Page 429 - Cat4800-Oct2011

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415

Parker Industrial Hose Customer Service

866 810 HOSE (4673) 800 242 HOSE (4673)

Strongsville, OH

South Gate, CA

Eastern USA

Western USA

www.safehose.com

e-mail: indhose@parker.com

Chemical Guides

Hose and Chemical Table

Refer to pages 413-414 for names and general properties of Parker hose materials.

WARNING!

The following data is based on tests and believed to be reliable; however, the tabulation should be used as

a guide

ONLY,

since it does not take into consideration all variables, such as elevated temperatures, fuid contamination,

concentration, etc., that may be encountered in actual use. All critical applications should be tested. Refer to the Safety &

Technical Information section of this catalog for safety, handling and use.

***Refer to the PVC Temperature/Pressure chart on page 445.

Thermoplastic hose and tubing achieve their optimum physical properties at room temperature, 68°F (20°C). As thermo-

plastic materials are exposed to increased ambient temperatures, they soften and their physical properties change. For hose

and tubing, heat sharply reduces the available working pressure and coupling retention. In all cases, test the product in a

controlled, secure and safe environment, and consider all operating conditions prior to use.

NOTES:

• Data for PVC/thermoplastic materials based on 68°F unless otherwise noted.

• Data for other materials based on 70°F unless otherwise noted.

Key:

E = Excellent • G = Good • C = Conditional • Blank = No Data • X = Not Recommended

Chemical Or

Material Conveyed

CPE

CSM

Chlorobutyl

Chloroprene

EPDM

EVA***

FEP/PTFE

FKM

MXLPE

Natural

Nitrile

Nylon

PU***

PVC***

PVC/PU***

SBR

TPV

***

UHMWP

XLPE

Acetal

C G C G

E X G C X

E E

Acetaldehyde

X E X E G E X

X X E X X X X G G E

Acetamide

G E G E

E G E C E

E E

Acetate Solvents

X C X E C E X G C X

C X X X

E E

Acetic Acid, 10%

E E E G E E E E

G G X X E G G E E E

Acetic Acid, 30%

G G C E E E C G X X

G G X

E E

Acetic Acid, 50%

E E G C E C E G

X C X X G G G C E G

Acetic Acid, 80%

X C C

Acetic Acid, Glacial

E C G C G X E X

X X X X C C C G E E

Acetic Acid, Vapors

X G G

Acetic Anhydride

E E G G G C E X

C X X X X X X E G E

Acetic Ester

X G X E

E X G X X

E E

Acetic Ether

C G X E

E X G X X

E E

Acetic Oxide

E G

E X

Acetone

G X E X E C E X

X X E X X X C G E C

Acetone Cyanohydrin

C E G E

E X

C X

E E G E

Acetonitrile

G E E E

E X

G X E

Acetophenone

X G X E

E X

X X

X G X X

Acetyl Acetone

G X E X E

E X

X X

X G E E

Acetyl Chloride

E X X X C

E G

X X X X

X G G G

Acetyl Oxide

E E G G G

E X

C X

X E E E

Acetylene

G C E E E X E E

G E E G C C C C E E

Acetylene Dichloride

X C X C

E G

X X E

Acetylene Tetrachloride

X X X X

E E

X X

Acrolein

G E C E

E X

G C

C C X E

Acrylic Acid

E G X X X

E X

X X

Acrylonitrile

E C X X E

E X

C X E X C C C G C C

Di(2Ethylhexyl) Adipate

X E X G

E C

X X

Adipic Acid

G X E E E E E

E E

E G G E G

Air

E E E E

E E E E E

E E

Air, +300°F

G G G G G

E E

X G

X E X

Alcohol, Aliphatic

E E E E

G C E E E

E E

Alcohol, Aromatic

X X C X

E E G C C

E E

Alk-Tri

X X X X

E E

X X

Allyl Alcohol

E E E E E E G

E E C X X X G G E E

Allyl Bromide

X X X X

E G

X X

G G

***

Refer to the PVC Temperature/Pressure chart on page 445.

(Continued on the following page)