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Polyethylene

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

Polyethylene
Chemical Rating Notes
Acetaldehyde
B
Elevated temperatures reduce resistance.
Acetic acid (10%)
A
Acetic acid (100%)
B
Elevated temperatures reduce resistance.
Acetic acid (60%)
A
Elevated temperatures reduce resistance.
Acetic anhydride
C
Acetone
C
Acrylic Emulsions
A
Allyl alcohol
C
Allyl chloride
C
Aluminum chloride (conc.)
A
Aluminum chloride (dilute)
A
Aluminum fluoride (conc.)
A
Aluminum sulfate
A
Alums
A
Ammonium carbonate
A
Ammonium chloride
A
Ammonium fluoride
A
Ammonium hydroxide
A
Ammonium metaphosphate
A
Ammonium nitrate
A
Ammonium persulfate
A
Ammonium sulfate
A
Ammonium sulfide
A
Ammonium thiocyanate
A
Amyl acetate
C
Amyl alcohol
A
Amyl chloride
C
Aniline
A
Elevated temperatures reduce resistance.
Aniline hydrochloride
C
Antimony chloride
A
Aqua regia
C
Arsenic acid
A
Barium carbonate
A
Barium chloride
A
Barium hydroxide
A
Barium sulfate
A
Barium sulfide
A
Beer
A
Benzene
C
Benzoic acid
A
Benzoic sulfonic acid
A
Bismuth carbonate
A
Black liquor
A
Bleach Lye
A
Borax
A
Boric acid (conc.)
A
Boric acid (dilute)
A
Bromic acid
A
Bromine Liquid
C
Bromine water
C
Butanediol (10%)
A
Butanediol (100%)
A
Butanediol (60%)
A
Butyl alcohol (100%)
A
Butyric acid
C
Calcium bisulfide
A
Calcium carbonate
A
Calcium chlorate
A
Calcium chloride
A
Calcium hydroxide
A
Calcium hypochlorite
A
Calcium nitrate
A
Calcium sulfate
A
Camphor oil
C
Carbon dioxide, dry
A
Carbon dioxide, wet
A
Carbon disulfide
C
Carbon monoxide
A
Carbon tetrachloride
C
Carbonic acid
A
Castor oil
A
Chlorine gas
B
Elevated temperatures reduce resistance.
Chlorine liquid
C
Chlorine water (2%)
C
Chloroacetic acid
C
Chlorobenzene
C
Chloroform
C
Chlorosulfonic acid
C
Chrome alum
A
Chromic acid
A
Cider
A
Citric acid
A
Coconut oil alcohols
A
Cola conc.
A
Copper chlorides
A
Copper cyanide
A
Copper fluoride
A
Copper nitrate
A
Copper sulfate
A
Cottonseed oil
A
Cresol
A
Creyslic acid
A
Cyclohexanol
A
Cyclohexanone
C
Detergents
C
Developers, photographic
C
Dextrin
A
Dextrose
A
Diazo Salts
A
Dibutylphthalate
B
Diethylene glycol
A
Diglycolic acid
A
Dimethylamine
C
Dioctyl phthalate
B
Elevated temperatures reduce resistance.
Disodium phosphate
A
Ethyl acetate
B
Elevated temperatures reduce resistance.
Ethyl alcohol
A
Ethyl Butyrate
B
Elevated temperatures reduce resistance.
Ethyl chloride
C
Ethyl ether
C
Ethylene chloride
C
Ethylene chlorohydrin
C
Ethylene dichloride
C
Ethylene glycol
A
Ferric chloride
A
Ferric nitrate
A
Ferrous chloride
A
Ferrous sulfate
A
Fluorine
A
Elevated temperatures reduce resistance.
Fluosilic acid
A
Elevated temperatures reduce resistance.
Formaldehyde
A
Formic acid
A
Fructose
A
Fruit pulp
A
Fuel oil
C
Fufural
C
Furfuryl alcohol
C
Gallic acid
A
Gasoline
C
Glucose
A
Glycerine
A
Elevated temperatures reduce resistance.
Glycol
A
Glycolic acid
A
Grape sugar
A
Heptane
C
Hexanol, tert.
A
Hydrobromic acid
A
Hydrochloric acid
A
Hydrocyanic acid
A
Hydrofluoric acid
A
Elevated temperatures reduce resistance.
Hydrogen peroxide
B
Elevated temperatures reduce resistance.
Hydrogen phosphide
A
Hydrogen sulfide
A
Hydroquinone
A
Hypochlorous acid
A
Inks, solvent
B
Elevated temperatures reduce resistance.
Lactic acid
A
Latex
A
Lead acetate
A
Linseed oil
B
Elevated temperatures reduce resistance.
Lube oil
C
Magnesium carbonate
A
Magnesium chloride
A
Magnesium hydroxide
A
Magnesium nitrate
A
Magnesium sulfate
A
Maleic acid
A
Mercuric chloride
A
Mercuric cyanide
A
Mercurous nitrate
A
Mercury
A
Methyl alcohol
A
Methyl bromide
B
Elevated temperatures reduce resistance.
Methyl chloride
C
Methyl ethyl ketone (MEK)
C
Methylene chloride
C
Milk
A
Mineral oils
C
Molasses
A
Naptha
A
Elevated temperatures reduce resistance.
Napthalene
C
Nickel chloride
A
Nickel nitrate
A
Nickel sulfate
A
Nicotine
A
Nitric acid (>30%)
B
Elevated temperatures reduce resistance.
Nitric acid (30%)
A
Nitrobenzene
C
Oils and fats
C
Oleic acid
B
Elevated temperatures reduce resistance.
Oxalic acid
A
Ozone
C
Perchloric acid
A
Petroleum ether
C
Phenol
C
Phosphoric acid (>30%)
C
Phosphoric acid (30%)
A
Elevated temperatures reduce resistance.
Photographic solutions
A
Potassium bicarbonate
A
Potassium borate
A
Potassium bromate
A
Potassium bromide
A
Potassium carbonate
A
Potassium chlorate
A
Potassium chloride
A
Potassium chromate
A
Potassium cyanide
A
Potassium dichromate
A
Potassium fluoride
A
Potassium hydroxide
A
Potassium nitrate
A
Potassium perchlorate
A
Potassium permanganate
A
Potassium persulfate
A
Potassium sulfate
A
Potassium sulfide
A
Potassium sulfite
A
Propyl alcohol
A
Propylene dichloride
C
Propylene glycol
A
Sea water
A
Shortening
A
Silver nitrate solution
A
Soap solution
B
Elevated temperatures reduce resistance.
Sodium acetate
A
Sodium benzoate
A
Sodium bicarbonate
A
Sodium bisulfate
A
Sodium bisulfite
A
Sodium borate
A
Sodium bromide
A
Sodium carbonate
A
Sodium chloride
A
Sodium cyanide
A
Sodium dichromate
A
Sodium fericyanide
A
Sodium hydroxide
A
Sodium hypochlorite
A
Sodium nitrate
A
Sodium sulfate
A
Sodium sulfide
A
Sodium sulfite
A
Starch solution
A
Steric acid
A
Sulfur dioxide
A
Sulfuric acid (50%)
A
Sulfuric acid (conc.)
B
Elevated temperatures reduce resistance.
Tallow
A
Elevated temperatures reduce resistance.
Tannic acid
A
Tartaric acid
C
Tetrahydrofuran
C
Titanium tetrachloride
C
Toluene
C
Transformer oil
C
Trichloroethylene
C
Triethanolamine
B
Elevated temperatures reduce resistance.
Trisodium phosphate
A
Turpentine
C
Urea
A
Urine
A
Vanilla extract
A
Vinegar
A
Wetting agents
A
Whiskey
A
Wines
A
Xylene
C
Yeast
A
Zinc chloride
A
Zinc sulfate
A