Chemical Resistance, Volume 1: Thermoplastics

Introduction

This book puts a wealth of information at your fingertips. It represents an exhaustive compilation of data on how chemicals and other exposure environments affect the properties and characteristics of thermoplastic materials. How a plastic will perform in its end use environment is a critical consideration and the information presented here gives useful guidelines. However, this or any other information resource should not serve as a substitute for actual testing in determining the applicability of a given part or material in a given end use environment. Chemical Resistance Volume I - Thermoplastics Second Edition of the Plastics Design Library PDL Handbook Series is an update to the original Chemical Compatiblity and Environmental Stress Crack Resistance published by Plastics Design Library in 1990. This updated version contains information on more than twice as many material and exposure condition combinations. In addition, more infornlation is presented for each combination. Other significant improvements include a greatly expanded Section Two in which data is sorted by exposure environment, the addition of CAS Registry Numbers and use of the PDL Resistance Rating throughout the product.

If you require detailed information on how a specific exposure environment influences the properties and characteristics of a specific thermoplastic, Section One is the place to look. On the other hand, for an indication of how various thermoplastics are influenced by given exposure environments, Section Two is the place to look. More detailed information can then be found in Section One. In compiling this data, the philosophy of Plastics Design Library is to provide as much information as is available. This means that complete information for each test is provided. At the same time, an effort is made to provide information for as many exposure environment and plastic combinations as possible. Therefore, even if detailed test results are not available (i.e. the only information available is that a material is resistant or has limited resistance), information is still provided. The belief is that some limited information serves as a reference point and is better than no information. Flexibility and ease of use were also carefully considered in designing the layout of the book. As a result, you'll find this reference publication to be a valuable resource and an asset in your work.

Introduction

ii

How To Use This Book Section One Section One provides detailed chemical resistance information on rigid thermoplastic materials. Each of the seventy five chapters in Section One represents a single generic family or generic family group. Within each chapter, records are arranged alphabetically by exposure environment. When complete chemical resistance data for a single material is desired, section one is the best reference. Each row in this section represents one specific chemical and associated test conditions for the given material. Information varies from chapter to chapter since different information is available for each generic familiy. The following table outlines the different fields found in section one. FIELD HEADING

DESCRIPTION

REAGENT

environment to which the plastic was exposed

REAGENT NOTE

additional information about the exposure medium and conditions of exposure

CONC.

0/0 concentration of the given reagent

TEMP

exposure temperature in degrees C

TIME

exposure time in days

LOAD

exposure stress on sample in Mpa, exposure strain on sample in % or other note on any stress or strain to which the sample may have been subject during exposur

PDL RATING

based on a scale of 0to 9 (with 9 as the highest resistance) developed by PDL; details of how rating is calculated are given later in this section

%CHANGE Weight

% change from weight before exposure

Length

% change from length before exposure

Thickness

% change from thickness before exposure

Diameter

% change from diameter before exposure

Volume

% change from volume before exposure

0/0 RETAINED Tensile Strength

% of original tensile strength retained

Modulus

% of original modulus retained

Elongation

% of original elongation retained

Flexural Strength

% of original flexural strength retained

Impact Strength

% of original impact retained

RESISTANCE NOTE

additional information about the resistance of the plastic to the reagent (Le. observed changes, cautionary notes, etc.)

MATERIAL NOTE

deta.i1s on the specific material tested, this includes, if available, supplier, trade name/ grade, filler, specimen details

Section Two The information presented in Section One is recompiled and condensed in Section Two. Section Two provides an easy to use overview of how different thermoplastics are influenced by a specific exposure environment. Using the PDL Resistance Rating, the user can quickly determine which thermoplastics mayor may not be suitable for use with a reagent. Users are then referred to Section One for more detailed information. In compiling Section Two, the following guidelines were used: Reagent Concentration Reagents were grouped by concentrations of:::;5%; >5-10%; >10-20%; >20-30%; >30%-40%; >40-50%; >50-75%; >75-97% or, ifno concentration is listed with a reagent, it means that the concentration is >97% or not specified.

How To Use This Book

iii

Temperature Two temperature levels are used in Section Two - room temperature and elevated temperature. Room temperature is used to classify tests conducted between 15°C and 27°C. Tests conducted at temperatures of 45°C or above are classified under elevated temperature. PDL RatingPDL Ratings are used extensively in Section Two. If more than one entry (and often there are many) for a reagent / material combination in a specific concentration and temperature group is listed in Section One, the range of PDL Ratings is provided in Section Two. It is possible thtat the PDL Rating listed in Section Two corresponds to a single test from Section One, multiple tests having the same PDL Rating or a range of PDL Ratings covering 2 or more tests.

CAS Registry Numbers Chemical Abstracts Service (CAS), a division of American Chemical Society, began the CAS Chemical Registry in 1965. The CAS Chemical Registry is a computer-based system that automatically identifies structural diagrams and assigns to each a unique CAS Registry Number. This number, which has no chemical significance, is then used within a larger processing system to link the molecular structure with its CA index name and other data. Registry numbers, even in the absence of names, therefore furnish an efficient means of substance identification in technical publications and scientific communications. Many non-CAS publications have adopted CAS Registry Numbers to identify chemical substances. PDL provides CAS Registry Numbers for chemicals and plastics used in this volume for two reasons. First is to provide a means of cross referencing like reagents which are listed under different names. For instance, suppose one is interested in the resistance of various plastics to glutaraldehyde. Some information will be found by looking under glutaraldehyde. However, if the CAS Registry Number found in the Appendix is used as a cross reference, it will be found that Cidex 7 and Sporicidin have the same CAS Registry Number as glutaraldehyde. Therefore, one would want to look under these reagent names for additional information. The second reason PDL lists CAS Registry Numbers is to provide a means to find additional information on chemicals and plastics listed in this book. By cross referencing using the CAS Registry Number, a world of information opens up including the ability to easily search the world's literature through computer databases. For this purpose, PDL refers you to: Chemical Abstracts Services, 2540 Olentangy River Road, P.O. Box 3012, Columbus, Ohio 43210 Telephone 800-848-6538 toll free in the continental U.S., 614-447-3663 outside the U.S. Telex 684-2086 TWX 810-482-1608 Telefax 614-447-3751 Cable CHEMABS

POL Resistance Rating The PDL Resistance Rating is determined using a weighted value scale developed by PDL and reviewed by experts. Each of the ratings is calculated from test results provided for a material after exposure to a specific environment. It gives a general indication of a material's resistance to a specific environment. In addition, it allows the user to search for materials most likely to be resistant to a specific exposure medium.

How To Use This Book

iv

After assigning the weighted value to each field for which information is available, the PDL Resistance Rating is determined by adding together all weighted values and dividing this number by the number of values added together. All numbers to the right of the decimal are truncated to give the final result. If the result is equal to 10, a resistance rating of 9 is assigned. Each reported field is given equal importance in assigning the resistance rating since, depending on the end use, different factors playa role in the suitability for use of a material in a specific environment. Statistically, it is necessary to consider all available information in assigning the rating. Supplier resistance ratings are also figured into the calculation of the PDL Resistance Rating. Weighted values assigned depend on the scale used by the supplier. The following tables give the values and guidelines used in assigning the PDL Resistance Rating. The guidelines - especially in the case of visual observations - are sometimes subject to an educated judgement. An effort is made to maintain consistency and accuracy. The information on which a PDL Resistance Rating is based is available to the user in Section One of this volume.. Weighted Value

Weight Change*

Diameter; length* Change

Thickness* Change

Volume Change*

Mechanical** Property Retained

Visual I Observed t** Change

10

0-0.25

0-0.1

0-0.25

0-2.5

>=97

no change

9

».25-0.5

>0.1-0.2

>0.25-0.5

>2.5-5.0

94-0.5-0.75

>0.2-0.3

>0.5-0.75

>5.0-10.0

90-10.0-20.0

85-0.75-1.0

>0.3-0.4

>0.75-1.0

6

>1.0-1.5

>0.4-0.5

>1.0-1.5

>20.0-30.0

80-1.5-2.0

>0.5-0.75

>1.5-2.0

>30.0-40.0

75-2.0-3.0

>0.75-1.0

>2.0-3.0

>40.0-50.0

70-3.0-4.0

>1.0-1.5

>3.0-4.0

>50.0-70.0

60-4.0-6.0

>1.5-2.0

>4.0-6.0

>60.9-90.0

50-6.0

>2.0

>6.0

>90.0

>0-k ," W.;

.,8: ,,,,i' :-::;:;;r':g: .

"

"

Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543-84

~;i:li~1;\~i~;li;;~~;~~i'



1? CI>

tEl ;:l t'"'

0: .,

Amyl Alcohol Amyl Chloride

n-amyl alcohol

Amyl Phthalate Aniline

n-amyl phthalate

., ~

7

Monsanto Lustran; 50.8 mm diam. disc

100 100

28 28

Dow Magnum; \0 ASTM 0543·84

7

Monsanto Lustran; 50.8 mm diam. disc

100 100

28 28 7 7

Dow Magnum; to ASTM 0543-84

Il:

Animal Fats

Aniseed Oil Antifreeze Antimony Trichloride

lard

Oowgard Permanent

100 100 100 100

Aqua Regia Arsenic

100 100

28 28 1 7 7 7 7

Monsanto Lustran; 50.8 mm diam. disc Toray Toyolac 900; transparent Dow Magnum; to ASTM 0543-84 0.7% 6.9-13.8 MPa

6.9-13.8 MPa

28

Monsanto Lustran; 6.4 mm samples GE Cycolac Monsanto Lustran; 50.8 mm diam. disc GE Cycolac Dow Magnum; to ASTM 0543-84

28

28 28

28

concentrated

28

Aspirin

powder

28 28

Automotive Polish Barium Carbonate

DuPont 7

100 100

Barium Chloride

100 100

Barium Hydroxide

100 100 100 100 100 100 100 100

Barium Sulfate Barium Sulfide Beer

28 7

Monsanto Lustran; 50.8 mm diam. disc

28

Dow Magnum; to ASTM 0543-84

28 7

Monsanto Lustran; 50.8 mm diam. disc

28

Dow Magnum; to ASTM 0543-84

28

28 28

28 28

28 28 7

13.8-20.7 MPa

100 100

28

» OJ

GE Cycolac Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543-84

28

7

Monsanto Lustran; 50.8 mm diam. disc

28

Dow Magnum; to ASTM 0543-84

28 7



» OJ

~

Chemical Resistance - ABS

(J)

7

i'"W}{O"'i,"y;:,','

7

\(,:Wt~n"':"':·i·

"',;!'%.?}"mdJiSsolVein/'di"",,m,\

Toray Toyo/ae 900; transparent LNP; 30% gl.fib,

Benzene Hexachloride (1) Benzenesulfonic Acid

.h'::g~;i

lindane 100 100

~i;t~l~l!~j;~'~l

Benzoic Acid crystals «

Benzonitrile Benzyl Acetate Benzyl Alcohol

100 100

100 100 saturated solution

7

"·;i'%%;;·i.;E

:i\H:'H!NMH~,~\~i#f!nib;

Monsanto Lustran; 50.8 mm diam. disc

.~~~ilig~iii;;i~'

28 28 7

VT\?W'".,C'

bie)~t&liiJ~~,~;;MJ!"!ffjJW,\iiS',\','"

Dow Magnum; to ASTM 0543-84

(ii.·)}?;':;;;,.:'"

;HW'0;lM~Mt~sla,R\II;;di%

Monsanto Lustran; 50.8 mm diam. disc

~;~i;l,l;1~1';

7 7 7

"':;ilii?3~';!:H

·g;ii;j~?A;k·.·

28 28

,,·,·.&t~~NWl

7

;@Hi&~;'@;"

7 28 28

-.-.-.-~-.-.--

..

100 100

i!i~l~l~j!1lj

28 28 7

Boron Trifluoride

100 100

;i;j~~i~j.,,;.·.t(

28 28

.;m\.;;~~}.,}}·'

@

::g Q

~

ri' til

Brines

100 100

i;~;,ij.~i!i,;~i~l,

28 28

Bromine

100 100

~jl[;,l i ~l!~ [

28 28 7

~ til tS ;:l

Ii

28 28 1 7

t"-

o:...

... te:

Q

Butyl Acetate

100 100

n·butyl acetate « «

100 100

I

Dow Magnum; to ASTM 0543-84 ::;{k~·f81(@.:t)

:f~x~f~~iltiilc~;,s9111!l\tiN~tt

Monsanto diam. disc Dow Magnum; to ASTM 0543-84

.;.~;t-;}~~~~~i~~~m~j*~1\t;;

Monsanto

Lus~r~n~Y5C;~:m diam. disc

Dow Magnum; to ASTM 0543-84

0.4

7 7

Toray Toyolac 900; transparent Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543·84

98

28 28 28 28

Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543·84

7

28 28 28 28 7

Dow Magnum; to ASTM 0543·84

S;);h?%r@@l!\!iMidZY\ Monsanto lustran; 50.8 mm diam. disc



Chemical Resistance - ABS

en

Carbon Tetrachloride

100

?(~A.~

28 28 7 7 7

,·sev~~lil~~~;::sOlIi'\J~\i,.lirV

~~~rl~~~;~~~j;~:~;!~~~~l;'

20.7 MPa

0.1

o

66.6

extract

Coconut Oil

100 100 100 100

Cod Liver Oil Coffee

Copper Chloride Copper Nitrate Copper Oxide Copper Sulfate

» OJ CJ)

28 28 28 28 7 7

100 100 100 100

28 28

100 100

28 28

GE Cycolac Monsanto Lustran; 50.8 mm diam. disc

GE Cycolac Monsanto Lustran; 50.8 mm diam. disc

Dow Magnum; to ASTM 0543·84

7 7 7 7

LNP; 30% gl.fib.

Monsanto Lustran; 50.8 mm diam. disc >20.7 MPa

7 7 7 7 28 28

Crisco PAM

110

GE Cycolac Monsanto Lustran; 50.8 mm diam. disc GE Cycolac KJU

Dow Magnum; to ASTM 0543·84

7

cream. sucaryl cream. sugar dry powder liquid paste ground

Colloidal Sulfur Cooking Oils

96

LNP; 30% gl.fib.

bent @ 20°

Chlorox

Coca Cola

Toray Toyolac 900; transparent Dow Magnum; to ASTM 0543·84

Monsanto Lustran; 50.8 mm diam. disc 6.9-13.8 MPa >20.7 MPa

GE Cycolac Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543-84

28 28 7

Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM 0543-84

Chemical Resistance - ASS

---l

» CD

ex>

Chemical Resistance - ABS

en

Copper Sulfate Corn Oil

Mazola

100

28

100

28 0.25%

83.2

LNP; 30% gl.fib.

..

92.5 7

6.9-13.8 MPa

GE Cycolac

7

Monsanto Lustran; 50.8 mm diam. disc

::.:.:~

Mazola

Corn Syrup Cottage Cheese Cottonseed 011

Karo with oleic acid

50 50 100 100

Creme Fish Lure Cresol

100 100 ere solie compounds

Cresol (m-) Crisco Cupric Chloride Cupric Sulfate Cuprous Oxide

25 25 100 100

Cutting Fluids Cyanoacrylate Cyclohexane

cutting oils; Trimco

2

Loctite 100 100

?3 ;;' ;":23'"

7 7

>20.7 MPa

J@22..·","".";·

1

1.2%

;\{fi~l; .,

1

0.76%

1

0.53%

f~;~ ~'! '~;.l;~

7

;;"»2 ';\';'; "",.,

28

;\ti'~)\;'

·;~;jl~~gi~l\i(

&i ).8{;

7 28

;;;2.~i.;;;'q

;··~2\

28

%di~~:nF;,

;~i:,i;~;;~";'1~~%~rii~;j~1;;;;;;;i!

i((/,\i

28

~·i;~)t~~:i';;;;:.;

'{~'ii~;0i:;~t!;ff6T~\±'~{~jF

•

7

3.65

85

0.25

99

,,;;;0TPB2J9l'(iiht;;M:rn;/

Dow Magnum; to ASTM 0543-84

Monsanto

Lus~r~n~Y5~~:m

diam. disc

7 7 28

Dow Magnum; to ASTM 0543-84

28 7

Monsanto Lustran; 50.8 mm diam. disc

metal degreaser; Magnus 105

7

>20.7 MPa

Dial

7

13.8-20.7 MPa

8an

7

6.9-13.8 MPa

3

2%

100

28

100

28

GE Cycolac

trwW:;:~tMMY

:):t )f?/P@F

h%$tM:.j~i~itll;fXMn>··.·.·. ~W&;jip!2k:M!ffi~)'l'!,Ii~;;:

Monsanto Lustran; Dow Magnum; to ASTM 0543-84

@

'1:l

S' ~

0CIl

~

Dlbutyl Phthalate

100 100

CIl

20.7 MPa

GE Cyeolae Dow Magnum; 10 ASTM 0543·84

13.8-20.7 MPa

GE Cyeolae

@

'1:l

i:l

'.....o'"

'"tI ~

,\~~~~,citldIl18niilW,Yts,;

Chemical Resistance - ABS

• .y.

. .••

Dow Magnum; to ASTM 0543-84

c..:>

......

Chemical Resistance - ASS

:l> OJ

~

en

25 48

100 100 100 100

Hydrogen Hydrogen Peroxide

Hydroquinone

Inks Insect Spray Iodine

28

Dow Magnum; to ASTM 0543-84

28 28 28 28

Dow Magnum; to ASTM 0543·84

Porion

100 100

USP, tincuture

100 100

Isobutyronitrile Isooctane Isopropyl Acetate @

~

Isopropyl Alcohol

isopropanol

(I)

t""

.,0: .,~ \t:

Isopropylamine

28 28 7

Dow Magnum; to ASTM 0543-84 Monsanto Lustran; 50.8 mm diam. disc

7 28 28 7 7

Dow Magnum; to ASTM 0543-84 Monsanto Lustran; 50.8 mm diam. disc

6.9-13.8 MPa

GE Cycolac Dow Magnum; to ASTM 0543·84

7

20.7 MPa

GE Cycolac

Lauryl Alcohol

100 100

28 28 28 28 28 28 7 7 28 28

Lauryl Sulfate

100 100

28 28

Lead Nitrate

100 100

Lemon Juice

100 100

28 28 28 28 28 28 7

Monsanto Lustran; 50.8 mm diam. disc

100 100

28 28

Dow Magnum; to ASTM 0543·84

10 10 85 85

II:

Lanolin Laundry Detergents

Lead Acetate

100 100 Woolite Tide

1 3

saturated

fresh

Lemon Oil Lestoil

Lighter Fluid Lime Juice Lindane

2 2 3

Dow Magnum; to ASTM 0543-84

13.8-20.7 MPa >20.7 MPa

GE Cycolac Dow Magnum; to ASTM 0543·84 Dow Magnum; to ASTM 0543-84

0.25% 7 7

62 81.2

6.9-13.8 MPa ~.·>;!;

.• ·':(

;~l;',;~:, ?'jff;~:i ),.•' ;;;';~;~:

."";,i'~i;,1·' '''''2~t

~,~;~,ti' •., »W:13fi-;

%··i.~~\·' 100 100 100 100

f;i)ii#~;;;,t

.,

>;;~.:",,~. . /'23/

100 100 100 100 100 100

'!it':~'.' ti\~~;!' 23

::::;

~;l';;~l~;

f

. '''8f

)'~G!~Mi@;!lJ~Vl1l!i;!¥;;jYt~Nrn

Dow Magnum; to ASTM 0543-84

.·~M~:··q.~~;e~~~E!M}i"l~at~;;

Dow Magnum; to ASTM 0543'84

~~~

9.:{;13.8-20.7

MPa

13.8-20.7 MPa 0.64%

(·7{no;el(ei:t.'\i2d ,.,

;ili·;;~:~;i.'.:'·' \7;?·'(>~}

,.f;f~t'j;~~I~~~;~';~~2.~}

.+

Monsanto

Lus~r~n~Y5Coo~:m diam. disc

GE Cycolac Monsanto Lustran; 6.4 mm samples ':,';;;;!i:(¥isl~j1t;;i-:i(,.,'· Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; 10 ASTM 0543-84 ".',. eiB:'~\~:!i!it'!i,m~g;Y!~

··;,;·;l;~:~l.;

';''$!1:aitlls kl~allo'firSI ciac~'

····.;;:.je-ll.jsl.~iW\.("';

'.

MPa

Monsanto Lustran; 50.8 mm diam. disc Dow Magnum; to ASTM D543-84

.;}·!j!~~~ • B~~tMS!;'!9~~. """ii:'

.Jl$

2 8 ·7.~xMete~j;UhiNnt~."'.yrs) . 28 t .' ··~F· · c .

Monsanlo Luslran; 50.8 mm diam. disc Dow Magnum; 10 ASTM 0543-84

.~t~~0;j';f;~aJ\;;$?!}i' 1~;whr$.\

~:

• ~, ".2:'

28 28

28 2 '. 2 8 · F..

100",g~" 100 ;t.~2:·

28 28 7

Monsanto Luslran; 50.8 mm diam. disc

100 100

28 28

Dow Magnum; to ASTM 0543·84 1.2% 13.8-20.7 MPa

7

CJ)

- ---:.

Dow Magnum; 10 ASTM 0543·84

~:

1 7

» OJ

GE Cycolac Monsanlo Luslran; 50.8 mm diam. disc

;' . i i \ ••,'.2 .....

7

23' .52·,.'

Methylene Bromide

100

7

28 28

100 100

Methyl Salicylate

Methylene Iodide

Dow Magnum; to ASTM 0543-84

i~i·~\;:>~ i:~;~.i··;;t~~~ji;~~t~~i:~~[~;::~::.' MO~::~~::~~~;05~:;:mD:~;~:ise

Methyl Isobutyl Ketone

Methylal Methylcyclohexane

~~:;:::;9~~~t::s:~r:~tse

Monsanlo Lustran; 6.4 mm samples GE Cyeolae Monsanto Lustran; 50.8 mm diam. disc

Chemical Resistance - ABS

..... --oJ

->-

Chemical Resistance - ABS

»OJ

CO

en

. resJ~a~r{.:>

7

Monsanto Lustran; 50.8 mm diam. disc

7

Mineral Oils

100 100

.• l>!A~;;;;.:

.'\¥·~~f~;··t

28

..•. 52>·:· . .

28

'8>;.• ' .

7

'.

Mineral Spirits Molasses Morpholine

100 100

1

}·:?f23•.••..:•• •,.

28

.

28

L~2'

1.2%

Ij

Extra Heavy Mobil Costan 338 Essolube, Tydol

r:r(;l~j.:~~~'i[:

Mouthwash Scope

Mustard

100 100 French's VM&P

100 100

. . ,:;20.7 MPa

7

>20.7 MPa

1

0.88%

7

6.9-13.8 MPa

ft~ :;;;·;;~~;:!;;;1

28

"

Natural Gas

100 100

Nickel Chloride

100

Nickel Nitrate

100

100

28 1

0.76%

7

13.8-20.7 MPa

7

100

Nickel Sulfate @

"tl

100 100

Nitric Acid

5

;'i,~;;l~~l'll-j;i

~l~~~~~i~~~~il{

28

[~1;;:~~;1;;~;~

28

~;tllfll~I';t

28

7

\;;,.:,•. 4' .,)

'/ .:;-;:; ..:J~~t;~.~~::::!:::::~~t~r ,~' :~:;:~.A.:

;·..

ril;,::;.;:;

:.:.;':~

" GE Cycolac

Monsanto Lustran; 50.8 mm diam. disc

:.;:/:..,;.. ,.;;> :').~::: •.

i.if,.;")\~'~fiMfn#:?+·:·'··,··

:;;'~:~~ii'iE1~1;;~'~t~~; • ·····AA~~H)ii.Mq~\~~@M(~W.~r~;··.·.·.

?H;J'

LNP; 30% gl.fib.

LNP; 30% gl.fib. Monsanto Lustran; 6.4 mm samples GE Cycolac

,:::::.~~;*:~::;:, Dow Magnum; to ASTM 0543-84

Monsanto

Lus~r~n~Y5C;~:m diam. disc

Dow Magnum; to ASTM 0543·84

>20.7 MPa

mMt!lJ;; ;

)·.·. ··.;.t~ . . t;·

;fn~!(~.~s::ct~~:~,!!l),!\!il~l\ltHI

GE Cycolac

~. ,;t:;;!!11!!!~mMU;:j)@'

Dow Magnum; to ASTM 0543·84

28

7

0C1l

10

28

20

7

cE-

25

7

;:l

30

28

t"'

30

28

40

7

IC:

.

Monsanto Lustran; 50.8 mm diam. disc

28

28

.,

.:~

;;.: :.


100

28

28

Ii

28

t{+::::g~NHM

7

l~rtlH~~t[1

7

6.9-13.8 MPa

7

20.7 MPa

~(~~~o/@M~tM··load

9' 9

no.!lllef'·

9 >20.7 MPa 13.8-20.7 MPa 6.9·13.8 MPa

"

9

7 4 8

Chemical Resistance - ASS

GE Cycolac Dow Magnum; to ASTM 0543·84

.~lle~~ '?fli~r~art •• load ··i.--

GE Cycolac

.:.,-::.::.. :......

,

"

resiStant

Monsanto Lustran; 50.8 mm diam. disc

!') (,.)

» OJ

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Chemical Resistance - ABS

en

Shoe Polish

:~~'W:

Kiwi Solid

Silicon Silicone Oils Silver Acetate

DC 230 GE Viseasil 5000

Silver Nitrate

saturated

100 100

Sodium Benzoate

Dial

;: ';';23};Y"

saturated

':;'•. ;;;23··.).'::··....

Si's?':j@ ··:1,;)~~j!i.~~

"

saturated

Sodium Bisulfite

" "

Sodium Bromide Sodium Carbonate

~ :)iiir;~t:.~;;. i;i l~l;i~;ll,jJ~ji.

28 28 7 28 28 7 7

100 100 25 100 100

@

'~" .... (n

;:;-

tl ~

...

saturated

Sodium Chloroacetate

(n

. ;;;\j

:,~"

Dow Magnum; to ASTM 0543-84

28

; ~~.:.~~,[} .23"

13.8-20.7 MPa

28,,~/>

,~", " '"': ~ ~.~,;~".

52 25 "23. 30 . 2~.

~

to' ::J

t

~

~

~!

,

98;}~[;~~L?"

,. :{'2~"":, ..:." )'(~~l"

concentrated

Sulfurous Acid

6 6 concentrated

"

~ ~~

Sulfuryl Chloride Suntan Lotion

:~~~

Tartaric Acid

salurated solution

Tetrachloroethane

» OJ en

Coppetone

f@!;,23:,':

'.i;!;~~\i;) ):':;2S' "'. .

«;~~;;it '!;;;~~~,,;

Dow Magnum; to ASTM 0543·84

28 7 7

GE Cycolac Toray Toyolac 900; transparent

""

13.8-20.7 MPa

0.07

~

101

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.

·';lig~I~;;;'il~W~cf.(

;t~~~~;~~:; "'::~~::~~::':~:',:~'::'"

~ I~ 1;

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7 7

~

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