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PPS (polyphenylene sulfide)

Chemical rating key:
A = Little to no Interaction
B = Slight Interaction
C = Not Recommended

PPS
Chemical Rating Notes
Acetaldehyde
A
Acetic acid, 10%
A
Acetic acid, glacial
A
Acetic anhydride
A
Acetone
A
Acetonitrile
A
Acetophenone
A
Elevated temperatures may reduce resistance.
Acetyl chloride
A
Elevated temperatures may reduce resistance.
Acetylene
A
Acid mine water
A
Acrylic acid
A
Aluminum chloride
A
Aluminum sulfate
A
Aminoethanol (2-)
A
Elevated temperatures may reduce resistance.
Ammonia, anhydrous
A
Elevated temperatures may reduce resistance.
Ammonium chloride
A
Ammonium hydroxide
A
Ammonium nitrate
A
Ammonium sulfate
A
Amyl acetate
A
Amyl alcohol
A
Aniline
A
Elevated temperatures may reduce resistance; prolonged exposure may weaken material.
Antifreeze
A
Prolonged exposure may weaken material.
Aqua regia
C
Asphalt emulsions
A
Barium chloride
A
Barium hydroxide
A
Barium sulfate
A
Benzaldehyde
A
Elevated temperatures may reduce resistance; prolonged exposure may weaken material.
Benzene
A
Elevated temperatures may reduce resistance.
Benzene sulfonic acid
A
Elevated temperatures may reduce resistance.
Benzoic acid
A
Elevated temperatures may reduce resistance.
Benzonitrile
A
Elevated temperatures may reduce resistance; prolonged exposure may weaken material.
Benzyl chloride
A
Elevated temperatures may reduce resistance.
Borax
A
Brake fluid
A
Bromine
C
Butadiene
A
Butane
A
Butyl acetate
A
Butyl alcohol (n-)
A
Butyl ether
A
Butyl phthalate
A
Elevated temperatures may reduce resistance.
Butylamine
A
Elevated temperatures may reduce resistance; prolonged exposure may weaken material.
Butylene
A
Calcium chloride
A
Calcium nitrate
A
Calcium sulfate
A
Carbon dioxide
A
Carbon disulfide
A
Carbon tetrachloride
A
Elevated temperatures may reduce resistance; prolonged exposure may weaken material.
Carbonated water
A
Carbonic acid
A
Cellosolve
A
Chlorine
C
Chlorobenzene
A
Elevated temperatures may reduce resistance.
Chloroethanol (2-)
A
Elevated temperatures may reduce resistance.
Chloroform
A
Elevated temperatures may reduce resistance; prolonged exposure may weaken material.
Chlorophenol, 5% aqueous
A
Chlorosulfonic acid
C
Chromic acid
C
Clorox (5.25% sodium hypochlorite)
A
Prolonged exposure may weaken material.
Clycolic acid
A
Copper chloride
A
Copper sulfate
A
Cottonseed oil
A
Cresol (m-)
A
Elevated temperatures may reduce resistance.
Cresyl diphenyl phosphate
A
Crude oil (aromatic)
A
Cyclohexane
A
Cyclohexanol
A
Cyclohexanone
A
Detergents
A
Dichloroethane (1,2-)
B
Elevated temperatures may reduce resistance.
Dichloromethane
A
Elevated temperatures may reduce resistance.
Diesel fuel
A
Diethanolamine, 25%
A
Elevated temperatures may reduce resistance.
Diethyl ether
A
Diisobutylene
A
Dimethyl phthalate
A
Elevated temperatures may reduce resistance.
Dimethyl sulfoxide
A
Dimethylaniline
A
Elevated temperatures may reduce resistance.
Dimethylformamide (N,N-)
A
Dioctyl phthalate
A
Elevated temperatures may reduce resistance.
Dioxane (p-)
A
Prolonged exposure may weaken material.
Diphyenyl ether
A
Elevated temperatures may reduce resistance.
Dowtherm
A
Engine oil
A
Epichlorohydrin
A
Elevated temperatures may reduce resistance.
Ethane
A
Ethanol
A
Ethanolamine
A
Elevated temperatures may reduce resistance.
Ethoxyethanol (2-)
A
Ethyl acetate
A
Ethyl chloride
A
Elevated temperatures may reduce resistance.
Ethyl ether
A
Ethyl Mercaptan
A
Ethylene
A
Ethylene chloride
A
Elevated temperatures may reduce resistance.
Ethylene chlorohydrin
A
Elevated temperatures may reduce resistance.
Ethylene dichloride
A
Elevated temperatures may reduce resistance.
Ethylene glycol
A
Ethylene glycol monoethylether
A
Ethylenediamine
A
Elevated temperatures may reduce resistance.
Ferric chloride
A
Ferrous chloride
A
Fluorosilicic acid, 25%
A
Formaldehyde
A
Formic acid
A
Freon
A
Elevated temperatures may reduce resistance.
Fuel oil
A
Furan
A
Furfural
A
Gasohol
A
Gasoline
A
Heptane
A
Hexane
A
Hexene
A
HFC-134a
A
Elevated temperatures may reduce resistance.
Hydraulic fluid, aircraft
A
Hydrazine
A
Elevated temperatures may reduce resistance.
Hydrobromic acid
C
Hydrochloric acid
C
Hydrofluoric acid
C
Hydrogen gas
A
Hydrogen peroxide
C
Hydrogen sulfide
A
Iodine
C
Isopropyl alcohol
A
Isopropyl mercaptan
A
Jet fuel
A
Kerosene
A
Lactic acid
A
Liquefied petroleum gas (LPG)
A
Lithium bromide
A
Lubricating oil
A
Magnesium chloride
A
Magnesium hydroxide
A
MEK
A
Methane
A
Methanol
A
Methoxy Propanol
A
Methyl acrylate
A
Methyl isobutyl ketone
A
Methyl mercaptan
A
Methyl methacrylate
A
Methyl tert-butyl ether
A
Methyl-pyrrolidinone (N-)
A
Elevated temperatures may reduce resistance; prolonged exposure may weaken material.
Methylene chloride
A
Elevated temperatures may reduce resistance.
Mineral oil
A
Morpholine
A
Elevated temperatures may reduce resistance.
Motor oil
A
Naphtha
A
Naphthalene
A
Elevated temperatures may reduce resistance.
Nitric acid
C
Nitrobenzene
A
Elevated temperatures may reduce resistance; prolonged exposure may weaken material.
Nitrogen
A
Nitrogen tetroxide
C
Nitromethane
A
Elevated temperatures may reduce resistance.
Ozone
C
Perchloroethylene
A
Elevated temperatures may reduce resistance.
Peroxyacetic acid
C
Peroxybenzoic acid
C
Phenol
A
Elevated temperatures may reduce resistance; prolonged exposure may weaken material.
Phosphoric acid
A
Prolonged exposure may weaken material.
Phosphorus trichloride
A
Potassium chloride
A
Potassium dichromate
C
Potassium hydroxide
A
Potassium permanganate
C
Propane
A
Propyl mercaptan
A
Propylene
A
Propylene chlorohydrin
A
Elevated temperatures may reduce resistance.
Propylene glycol monomethylether
A
Pyridine
A
Elevated temperatures may reduce resistance.
Refrigerant R-22
A
Elevated temperatures may reduce resistance.
Salt Water
A
Sea water
A
Sodium acetate
A
Sodium bicarbonate
A
Sodium bisulfate
A
Sodium carbonate
A
Sodium chloride
A
Sodium cyanide
A
Sodium dichromate
C
Sodium hydrosulfite
A
Sodium hydroxide
A
Prolonged exposure may weaken material.
Sodium hypochlorite, 5%
A
Prolonged exposure may weaken material.
Sodium nitrate
A
Sodium sulfate
A
Sodium sulfide
A
Sodium thiosulfate
A
Steam
A
Stoddard solvent
A
Sulfolane
A
Sulfur dioxide
A
Sulfuric acid
A
Prolonged exposure may weaken material.
Tap water
A
Tetrahydrofuran
A
Thiophenol
A
Elevated temperatures may reduce resistance.
Toluene
A
Elevated temperatures may reduce resistance; prolonged exposure may weaken material.
Tomato juice
A
Transmission fluid
A
Trichloroacetic acid
A
Elevated temperatures may reduce resistance.
Trichloroethane (1,1,1-)
A
Elevated temperatures may reduce resistance.
Trichloroethylene
A
Elevated temperatures may reduce resistance.
Trichlorotrifluoroethane
A
Elevated temperatures may reduce resistance.
Triethyl phosphate
A
Triethylamine
A
Elevated temperatures may reduce resistance.
Triphenyl phosphite
A
Elevated temperatures may reduce resistance.
Trisodium phosphate
A
Turpentine
A
Vegetable oil
A
Vinegar
A
Water
A
Elevated temperatures may reduce resistance.
Xylene
A
Elevated temperatures may reduce resistance.
Zinc chloride, 50%
A