AG UNITED KINGDOM Tel: 01256 57288 Tx: 858837 Fax: 01256 54995 Monsanto Co. 800 N. Lindbergh Blvd. ST. LOUIS
MO 63167 USA Tel: 314-694-1000 Tx: 44-7282 Fax: 314-694-4625
Morton International Morton International Inc. Specialty Polymers 137 Folly Mill Rd. Seabrook NH 03874 USA Tel: 603-474-2100 Fax: 603-474-5721
Nylacast Dukadan AS Kristrup Enveg 9 DK-8990 RANDERS DENMARK Tel: 86 426766 Tx: 65159 DK Fax: 86 415890 Christian Berner Oy PO Box 12 Puusepankatu 5 SF-01741 FINLAND Tel: 780833 Tx: 121026 SF Zodrow Engineering GmbH Postfach 31D5653 LEICHLINGEN GERMANY Tel: 02175 5005 Tx: 8515933 D Fax: 02175 5091 Astrup & Son AS Haavard Martin sersvei 34 0978 Oslo 9 NORWAY Tel: 02 109450 Tx: 71082 N Fax: 10 72 93 Christian Berner AB PO Box 207 S-433 24 PARTILLE SWEDEN Tel: 031 447100 Tx: 20604 S Nylacast Ltd Brighton Road LEICESTER LE5 0HD
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Nyltech Nyltech Deutschland GmbH Hermann Mitschtr. 36A D-79108 Freibuirg-im-Breisgau GERMANY Tel: 0761 5110 Fax: 0761 511 3675 Nyltech France BP 64 F-69192 Saint-Fons Cedex FRANCE Tel: 7289 2700 Fax: 7273 9412 Nyltech Italia SpA Via 1° Maggio 80 I-20020 Ceriano-Laghetto (MI) ITALY Tel: 2 961 061 Tx: 314594 Fax: 2 961 6547 Nyltech Quimica Iberica SA Av Diagonal 640 2nd Floor E-08017 Barcelona SPAIN Tel: 3 430 4900 Fax: 3 419 7354 Nyltech UK Ltd 36 Broadway St James London SW1H 0BH UNITED KINGDOM Tel: 0171 222 8696 Fax: 0171 222 8705
Occidental Chemical Occidental Chemical Holidaystraat 5 B-1831 DIEGEM BELGIUM Tel: 2 7254450 Tx: 23046 B Fax: 2 7254676 Occidental Chemical France SARL Sone de Courtaboeuf 1 Rue de Terre-Neuve F-91940 Les Ulls FRANCE Tel: 1 69071958 Tx: 681409 F Fax: 1 69075458
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Occidental Chemical Deutschland GmbH Kanzlerstrasse 6 D-4000 DUSSELDORF 30 GERMANY Tel: 211 6588041 Tx: 8587755 D Fax: 211 654246
Tel: 331 5046 00 Tx: 323652
Occidental Chemical Park House 354 Broadway Horsforth LEEDS LS18 4RE UNITED KINGDOM Tel: 01113 2591020 Tx: 556256 Fax: 01113 2581163
Perstorp Ferguson Aycliffe Industrial Estate NEWTON AYCLIFFE County Durham DL5 6UE UNITED KINGDOM Tel: 01325 300666 Tx: 587214 Fax: 01325 303214
Occidental Chemical Corp. Durez Div. 5005 LBJ FRWY Dallas TX 75244 USA Tel: 214-404-3800 Fax: 214-404-4981 Occidental Chemical Corp. Vinyls Div. 5005 LBJ FRWY Dallas TX 75244 Tel: 214-404-3800 Fax: 214-404-3669
Perstorp Compounds S-284 80 Perstorp SWEDEN Tel: 435 380 00 Tx: 72000
Phillips Chemical Phillips Chemical Co. Engineering Plastics P.O. Box 7777 Bartlesville OK 74005-7777 USA Tel: 800-231-3630 Phillips Chemical Co. Plastics Div. 2625 Bay Area Blvd. Houston TX 77058 USA Tel: 800-231-1212
Perstorp Ferguson Perstorp Austria GmbH Sebastian Kohlgasse 3-9 Postfach 97 A-1211 Wien AUSTRIA Tel: 222 38 3636 Tx: 134990 Perstorp Bakelite SA 1 Rue Jean-Carrasso BP 13 F-95872 Bezons - Cedex FRANCE Tel: 1 3947 8342 Tx: 605947 Perstorp Vertriebs GmbH Meierweg 1/B 239 Postfach 3550 D-4902 Bad Salzuflen 1 GERMANY Tel: 5222 220 37 Tx: 9312236 Perstorp SpA Via Sempione 13 I-210 53 Castellanza (VA) ITALY
Phillips Quadrant Petroleum Chemical NV Phillips Petroleum Chemicals SA Brusselsesteenweg 355 B-3090 OVERIJSE BELGIUM Tel: 02 6891211 Tx: 22197 B Fax: 02 689 1472 Phillips Petroleum Intl. France SA 104 Avenue Albert 1er F-92563 Rueil Malmaison Cedex FRANCE Tel: 1 4752 9560 Tx: 631026 Fax: 1 4752 9561 Phillips Petroleum International GmbH Adalbertstrasse 44-48 Postfach 90 07 24 D-6000 FRANKFURT/MAIN 90 GERMANY Tel: 069 793050
Company Listing Tx: 413858 D Fax: 069 793 0538 Phillips Petroleum International SrL Via Cavallotti 13 I-20122 MILANO ITALY Tel: 2 781651 Tx: 323349 I Fax: 2 780944 Phillips Quadrant Petroleum Chemical UK 35 Guilford Road WOKING Surrey GU22 7QT UNITED KINGDOM Tel: 01483 752315 Tx: 859763 Fax: 01483 752371
Plastic Manufacturing Plastic Manufacturing Co. 2700 S. Westmoreland PO. Box 24645 DALLAS TX 75233 USA Tel: 214-330-8671 Fax: 214-337-7428
Polymer Polymer Corp. 2120 Fairmont Ave PO Box 14235 READING PA 19612-4235 USA Tel: 215-320-6600 Tx: 83-6417 Fax: 215-320-6866
Quantum Chemical Polyply Polyply Inc. 1540 Marion St Grand Haven MI 49417 USA Tel: 616 842 6330 Fax: 616 842 5320
Polifil Polifil 1112 River St. P.O. Box 509 Woonsocket RI 02895 USA Tel: 401-767-2700 Fax: 401-767-2823
Quantum Chemical Co. USI Div. 11500 Northlake Dr. P.O. Box 429550 Cincinnati OH 45249 USA Tel: 513-530-6500 Fax: 513-530-6313
Railko Premix Premix Inc. PO Box 281 N. Kingsville OH 44130 USA Tel: 216 224 2181 Fax: 216 224 2766
Plastics Engineering Plastics Engineering Co. 3518 Lakeshore Road PO Box 758 SHEBOYGAN WI 53082-0758 USA Tel: 414-458-2121 Fax: 414-458-1923
QO Chemicals Spring House 231 Glossop Road SHEFFIELD S10 2GW UNITED KINGDOM Tel: 01142 767842 Tx: 54462 Fax: 01142 758472
QO Chemicals
Unicupler GmbH 1190 Wien Weimarer Strasse 82 AUSTRIA Tel: 1 347123 Tx: 115974 Fax: 1 310 02641 Acton A/S Peter Bangs Vej 77 2000 Frederiksberg DENMARK Tel: 3110 8600 Fax: 3110 8500
QO Chemicals Inc. Industriedok 391 2030 ANTWERP BELGIUM Tel: 0354 12165 Tx: 32338 B Fax: 0354 16503
Oy Etra AB PO Box 6 SF-00741 HELSINKI 7 FINLAND Tel: 366 366 Tx: 124818 Fax: 369 9368
QO Chemicals GmbH Hermanstrasse 54 D-6078 NEU-ISENBERG GERMANY Tel: 06 102 25098 Tx: 417678 D Fax: 06102 1620
Railko Ltd 315 Square des Champs Elysees 91026 Evry Cedex FRANCE Tel: 1 6091 3430 Fax: 1 6091 3431
QO Chemicals SRL Via Montecatini 15 20144 MILANO ITALY Tel: 2 423 9471 Tx: 332289 I Fax: 2 483 00036
Railko Ltd Bureau Deutschland Postfach 200064 Hainstadter Strasse 31 D 63509 Hainburg GERMANY Tel: 228 451 050 Fax: 228 455 919
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The Plastics Compendium - Volume 1, Key Properties and Sources Elceestaal B.V. Postbus 606 33000 AP Dordrecht NETHERLANDS Tel: 078 170 888 Tx: 28635 Fax: 078 177204 Cetra s.n.c 20099 Sesto S. Giovanni (MI) Viale Casiraghi 9 MILAN ITALY Tel: 02 2404239 Tx: 311271 Fax: 2 2421275 Aubert Olsen A.S. Kjolbereggt 21 0653 OSLO 6 NORWAY Tel: 2219 0003 Tx: 71585 Fax: 2219 0012 J Vilanova & Ca Lda Rua de Boa Vista 160. 162 e 164 1 LISBON 1200 PORTUGAL Tel: 347 2731 Tx: 16633 Fax: 346 2919 Roller Industrial S.A. PO Box 476 48080 BILBAO SPAIN Tel: 449 7200 Tx: 32418 Fax: 440 5196 Salen & Wicander Teknik AB PO Box 1122 S-17122 Solna SWEDEN Tel: 8 730 1000 Fax: 8 734 0303 Schaffner-Behrend AG 8103 Unterengstringen DORFSTRASSE 55 SWITZERLAND Tel: 1750 5353 Tx: 827717 Fax: 1750 5371 Railko Ltd Boundary Road Loudwater HIGH WYCOMBE Bucks HP10 9QU UNITED KINGDOM Tel: 01628 524901 Tx: 848406 Fax: 01628 810761
394
Reichhold Chemical Reichhold Chemical Inc. 821 Silver Lake Blvd DOVER DE 19901 USA Tel: 302-736-9100 Fax: 302-736-9163
Resinoid Engineering Resinoid Engineering Corp. 7557 N St Louis Avenue SKOKIE IL 60076 USA Tel: 708-673-1050 Fax: 708-673-2160
Rexene Products Rexene Products Co. 5005 LBJ Freeway Dallas TX 75244 USA Tel: 214-450-9000 Fax: 214-450-9028
Rhone-Poulenc Rhone Poulenc Belgique 243 bd Sylvain Dupuis B-1070 Bruxelles BELGIUM Tel: 2 5294580 Tx: 23976 B Fax: 2 5294599 Rhone Poulenc Danmark AS Gladsaxevej 378 DK-2860 Soborg Kopenhagen DENMARK Tel: 31 5632 00 Tx: 19629 Fax: 31 6736 26 Rhone Poulenc Chimie Dept. Plastics Techniques Les Miroirs Cedex 29 F-92097 Paris la Defense FRANCE Tel: 4768 1234 Tx: 610500 F Fax: 4768 0383
Rhone-Poulenc GmbH Staedelstrasse 10 Postfach 700862 D-6000 FRANKFURT/MAIN 70 GERMANY Tel: 6960 930 Tx: 416085 D Fax: 6960 93333 Rhone-Poulenc Nederland BV Bovenkerkerweg 6/8 Postbus 418 NL-1180 AK AMSTELVEEN NETHERLANDS Tel: 20 5473911 Tx: 12544 NL Fax: 20 472479 Rhone-Poulenc Italia SpA Via Winckelmann 2 I-20146 MILANO ITALY Tel: 02 4246317 Tx: 332330 I Fax: 2 48955087 Rhone-Poulenc de Portugal Rua Sa Da Bandeira 819-6e Esq P-4000 PORTO PORTUGAL Tel: 2 384872 Tx: 28170 P Fax: 2 380995 Rhone-Poulenc Quimica SA Plaza Francesc Macia 10 3 Planta Edificio Winterthur E-08036 BARCELONA SPAIN Tel: 3 4106201 Tx: 57515 E Fax: 3 4309019 Rhone Poulenc Sverige AB Folkungagatan 122 S-10262 Stockholm 4 SWEDEN Tel: 823 7480 Tx: 11680 Fax: 841 8863 Rhone-Poulenc (Suisse) SA 63 Rue de Lausanne CH-1211 GENEVA 21 SWITZERLAND Tel: 22 7315950 Tx: 412733 CH Fax: 22 7388560 Rhone-Poulenc UK Ltd Oak House Reeds Crescent Watford Herts WD1 1QH UNITED KINGDOM Tel: 01923 211700 Tx: 28184 Fax: 01923 211580
Company Listing Rhone-Poulenc Inc. PO. Box 125 MONMOUTH JUNCTION NJ 08852 USA Tel: 908-297-0100 Tx: 87247030 Fax: 908-297-0188
Rogers Rogers Corp. Moulding Materials Divison Mill & Oakland Sts PO. Box 550 MANCHESTER CT 06045-0550 USA Tel: 708 365 2131
Rohm & Haas Rohm & Haas GmbH Diefenbachgasse 35-41 A-1150 WEIN AUSTRIA Tel: 222 894 1760 Tx: 133199 Fax: 222 894 1869 Rohm & Haas Benelux NV Noorderlaan 111-B-9 2030 ANTWERPEN BELGIUM Tel: 3 541 2880 Tx: 71805 Fax: 3 541 7769 Rohm and Haas France SA La Tour de Lyon 185 Rue de Bercy 75579 PARIS CEDEX 12 FRANCE Tel: 1 4002 5000 Tx: 220819 Fax: 1 4345 2819 Rohm & Haas Deutschland GmbH In der Kron 4 Postfach 940322 6000 Frankfurt/Main 90 GERMANY Tel: 6978 9960 Tx: 413440 Fax: 69 789 5356 Rohm & Haas Italia SpA Casella Postale 1792 Via Vittor Pisani 26 20124 MILANO ITALY
Tel: 2 6766 841 Tx: 310510 Fax: 2 669 88009 Rohm and Haas Portugal Lda Avenida Columbano Bordalo Pinheiro 94 - 7 Dto P-1000 LISBOA PORTUGAL Tel: 1 7263102 Tx: 18338 Fax: 1 7267274 Rohm and Haas Espana SA Probenza 216-3rd floor 08036 BARCELONA SPAIN Tel: 3 323 2066 Tx: 53150 Fax: 3 323 4043 Rohm & Haas Nordiska AB Box 4061 Anderstorpsvagen 4 Flat 5 S-171 04 Solna SWEDEN Tel: 8 73 58730 Tx: 10735 Fax: 8730 3935 Rohm & Haas UK Ltd Lennig House 2 Masons Avenue CROYDON CR9 3NB UNITED KINGDOM Tel: 0181 686 8844 Tx: 917266 Fax: 0181 686 8329
Scott Bader Scott Bader SA 65 Rue du Sully 80044 Amiens Cedex 01 FRANCE Tel: 22 44 4200 Tx: 150425 F Fax: 22 44 0624 J and W Wegman BV Computerweg 5 PO Box 1648 3600 BP Maarssen NETHERLANDS Tel: 03465 72864 Fax: 03465 72842 Tx: 14413 NL Niedert Strand AB Betongvagen 4 Box 202 S-31123 Falkenberg SWEDEN Tel: 34 610100 Fax: 34 659226 The Scott Bader Co Ltd Wollaston Hall High St Wollaston WELLINGBOROUGH Northants. NN29 7RL UNITED KINGDOM Tel: 01933 663100 Tx: 31387 Fax: 01933 663474
Shell Chemicals RTP RTP Co. 580 E. Front Street PO Box 5439 WINONA MN 55987-0439 USA Tel: 507-454-6900 Fax: 507-454-8130
A. Schulman A. Schulman Inc. 3550 West Market Street PO. Box 1710 AKRON OH 44333 USA Tel: 216-666-3751 Tx: 6874422 Fax: 216-668-7204
Shell Austria Ag PO Box 174 Rennweg 12 A-1011 WIEN AUSTRIA Tel: 1 78030 Tx: 133241 A Fax: 7803401 Belgien Shell SA Shell Building 47 Cantersteen B-1000 BRUXELLES BELGIUM Tel: 25089111 Tx: 21314 B Fax: 25089650 Dansk Shell AS Shell-Huset Kampmannsgade 2 DK-1604 KOBENHAVN V DENMARK Tel: 1 125340 Tx: 22242 DK Fax: 153912
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The Plastics Compendium - Volume 1, Key Properties and Sources Shell AB Oy PO Box 33 SF 00981 HELSINKI FINLAND Tel: 31901 Tx: 124718 SF Fax: 312211 Shell Chimie 29 Rue de Berri 75397 PARIS CEDEX 08 FRANCE Tel: 1 4561 8282 Tx: 280125 F Fax: 456 18299 Deutsche Shell Chemie GmbH Kolnerstrasse 6 Postfach 5220 D6236 ESCHBORN GERMANY Tel: 06196 4740 Tx: 4072939 Fax: 474502 Shell Chemicals (Hellas) Ltd. PO Box 3499 GR 102.10 ATHINA GREECE Tel: 01 923 2222 Tx: 215162 GR Shell Italia SpA Via Londonio 2 20154 MILANO ITALY Tel: 02 38851 Tx: 333074 I Fax: 3314113 Norske Shell AS PO Box 1154 Sentrum 0107 OSLO 1 NORWAY Tel: 2 665000 Tx: 11224 N Fax: 2 665418 Shell Portuguesa SARL Caixa Postal 2008 1101 LISBOA CODEX PORTUGAL Tel: 574033 Tx: 18322 P Fax: 578956 Socediadad Petrol. Espanola Shell SA Apartado 652 MADRID 14 SPAIN Tel: 01 5214741 Tx: 27734 E Fax: 5212940 Shell Norden BV Armengatan 38 S-171 79 Solna
396
SWEDEN Tel: 08 7308000 Tx: 19360 S Fax: 735 4707 Shell (Switzerland) Chemie CPD PO Box 8021 ZURICH SWITZERLAND Tel: 01 206 2111 Tx: 755113 CH Fax: 206 2209 Shell Chemicals UK Heronbridge House Chester Business Park Wrexham Road Chester CH4 9QA UNITED KINGDOM Tel: 01244 685 000 Tx: 21795 Fax: 01244 685010 Shell Chemical Corp. One Shell Plaza PO Box 2463 HOUSTON TX 77252-2463 USA Tel: 713 241 5383 Fax: 713-241-6465
Shuman Plastics Shuman Plastics 35 Neoga Street DEPEW NY 14043 USA Tel: 716-685-2121 Tx: 919121 Fax: 716-685-3236
Solvay Chemicals Halvic Kunststoffewerke GmbH Parkring 12 A-1010 WIEN AUSTRIA Tel: 0222 515880 Tx: 111328 A Fax: 0222 5158860 Solvay SA Rue du Prince Albert 33 1050 BRUXELLES BELGIUM Tel: 02 509 6111 Tx: 21337 B Fax: 25096617
Thuesen & Funch H.C. Andersens Boulevard 4 DK-1553 KOBENHAVN V DENMARK Tel: 33 151212 Tx: 16122 DK Fax: 33 326843 Structor Oy PO Box 299 32 Museokatu SF 00101 HELSINKI FINLAND Tel: 90 440146 Tx: 124751 SF Fax: 90 408582 Deutsche Solvay-Werke GmbH Langhanstrasse 6 Postfach 110270 5650 SOLINGEN 11 GERMANY Tel: 0212 7041 Tx: 8514818 D Fax: 212 704572 Solvay & Cie. Via Turati 12 I-20121 MILANO MI ITALY Tel: 02 62321 Tx: 310463 I Fax: 2 6570581 Venilia A/s Sam Eydesv. 11 N-1412 Sofiemyr NORWAY Solvay Portugal Rua Fialho de Almeida 3 Apartado 2750 P-1118 Lisboa Codex PORTUGAL Tel: 1 572353 Tx: 13493 P Solvay & Cie SA Departamento de Materias Plasticas Mallorca 269 E-08008 BARCELONA SPAIN Tel: 3215 3258 Tx: 54665 E Fax: 3 2151192 Solvay Svenska AB Strandvagen 5A S-11451 SWEDEN Tel: 8 6618313 Tx: 11474 S Solvay (Schweiz) Ag Seefeld strasse 214 Ch-8008 ZURICH SWITZERLAND Tel: 01 55 9141 Tx: 812513 CH Fax: 01 55 8688
Company Listing Solvay Chemicals Ltd Unit 1 Grovelands Business Centre Boundary Way Hemel Hempstead Herts HP2 7TE UNITED KINGDOM Tel: 01442 236555 Tx: 826514 Fax: 01442 238770
Tetrafluor
Solvay Polymers
Thermofil
Solvay Polymers Inc. 3333 Richmond Ave PO Box 27328 HOUSTON TX 77098 USA Tel: 713-525-4000 Fax: 713-522-2435
Thermofil Inc. 6150 Whitmore Lake Rd PO Box 489 Brighton MI 48116 USA Tel: 810 227 3500 Fax: 810 227 3824
Sumitomo Plastics America
Tetrafluor Inc. 2051 East Maple Avenue EL SEGUNDO CA 90245 USA Tel: 310-322-8030 Fax: 310-640-0312
Thermoset Plastics
Sumitomo Plastics America Inc 900 Lafayette St Ste 510 Santa Clara CA 95050 USA Tel: 408 243 8402 Fax: 408 243 8405
Thermoset Plastics Inc. 5101 E. 65th Street PO. Box 20902 INDIANAPOLIS IN 46220 USA Tel: 317-259-4161 Tx: 27-6130 Fax: 317-259-8402
Swedlow
Toray Industries
Swedlow Inc. 12122 Western Avenue GARDEN GROVE CA 92641-2990 USA Tel: 714-893-7531 Tx: 67-8457 Fax: 714-897-1139
Toray Industries Inc. 600 3rd Avenue Floor 5 NEW YORK NY 10016 USA Tel: 212-697-8150 Tx: 233067 Fax: 212-972-4279
Teknor Apex Teknor Apex Co. 505 Central Avenue PAWTUCKET RI 02862 USA Tel: 401-725-8000 Fax: 401-724-6250
Tufnol Eriks NV Boombekelaan 3 2710 HOBOKEN BELGIUM Tel: 38 284800 Fax: 38 28 3959
Oy Fresta AB Lantinen Tecllisuuskatu 11 PL18 SF-02920 ESPOO FINLAND Tel: 847022 Tx: 124315 Fax: 846281 Cestidur Industries Z.1 Front De Bandiere BP 20 01360 BALAN FRANCE Tel: 72 25 9696 Tx: 370678 Fax: 75 25 9135 Kunststoffe A. Kruger Postfach 1207 2000 HAMBURG-BARSBUTTEL GERMANY Tel: 4670 5000 Tx: 2174442 Fax: 4670 50062 Eriks BV Voormeer 33 1813 SB ALKMAAR NETHERLANDS Tel: 072 141911 Tx: 57151 Fax: 072 155645 Davidson SpA Via C. Battisti 11 20121 MILAN ITALY Tel: 2 792781 Tx: 311547 C.B.A. Industriproduktor Industrivien 15 PO Box 146 N 2020 SKEDSMOKERSET NORWAY Tel: 06 876710 Tx: 76278 Fax: 06 879727 A. Black Commercio e Industria Rua da Boavista 28/32 1293 LISBOA CODEX PORTUGAL Tel: 1 328067 Tx: 14139 Bremen SA Barrio Atela 6 Apartado 71 Munguia VIZ CAYA SPAIN Tel: 94 674 0312 Tx: 34272 Fax: 94 674 1363 Axel H. Carlsson PO Box 30044 S-400 43 GOTEBORG SWEDEN
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The Plastics Compendium - Volume 1, Key Properties and Sources Tel: 31 498900 Tx: 20921 Fax: 31 47 2941 Cellpack AG CH-5610 WOHLEN AG SWITZERLAND Tel: 057 211111 Tx: 52699 CH Fax: 57 21 1111 Tufnol Ltd PO Box 376 Wellhead Lane Perry Barr Birmingham B42 2TB UNITED KINGDOM Tel: 0121 356 9351 Tx: 339730 Fax: 0121 331 4235
Victrex USA Inc 601 Wiillowbrook Lane West Chester PA 19382 USA Tel: 610 696 3144 Fax: 610 696 5702
Vigilant Plastics Vigilant Plastics 2 Plumpton Way CARSHALTON Surrey SM5 2DG UNITED KINGDOM Tel: 0181 773 1337 Tx: 297198 Fax: 0181 669 2754
Ube Industries Ube Industries Ltd. 666 Fifth Avenue NEW YORK NY 10103 USA Tel: 212-765-5865 Tx: 421845 Fax: 212-765-5263
Uniroyal Chemical Company Uniroyal Chemical Company World Headquarters MIDDLEBURY CT 06749 USA Tel: 203-573-2000 Fax: 203-573-2265
Victrex Victrex Sales Ltd York House Hillhouse Int PO Box 4 Thornton Cleveleys Lancs FY5 4QD UNITED KINGDOM Tel: 01253 861321 Fax: 01253 861152
398
Vista Chemical Vista Chemical 900 Threadneedle St PO Box 19029 HOUSTON TX 77079 USA Tel: 713-588-3000 Fax: 713-588-3236
Vyncolit Vynckier NV Nieuwe Vaart 51 B-9000 GENT BELGIUM Tel: 091 255741 Tx: 11257 Fax: 091 241209
Vyncolit Ltd Unit 24a Prior Estate Electric Avenue Witton Birmingham B6 7JJ UNITED KINGDOM Tel: 0121 327 3287 Tx: 338075 Fax: 0121 322 2480
Wacker Chemicals Wacker - Chemie (Belgium) SA Terhulpsesteenweg 177 - bus 7 1170 BRUXELLES 17 BELGIUM Tel: 02 673 8135 Tx: 21241 B Fax: 02 660 2553 Wacker Chemie Danmark A/S Postboks 170 DK 2625 Vallensbaek DENMARK Tel: 43620211 Fax: 43620633 Wacker Chemie GmbH Hanns - Seidel Platz 4 81737 Munchen GERMANY Tel: 089 6279 01 Tx: 529121 D Fax: 089 6279 1770 Wacker Quimica Iberica SA Corcega 303 2 Floor 08008 Barcelona SPAIN Tel: 93 217 5900 Fax: 93 217 5766 Wacker Kemi AB Box 12228 106 26 Stockholm SWEDEN Tel: 08 806070 Tx: 15898 S Wacker Chemicals Ltd The Clock Tower Mount Felix Bridge Street Walton-On-Thames Surrey KT12 1AS UNITED KINGDOM Tel: 01932 246111 Fax: 01932 240141
Washington Penn Plastics Washington Penn Plastics Co. 2080 North Main Street P.O.Box 236 WASHINGTON PA 15301 USA Tel: 412-228-1260 Fax: 412-228-0962
Company Listing Wellman Wellman Inc. Plastics Divsion Hwy 41 PO. Box 188 JOHNSONVILLE SC 29555 USA Tel: 803-386-2011 Tx: 940888 Fax: 803-386-3089
Zotefoames Zotefoames Ltd 675 Mitcham Rd CROYDON Surrey CR9 3AL UNITED KINGDOM Tel: 0181 6843622 Tx: 28854 Fax: 0181 6847571
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400
Materials Index
Materials Index A
Plating 8 Structural foam 9
ABS 1 Fire retardant 1 30% Glass fibre reinforced 2 High heat 3 High heat; UV stabilised 4 High impact 5 High impact; UV stabilised 6 Low gloss 6 Medium impact 7
Transparent 10
Acrylonitrile Butadiene Styrene/Polycarbonate Alloy 11 Acrylonitrile Butadiene Styrene/Polysulphone Alloy 12 Acrylonitrile Butadiene Styrene/ Polyvinylchloride Alloy 13 Alkyd 26 Long glass fibre reinforced; high impact 26
Plating 8
Mineral & glass fibre reinforced 27
Structural foam 9
Mineral & glass fibre reinforced; fire
Transparent 10
ABS/PC Alloy 11 ABS/PSul Alloy 12 ABS/PVC Alloy 13 Acetal 14 Copolymer 14
retardant 28 Mineral filled 27 Short glass fibre reinforced 29 Short glass fibre reinforced; fire retardant 29
ASA 30
Copolymer; 2% silicone lubricated 17 Copolymer; 30% carbon fibre reinforced 15 Copolymer; 30% glass fibre coupled 16 Copolymer; UV stabilised 17 Homopolymer 19 Homopolymer; glass fibre reinforced 20 Homopolymer; PTFE lubricated 20 Homopolymer; UV stabilised 21
Acetal/Elastomer Alloy 18 Super tough 18
Acrylate Styrene Acrylonitrile 30 Acrylic 22 Cast sheet 23 Casting 22 General purpose 24 High impact 25
Acrylonitrile Butadiene Styrene 1 Fire retardant 1 30% Glass fibre reinforced 2 High heat 3 High heat; UV stabilised 4 High impact 5 High impact; UV stabilised 6 Low gloss 6 Medium impact 7
C CA 31 CAB 32 CEE TPE 33 TPE 40D 33 TPE 55D 34 TPE 72D 35
Cellulose Acetate 31 Cellulose Acetate Butyrate 32 Cellulose Propionate 35 Chlorinated Polyethylene 36 Chlorinated Polyvinyl Chloride 37 Chlorinated PVC 37 Chlorotrifluoroethylene 38 Coether Ester based Thermoplastic Elastomer 33 TPE 40D 33 TPE 55D 34 TPE 72D 35
CP 35 CPE 36 CPVC 37 Crosslinked Polyethylene 307 CTFE 38
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The Plastics Compendium - Volume 1, Key Properties and Sources
D
Resin; flexible 61 Resin; general purpose 61
DAIP 39 Long glass fibre reinforced 39 Mineral filled 40
Resin; high heat 62
ETFE 63 30% Carbon fibre filled 65
Short glass fibre reinforced 41
10% Glass fibre filled 64
DAP 41 Long glass fibre reinforced 42 Long glass fibre reinforced; fire retardant 42 Mineral and synthetic fibre filled 44
30% Glass fibre filled 65
Etherester Amide based Thermoplastic Elastomer 48 TPE 40D 49
Mineral filled 43
TPE 63D 49
Short glass fibre reinforced 45 Short glass fibre reinforced; fire retardant 45
Diallyl Isophthalate 39 Long glass fibre reinforced 39 Mineral filled 40 Short glass fibre reinforced 41
TPE 70A 48
Ethylene-Chlorotrifluoroethylene 49 Glass fibre filled 47
Ethylene-Propylene Copolymer 66 Ethylene-Tetrafluoroethylene 63 30% Carbon fibre filled 65
Diallyl Phthalate 41
10% Glass fibre filled 64
Long glass fibre reinforced 42 Long glass fibre reinforced; fire retardant 42 Mineral and synthetic fibre filled 44
30% Glass fibre filled 65
Ethylene-Vinyl Acetate 67 12% VA 67
Mineral filled 43
25% VA 68
Short glass fibre reinforced 45 Short glass fibre reinforced; fire retardant 45
33% VA 69
EVA 67 12% VA 67
E
25% VA 68 33% VA 69
ECTFE 46 Glass fibre filled 47
EEA TPE 48 TPE 40D 49 TPE 63D 49 TPE 70A 48
Epoxies 50 Casting; aluminium filled 57 Casting; glass filled 58
F FEP 70 20% glass fibre coupled 71
Fluorinated Ethylene-Propylene 70 20% glass fibre coupled 71
Furane 71
Casting; mineral filled 59 Casting; silica filled 60 Laminate; carbon fibre prepreg 51 Laminate; glass fabric 51 Laminate; glass prepreg 52 Laminate; Kevlar prepreg 53 MC; fire retardant; mineral and glass fibre reinf. 57 MC; glass fibre reinforced 54 MC; high heat; glass fibre reinforced 54 MC; mineral and glass fibre reinforced 56 MC; mineral filled 55
402
H HDPE 72 MDPE 74 UV stabilised 73
High Density Polyethylene 72 MDPE 74 UV stabilised 73
High Impact Polystyrene 75 Fire retardant 76 UV stabilised 77
Materials Index HIPS 75
Fire retardant 91
Fire retardant 76
10% Glass fibre reinforced 95
UV stabilised 77
25% Glass bead filled 92 30% Glass fibre reinforced 96
I
30% Glass fibre reinforced; fire retardant 97
IONOMER 78
60% Glass fibre reinforced 98
50% Glass bead filled 93 Glass fibre and bead reinforced 94 High impact 99
L
Mineral filled 100
LDPE 79 UV stabilised 80
Linear Low Density Polyethylene 81 LLDPE 81 Low Density Polyethylene 79 UV stabilised 80
Molybdenum disulphide lubricated 101 20% PTFE lubricated 102 2% Silicone lubricated 103 Stampable sheet; glass fibre reinforced 104 UV stabilised 105
Nylon 6/10 126 30% Carbon fibre reinforced 127
M
Fire retardant 127
MDPE 74 Melamine 82 Melamine Formaldehyde 82 MF 82
30% Glass fibre reinforced 129
10% Glass fibre reinforced 128 20% PTFE lubricated 130 2% Silicone lubricated 130
Nylon 6/12 133 30% Carbon fibre reinforced 132 Fire retardant 133
N
10% Glass fibre reinforced 134
Nylon - Transparent 150 Amorphous; 30% glass fibre reinforced 151
Nylon 11 137 30% Carbon fibre reinforced 138
30% Glass fibre reinforced 135 20% PTFE lubricated 135 2% Silicone lubricated 136
Nylon 6/6 124
Fire retardant 139
10% Carbon fibre reinforced 108
Flexible 139
30% Carbon fibre reinforced 109
30% Glass fibre reinforced 140
Fire retardant 110
Semi flexible 141
10% Glass fibre reinforced 112
UV stabilised 142
33% Glass fibre reinforced 113
Nylon 12 143
40% Glass bead filled 111
Fire retardant 144
60% Glass fibre reinforced 114
Flexible 144
Glass fibre and bead reinforced 115
30% Glass fibre reinforced 146
High impact 116
50% Glass bead filled 145
40% Mineral filled 117
Semi flexible 147
Molybdenum disulphide lubricated 118
UV Stabilised 148
20% PTFE lubricated 119
Nylon 4/6 86 Nylon 6 87
Supertough 120 Supertough; 33% glass fibre reinforced 122
30% Carbon fibre reinforced 88
Supertough; fire retardant 121
Casting 89
UV stabilised 123
Elastomer copolymer 90
Nylon 6/6-6 124
403
The Plastics Compendium - Volume 1, Key Properties and Sources Nylon 6/9 125 Nylon RIM 149 Nylon/ABS Alloy 152 Nyrim 149
60% Glass fibre reinforced 98 High impact 99 Mineral filled 100 Molybdenum disulphide lubricated 101 20% PTFE lubricated 102 2% Silicone lubricated 103
O
Stampable sheet; glass fibre reinforced 104
Ol TPE 83 TPE 65A 83
UV stabilised 105
PA 6/10 126
TPE 85A 84
30% Carbon fibre reinforced 127
TPE 93A 85
Fire retardant 127
Olefinic based Thermoplastic Elastomer 83
10% Glass fibre reinforced 128
TPE 65A 83
30% Glass fibre reinforced 129
TPE 85A 84
20% PTFE lubricated 130
TPE 93A 85
Olefinic TPE 83
2% Silicone lubricated 130
PA 6/12 131
TPE 65A 83
30% Carbon fibre reinforced 132
TPE 85A 84
Fire retardant 133
TPE 93A 85
10% Glass fibre reinforced 134 30% Glass fibre reinforced 135 20% PTFE lubricated 135
P
2% Silicone lubricated 136
PA 11 137
PA 6/6 106
30% Carbon fibre reinforced 138
10% Carbon fibre reinforced 108
Fire retardant 139
30% Carbon fibre reinforced 109
Flexible 139
Fire retardant 110
30% Glass fibre reinforced 140
10% Glass fibre reinforced 112
Semi flexible 141
33% Glass fibre reinforced 113
UV stabilised 142
40% Glass bead filled 111
PA 12 143
60% Glass fibre reinforced 114
Fire retardant 144
Glass fibre and bead reinforced 115
Flexible 144
High impact 116
30% Glass fibre reinforced 146
40% Mineral filled 117
50% Glass bead filled 145
Molybdenum disulphide lubricated 118
Semi flexible 147
20% PTFE lubricated 119
UV Stabilised 148
Supertough 120
PA 4/6 86 PA 6 87 30% Carbon fibre reinforced 88 Casting 89 Elastomer copolymer 90 Fire retardant 91 25% Glass bead filled 92 50% Glass bead filled 93 Glass fibre and bead reinforced 94 10% Glass fibre reinforced 95 30% Glass fibre reinforced 96 30% Glass fibre reinforced; fire retardant 97
404
Supertough; 33% glass fibre reinforced 122 Supertough; fire retardant 121 UV stabilised 123
PA 6/6-6 124 PA 6/9 125 PA RIM 149 PA Transparent 150 Amorphous; 30% glass fibre reinforced 151
PA/ABS Alloy 152 PAI 153 Glass fibre reinforced 154
Materials Index Graphite filled 154
PAr 155 PB 156 PBT 157
PES 185 30% Carbon fibre reinforced 186 30% Glass fibre reinforced 188
PET 189
30% Carbon fibre reinforced 158
Amorphous 189
Fire retardant 159
Crystalline 190
10% Glass fibre reinforced 160
Fire retardant 191
20% Glass fibre reinforced; fire retardant 161
15% Glass fibre reinforced;high impact 192
30% Glass bead filled 159
30% Glass fibre reinforced; fire retardant 192
30% Glass fibre reinforced 162
30% Glass fibre reinforced; high impact 193
30% Glass fibre reinforced; fire retardant 163
35% Glass fibre reinforced; supertough 194
45% Mineral and glass filled 164
36% Glass fibre reinforced 195
15% PTFE lubricated 165
45% Glass fibre reinforced 195
2% Silicone lubricated 166
55% Glass fibre reinforced 196
Structural foam 166
35% Mica and glass fibre reinforced 197
UV stabilised 167
45% Mineral and glass fibre reinforced; fire ret.
PC 168 30% Carbon fibre reinforced 169 Fire retardant 170 20% Glass fibre reinforced 171
198 Mineral filled 198 UV stabilised 199
PF 200
30% Glass fibre reinforced 172
Cellulose filled; shock resistant 200
High flow 173
Chopped fabric filled; medium impact 201
15% PTFE lubricated 174
Cotton filled; medium shock 202
Structural foam 174
Foam 203
UV stabilised 175
Glass fibre reinforced; high impact 204
PC/PBT Alloy 176 PE - Chlorinated 36 PE - Crosslinked 307 PE - High Density 72
Laminate; cotton fabric 205 Laminate; glass fabric 205 Laminate; paper 206 Mica and glass fibre reinforced; electrical 208
MDPE 74
Mica filled; electrical 207
UV stabilised 73
Mineral filled; high heat 209
PE - Linear Low Density 81 PE - Low Density 79 UV stabilised 80
PE - Ultra-High Molecular Weight 302 PE Foam 177 PEEK 178
Natural fibre filled; general purpose 209 Wood filled; general purpose 210
PFA 211 20% Glass fibre reinforced 212
Phenol Formaldehyde 200 Cellulose filled; shock resistant 200
30% Carbon fibre reinforced 179
Chopped fabric filled; medium impact 201
10% Glass fibre reinforced 180
Cotton filled; medium shock 202
20% Glass fibre reinforced 180
Foam 203
30% Glass fibre reinforced 181
Glass fibre reinforced; high impact 204
PEI 182
Laminate; cotton fabric 205
10% Glass fibre reinforced 183
Laminate; glass fabric 205
20% Glass fibre reinforced 184
Laminate; paper 206
30% Glass fibre reinforced 184
Mica and glass fibre reinforced; electrical 208
Perfluoroalkoxyethylene 211 20% Glass fibre reinforced 212
Mica filled; electrical 207 Mineral filled; high heat 209
405
The Plastics Compendium - Volume 1, Key Properties and Sources Natural fibre filled; general purpose 209
30% Glass fibre reinforced 146
Wood filled; general purpose 210
50% Glass bead filled 145
Phenolic 200 Cellulose filled; shock resistant 200 Chopped fabric filled; medium impact 201 Cotton filled; medium shock 202
Semi flexible 147 UV Stabilised 148
Polyamide 4/6 86 Polyamide 6 87
Foam 203
30% Carbon fibre reinforced 88
Glass fibre reinforced; high impact 204
Casting 89
Laminate; cotton fabric 205
Elastomer copolymer 90
Laminate; glass fabric 205
Fire retardant 91
Laminate; paper 206
10% Glass fibre reinforced 95
Mica and glass fibre reinforced; electrical 208
25% Glass bead filled 92
Mica filled; electrical 207
30% Glass fibre reinforced 96
Mineral filled; high heat 209
30% Glass fibre reinforced; fire retardant 97
Natural fibre filled; general purpose 209
50% Glass bead filled 93
Wood filled; general purpose 210
60% Glass fibre reinforced 98
PI 213
Glass fibre and bead reinforced 94
40% Glass fibre reinforced 214
High impact 99
25% Graphite lubricated 215
Mineral filled 100
Molybdenum disulphide lubricated 215
Molybdenum disulphide lubricated 101
PTFE lubricated 216
20% PTFE lubricated 102
Plasticised Polyvinyl Chloride 255 >300% Elongation 257 0 - 100% Elongation 255 100 - 300% Elongation 256
Plasticised PVC 255
2% Silicone lubricated 103 Stampable sheet; glass fibre reinforced 104 UV stabilised 105
Polyamide 6/10 126 30% Carbon fibre reinforced 127
>300% Elongation 257
Fire retardant 127
0 - 100% Elongation 255
10% Glass fibre reinforced 128
100 - 300% Elongation 256
30% Glass fibre reinforced 129
PMMA 22 Cast sheet 23 Casting 22
20% PTFE lubricated 130 2% Silicone lubricated 130
Polyamide 6/12 133
General purpose 24
30% Carbon fibre reinforced 132
High impact 25
Fire retardant 133
Polyallomer 66 Polyamide - Transparent 150 Amorphous; 30% glass fibre reinforced 151
Polyamide 11 137 30% Carbon fibre reinforced 138
10% Glass fibre reinforced 134 30% Glass fibre reinforced 135 20% PTFE lubricated 135 2% Silicone lubricated 136
Polyamide 6/6 124
Fire retardant 139
10% Carbon fibre reinforced 108
Flexible 139
30% Carbon fibre reinforced 109
30% Glass fibre reinforced 140
Fire retardant 110
Semi flexible 141
10% Glass fibre reinforced 112
UV stabilised 142
33% Glass fibre reinforced 113
Polyamide 12 143
40% Glass bead filled 111
Fire retardant 144
60% Glass fibre reinforced 114
Flexible 144
Glass fibre and bead reinforced 115
406
Materials Index High impact 116
DMC; fire retardant 222
40% Mineral filled 117
DMC; high heat 223
Molybdenum disulphide lubricated 118
DMC; low profile 224
20% PTFE lubricated 119
GMC 224
Supertough 120
GMC; fire retardant 225
Supertough; 33% glass fibre reinforced 122
GMC; high impact 226
Supertough; fire retardant 121
GMC; mineral filled 226
UV stabilised 123
Laminate; chopped glass filled 227
Polyamide 6/6-6 124 Polyamide 6/9 125 Polyamide RIM 149 Polyamide/ABS alloy 152 Polyamideimide 153 Glass fibre reinforced 154 Graphite filled 154
Polyarylamide 217 Polyarylate 155 Polybutylene 156 Polybutylene Terephthalate 157 30% Carbon fibre reinforced 158
Laminate; woven glass roving 228 SMC 229 SMC; fire retardant 229 SMC; high impact 230 SMC; low profile 231 Vinyl ester 231
Polyether Ether Ketone 178 30% Carbon fibre reinforced 179 10% Glass fibre reinforced 180 20% Glass fibre reinforced 180 30% Glass fibre reinforced 181
Polyetherimide 182
Fire retardant 159
10% Glass fibre reinforced 183
10% Glass fibre reinforced 160
20% Glass fibre reinforced 184
20% Glass fibre reinforced; fire retardant 161 30% Glass bead filled 159 30% Glass fibre reinforced 162 30% Glass fibre reinforced; fire retardant 163 45% Mineral and glass filled 164 15% PTFE lubricated 165
30% Glass fibre reinforced 184
Polyethersulphone 185 30% Carbon fibre reinforced 186 30% Glass fibre reinforced 188
Polyethylene - Chlorinated 36 Polyethylene - HDPE 72
2% Silicone lubricated 166
MDPE 74
Structural foam 166
UV stabilised 73
UV stabilised 167
Polycarbonate 168 30% Carbon fibre reinforced 169 Fire retardant 170 20% Glass fibre reinforced 171 30% Glass fibre reinforced 172 High flow 173
Polyethylene - LDPE 79 UV stabilised 80
Polyethylene - LLDPE 81 Polyethylene - UHMWPE 302 Polyethylene - XLPE 307 Polyethylene Foam 177 Polyethylene Terephthalate 189
15% PTFE lubricated 174
Amorphous 189
Structural foam 174
Crystalline 190
UV stabilised 175
Fire retardant 191
Polycarbonate/Polybutylene Terephthalate Alloy 180 Polyester 220
15% Glass fibre reinforced;high impact 192 30% Glass fibre reinforced; fire retardant 192 30% Glass fibre reinforced; high impact 193
Casting; flexible 219
35% Glass fibre reinforced; supertough 194
Casting; rigid 220
36% Glass fibre reinforced 195
DMC 220
45% Glass fibre reinforced 195
DMC; electrical 221
55% Glass fibre reinforced 196
407
The Plastics Compendium - Volume 1, Key Properties and Sources 35% Mica and glass fibre reinforced 197
20% Glass fibre reinforced 239
45% Mineral and glass fibre reinforced; fire ret.
30% Glass fibre coupled 238
198
Homopolymer 240
Mineral filled 198
Homopolymer; UV stabilised 241
UV stabilised 199
Structural foam 242
Polyimide 213 40% Glass fibre reinforced 214 25% Graphite lubricated 215
20% Talc filled 243 40% Talc filled 244
Polystyrene 259
Molybdenum disulphide lubricated 215
30% Glass fibre reinforced 259
PTFE lubricated 216
Medium impact 260
Polymethylmethacrylate 22 Cast sheet 23 Casting 22 General purpose 24 High impact 25
Polymethylpentene 299 Polyoxymethylene 14
2% Silicone lubricated 261 Structural foam 262 UV stabilised 263
Polystyrene - High Impact 75 Fire retardant 76 UV stabilised 77
Polysulphone 264
Copolymer 14
30% Carbon fibre reinforced 265
Copolymer; 2% silicone lubricated 17
10% Glass fibre reinforced 266
Copolymer; 30% carbon fibre reinforced 15
30% Glass fibre reinforced 266
Copolymer; 30% glass fibre coupled 16 Copolymer; UV stabilised 17
15% PTFE lubricated 267
Polytetrafluoroethylene 268
Homopolymer 19
60% Bronze filled 269
Homopolymer; glass fibre reinforced 20
15% Glass fibre filled 270
Homopolymer; PTFE lubricated 20
25% Glass fibre filled 271
Homopolymer; UV stabilised 21
Polyphenylene Oxide - modified 245
15% Graphite filled 271
Polyurethane - thermoset 272
Fire retardant 246
Hard cast elastomer 273
10% Glass fibre reinforced 246
Hard microcellular elastomer 273
10% Glass fibre reinforced; fire retardant 247
Reinforced microcellular elastomer 274
30% Glass fibre reinforced 248
Semi-rigid foam 275
30% Glass fibre reinforced; fire retardant 249
Soft microcellular elastomer 276
Structural foam 249
Polyphenylene Oxide/Polyamide Alloy 250 Polyphenylene Sulphide 251 30% Carbon fibre reinforced 251 40% Glass fibre reinforced 252 Glass fibre and bead reinforced 253 20% PTFE lubricated 254
Polypropylene 232 20% Calcium carbonate filled 233 40% Calcium carbonate filled 233 Copolymer 234
Structural foam 277
Polyurethane Thermoplastic Elastomer 278 TPE 70A 278 TPE 80A 279 TPE 95A 280
Polyvinyl Chloride - Chlorinated 37 Polyvinyl Chloride - Plasticised 255 >300% Elongation 257 0 - 100% Elongation 255 100 - 300% Elongation 256
Polyvinyl Chloride - Unplasticised 304
Copolymer; UV stabilised 235
Crosslinked 304
Elastomer modified 236
High impact 306
Elastomer modified; UV stabilised 237
Structural foam 305
Fire retardant 237
UV stabilised 305
408
Materials Index Polyvinyl Fluoride 282 Polyvinylidene Fluoride 281
30% Glass fibre reinforced 259 Medium impact 260
20% Carbon fibre reinforced 282
2% Silicone lubricated 261
POM 14
Structural foam 262
Copolymer 14 Copolymer; 2% silicone lubricated 17
UV stabilised 263
PS - High Impact 75
Copolymer; 30% carbon fibre reinforced 15
Fire retardant 76
Copolymer; 30% glass fibre coupled 16 Copolymer; UV stabilised 17
UV stabilised 77
PSul 264
Homopolymer 19
30% Carbon fibre reinforced 265
Homopolymer; glass fibre reinforced 20
10% Glass fibre reinforced 266
Homopolymer; PTFE lubricated 20
30% Glass fibre reinforced 266 15% PTFE lubricated 267
Homopolymer; UV stabilised 21
PP 232
PTFE 268
20% Calcium carbonate filled 233
60% Bronze filled 269
40% Calcium carbonate filled 233
15% Glass fibre filled 270
Copolymer 234
25% Glass fibre filled 271
Copolymer; UV stabilised 235 Elastomer modified 236
15% Graphite filled 271
PU 272
Elastomer modified; UV stabilised 237
Hard cast elastomer 273
Fire retardant 237
Hard microcellular elastomer 273
20% Glass fibre reinforced 239
Reinforced microcellular elastomer 274
30% Glass fibre coupled 238
Semi-rigid foam 275
Homopolymer 240
Soft microcellular elastomer 276
Homopolymer; UV stabilised 241 Structural foam 242
Structural foam 277
PU TPE 278
20% Talc filled 243
TPE 70A 278
40% Talc filled 244
TPE 80A 279
PPO 245 Fire retardant 246 10% Glass fibre reinforced 246
TPE 95A 280
PVC - Chlorinated 37 PVC - Plasticised 255
10% Glass fibre reinforced; fire retardant 247
>300% Elongation 257
30% Glass fibre reinforced 248
0 - 100% Elongation 255 100 - 300% Elongation 256
30% Glass fibre reinforced; fire retardant 249 Structural foam 249
PVC - Unplasticised 304
PPO/Nylon Alloy 250 PPO/PA Alloy 250 PPS 251
Crosslinked 304 High impact 306 Structural foam 305
30% Carbon fibre reinforced 251 40% Glass fibre reinforced 252
UV stabilised 305
PVDF 281
Glass fibre and bead reinforced 253 20% PTFE lubricated 254
20% Carbon fibre reinforced 282
PVF 282
PPVC 255 >300% Elongation 257 0 - 100% Elongation 255 100 - 300% Elongation 256
R RIM Nylon 149
PS 258
409
The Plastics Compendium - Volume 1, Key Properties and Sources
S
TPE 72D 35
SAN 283 Fire retardant 284
Thermoplastic Elastomer - Etherester Amide based 48 TPE 40D 49
30% Glass fibre reinforced 285
TPE 63D 49
High heat 286 High impact 287 UV stabilised 288
TPE 70A 48
Thermoplastic Elastomer - Olefinic 83 TPE 65A 83
SB 289 SBS TPE 290 TPE 35A 290 TPE 35D 291
TPE 85A 84 TPE 93A 85
Thermoplastic Elastomer - Polyurethane 278 TPE 70A 278
TPE 80A 291
TPE 80A 279
SEBS TPE 292 TPE 45A 293 TPE 55A 293 TPE 95A 294
TPE 95A 280
Thermoplastic Elastomer - Styrene-ButadieneStyrene 290 TPE 35A 290
Silicones 295
TPE 35D 291
Glass fibre & mineral filled 296
SMAc 296 30% Glass fibre reinforced 297
SMAt 298 Styrene Acrylonitrile 283
TPE 80A 291
Thermoplastic Elastomer - Styrene-EthyleneButylene-Styrene 292 TPE 45A 293 TPE 55A 293
Fire retardant 284 30% Glass fibre reinforced 285 High heat 286 High impact 287 UV stabilised 288
Styrene Butadiene 289 Styrene Maleic Anhydride copolymer 296
TPE 95A 294
TPX 299 Transparent Nylon 150 Amorphous; 30% glass fibre reinforced 151
Transparent Polyamide 150 Amorphous; 30% glass fibre reinforced 151
30% Glass fibre reinforced 297
Styrene Maleic Anhydride terpolymer 298 Styrene-Butadiene-Styrene based TPE 290 TPE 35A 290 TPE 35D 291 TPE 80A 291
Styrene-Ethylene-Butylene-Styrene based TPE 292 TPE 45A 293 TPE 55A 293 TPE 95A 294
U UF 300 Cellulose filled 300 Foam 301
UHMWPE 302 Ultra-High Molecular Weight Polyethylene 303 Unplasticised Polyvinyl Chloride 304 Crosslinked 304 High impact 306 Structural foam 305 UV stabilised 305
T
Unplasticised PVC 304
Thermoplastic Elastomer - Coether Ester based 33 TPE 40D 33 TPE 55D 34
410
Crosslinked 304 High impact 306 Structural foam 305 UV stabilised 305
Materials Index UPVC 304 Crosslinked 304 High impact 306 Structural foam 305 UV stabilised 305
Urea 300 Cellulose filled 300 Foam 301
Urea Formaldehyde Cellulose filled 300 Foam 301
Urea Formaldehyde 300
V Vinyl Ester 231
X XLPE 307
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The Plastics Compendium - Volume 1, Key Properties and Sources
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