tech.topic Chemical Resistance of Polyethylene Chemical or Solvent Concentration

Transcription

1 Chemical or olvent Concentration Acetaldehyde 100% O Acetic Acid (Glacial) Conc. O Acetic Anhydride Acetic Acid 1-10% Acetic Acid 10-60% O Acetic Acid % O Acetone Acetone 100% Acrylic Emulsions Allyl Alcohol Allyl Chloride Aluminum Chloride Dilute Aluminum Chloride Conc. Aluminum Fluoride Conc. Aluminum Hydroxide Conc. Aluminum ulfate Conc. Alums (all types) Conc. Ammonia 100% Dry Gas Ammonium Carbonate Ammonium Chloride at d Ammonium Carbonate Conc. Ammonium Chloride at d Ammonium Fluoride 20% Ammonium Hydroxide Ammonium Hydroxide 35% Ammonium Metaphosphate at d Ammonium Nitrate at d Ammonium Persullitt at d Ammonium Persulfate at d Ammonium ulfate at d Ammonium ulfide at d Ammonium Thiocyanate at d Ammonium Thiocyanst at d Amyl Acetate 100% O Amyl Alcohol 100% Amyl Chloride 100% = satisfactory (no attack) O = slight attack = unsatisfactory 70 F = 21 C, 140 F = 60 C Page 1 of 12

2 Chemical or olvent Concentration Aniline 100% Aniline Hydrochloride at d Antimony Chloride Aqua Acid Aqua Regis O O Arsenic Acid 100% Barium Carbonate at d Barium Chloride at d Barium Hydroxide at d Barium ulfide at d Beer Benzene O Benzene ulfonic Acid Benzoic Acid at d O O Benzoic Acid All Conc. Benzene ulfonic Acid Bismuth Carbonate at d Black Liquor Bleach Lye 10% Borax at d Borax Cold at d Boric Acid Conc. Boric Acid Dilute Bromic Acid 10% Bromic Acid 100% Borax Cold at d Bromic Acid 10% Bromine Liquid 100% O Bromine Water Butanediol 100% Butanediol 60% Butanediol 10% Butyl Alcohol 100% Butyric Acid Conc. Calcium Bisulfide = satisfactory (no attack) O = slight attack = unsatisfactory 70 F = 21 C, 140 F = 60 C Page 2 of 12

3 Chemical or olvent Concentration Calcium Carbonate at d Calcium Chlorate at d Calcium Chloride at d Calcium Hydroxide at d Calcium Hydroxide Calcium Hypochlorite Bleach ol n Calcium Nitrate at d Calcium Nitrate 50% Calcium ulfate Camphor Oil Carbon Dioxide 100% Dry Carbon Dioxide 100% Wet Carbon Dioxide Cold at d Carbon Disulfide Carbon Disulphide Carbon Monoxide Carbon Tetrachloride Carbonic Acid Caster Oil Conc. Chloracetic Acid 100% Chlorine Moist Gas O Chlorine Liquid O Chlorine Water 2% at d ol Chlorobenzene O Chloroform 100% Chlorosulfonic Acid Chrome Alum at d Chromic Acid 10-20% O O Chromic Acid 20% Chromic Acid & ulfuric Acid O Chromic Acid 50% O O Cider Citric Acid at d Coconut Oil Alcohols Cola Concentrates = satisfactory (no attack) O = slight attack = unsatisfactory 70 F = 21 C, 140 F = 60 C Page 3 of 12

4 Chemical or olvent Concentration Copper Chloride at d Copper Cyanide at d Copper Fluoride 2% Copper Nitrate at d Copper ulfate Dilute Copper ulfate at d Cottonseed Oil 100% Cottonseed Oil Cresol 100% Cresylic Acid 50% Cuprous Chloride at d Cyclohexane 100% Cyclohexanone Cyclohexanol 100% Detergents, ynthetic Developers Photographic Dextrin at d Dextrose at d Diazo alts Dibutylphthalate O O Diethylene Glycol 100% O Diethylene Glycol Diglycolic Acid Dimethylamine Dioctyl Phthalate O Disodium Phosphate at d Emulsions, Photographic Ethyl Acetate 100% O O O O Ethyl Alcohol 35% Ethyl Alcohol 100% Ethyl Butyrate 100% O Ethyl Chloride O Ethyl Ether 100% Ethylene Chloride = satisfactory (no attack) O = slight attack = unsatisfactory 70 F = 21 C, 140 F = 60 C Page 4 of 12

5 Chemical or olvent Concentration Ethylene Chlorohydrin Ethylene Dichloride Ethylene Glycol Ferric Chloride at d Ferric Nitrate at d Ferric ulfate at d Ferrous Chloride at d Ferrous ulfate Fish olubles Fluoboric Acid Fluorine Fluosilicic Acid 32% Fluosilicic Acid Conc. O Fluoboric Acid Fluorine Fluosilicic Acid 32% Fluosilicic Acid Conc. O Formaldehyde 40% Formic Acid 20% Formic Acid 50% Formic Acid 100% Fructose at d Fruit Pulp Fuel Oil O Furfural 100% O Furfuryl Alcohol Gallic Acid at d Gasoline Gin Glucose Glycerine Glycol Glycolic Acid 30% Grape ugar at d Aq. Heptane 100% = satisfactory (no attack) O = slight attack = unsatisfactory 70 F = 21 C, 140 F = 60 C Page 5 of 12

6 Chemical or olvent Concentration Hydrobromic Acid 50% Hydrocyanic Acid a d Hydrochloric Acid 10% Hydrochloric Acid 30% Hydrochloric Acid 35% Hydrochloric Acid Conc. Hydrofluoric Acid 40% Hydrofluoric Acid 60% Hydrofluoric Acid 75% O Hydroflurosllicic 31.1% Hydrogen 100% Hydrogen Bromide 10% Hydrogen Chloride Gas Dry Hydrogen Peroxide 30% O Hydrogen Peroxide 90% O Hydrogen Phosphide 100% Hydrogen ulfide Hydroquinone Hypochlotous Acid Conc. Inks Iodine (in KI ol n) O Lactic Acid 10% Lactic Acid 90% Lead Acetate at d Latex 100% Lead Acetate at d Lead Tetra-Ethyle 100% Linseed Oil O Lube Oil O Magnesium Carbonate at d Magnesium Chloride at d Magnesium Hydroxide at d = satisfactory (no attack) O = slight attack = unsatisfactory 70 F = 21 C, 140 F = 60 C Page 6 of 12

7 Chemical or olvent Concentration Magnesium Nitrate at d Magnesium ulfate at d Maleic Acid at d Mercuric Chloride at d Mercuric Cyanide at d Mercurous Nitrate at d Mercury Methyl Alcohol 100% Methyl Bromide O O Methyl Chloride O Methyl Ethyl Ketone 100% Methylene Chloride 100% Methylsufuric Acid Milk Mineral Oils O Molasses Comm. Naphtha 100% Naphtha 100% Naphthalene Nickel Chloride at d Nickel Nitrate Con. Nickel Nitrate Conc. Nickel ulfate at d Nicotinic Acid 100% Nitric Acid 0-30% Nitric Acid 30-50% O O Nitric Acid 70% O O Nitric Acid 95-98% Nitrobenzene 100% Octyl Cresol O Oils and Fats O Oleic Acid Conc. O Oleum Conc. Orange Extract Dilute Oxalic Acid Dilute = satisfactory (no attack) O = slight attack = unsatisfactory 70 F = 21 C, 140 F = 60 C Page 7 of 12

8 Chemical or olvent Concentration Oxalic Acid at d Oxygen 100% Ozone 100% O Perchloric Acid 10% Petroleum Ether Phenol 90% Phosphoric Acid 0-30% Phosphoric Acid Over 30% Phosphoric Acid 90% Phosphorus (Yellow) 100% Phosphorus Pentoxide 100% Phosphorus Trichloride Photographic olutions Pickling Baths Hydrochloric Acid ulfuric Acid ulfuric-nitaric Pickling Baths, ulfuric Acid Hydrochloric Acid ulfuric-nitric Picric Acid 1% O Plating olutions Brass Cadmium Chromium Copper Gold Indium Lead Nickel Rhodium ilver Tin Zinc = satisfactory (no attack) O = slight attack = unsatisfactory 70 F = 21 C, 140 F = 60 C Page 8 of 12

9 Chemical or olvent Plating olutions Brass Cadmium Chromium Copper Gold Indium Lead Nickel Rhodium ilver Tin Zinc Plating olutions Brass Cadmium Chromium Copper Gold Indium Lead Nickel Rhodium ilver Tin Concentration Zinc Potassium Bicarbonate at d Potassium Borate 1% Potassium Bromate 10% Potassium Bromide at d Potassium Carbonate Potassium Chlorate at d Potassium Chloride at d Potassium Chromate 40% Potassium Cyanide at d Potassium Dichromate 40% Potassium Ferricyanide at d = satisfactory (no attack) O = slight attack = unsatisfactory 70 F = 21 C, 140 F = 60 C Page 9 of 12

10 Chemical or olvent Concentration Potassium Ferri/Ferro Cyanide Potassium Fluoride Potassium Hydroxide 20% Conc. Potassium Nitrate at d Potassium Petborate at d Potassium Perchlorate at d Potassium Perchlorate 10% Potassium Permanganate 20% O Potassium Persulfate at d Potassium ulfate Conc. Potassium ulfide Conc. Potassium ulfite Conc. Potassium Persullate at d Propargyl Alcohol Propyl Alcohol Propylene Dichloride 100% Propylene Glycol Rayon Coagulating Bath ea Water elenic Acid hortening ilicic Acid ilver Nitrate ol'n oap olution Conc. odium Acetate at d odium Benzoate 35% odium Bicarbonate at d odium Bisulfate at d odium Bisulfite at'd at d odium Borate odium Bromide Oil ol n odium Carbonate Conc. odium Chlorate at d odium Chloride at d odium Cyanide = satisfactory (no attack) O = slight attack = unsatisfactory 70 F = 21 C, 140 F = 60 C Page 10 of 12

11 Chemical or olvent Concentration odium Cyanide odium Dichromate at d odium Ferricyanide at d odium Fluoride at d odium Hydroxide Conc. odium Hypochlorite odium Nitrate odium ulfate odium ulfide 25% odium ulfide at d ol n odium ulfide 25% to at d odium ulfite at d tannic Chloride at d tannous Chloride at d tarch olution at d tearic Acid 100% ulfur Colloidal ulfur Dioxide Dry, 100% ulfur Dioxide Wet, 100% ulfur Trioxide ulfuric Acid 0-50% ulfuric Acid 70% O O ulfuric Acid 80% ulfuric Acid 96% O O ulfuric Acid 98% Conc. O O ulfuric Acid Fuming ulfurous Acid Tallow O Tannic Acid 10% Tanning Extracts Comm. Tartaric Acid 10% Tartaric Acid at d Tetralin Tetrahydrofuran 100% Toluene Tetrachloroethylene 100% = satisfactory (no attack) O = slight attack = unsatisfactory 70 F = 21 C, 140 F = 60 C Page 11 of 12

12 Chemical or olvent Concentration Tetrahydrofurane O O O O Transformer Oil O O Trichloroacetic Acid 10% Trichloroethylene Triethanolamine 100% Trisodium Phosphate at d Turpentine rea pt to 30% rea rine Vinegar Comm. Vanilla Extract Wetting Agents Whiskey Wines Xylene Yeast Zinc Chloride at d Zinc ulfate at d = satisfactory (no attack) O = slight attack = unsatisfactory 70 F = 21 C, 140 F = 60 C The information on this document is, to our knowledge, true and accurate. However, since the particular uses and the actual conditions of use of our products are beyond our control, establishing satisfactory performance of our products for the intended application is the customer's sole responsibility. All uses of Equistar products and any written or oral information, suggestions or technical advice from Equistar are without warranty, express or implied, and are not an inducement to use any process or product in conflict with any patent. Equistar materials are not designed or manufactured for use in implantation in the human body or in contact with internal body fluids or tissues. Equistar makes no representation, promise, express warranty or implied warranty concerning the suitability of these materials for use in implantation in the human body or in contact with internal body tissues or fluids. More detailed safety and disposal information on our products is contained in the Material afety Data heet (MD). All users of our products are urged to retain and use the MD. A MD is automatically distributed upon purchase/order execution. You may request an advance or replacement copy by calling our MD Hotline at (800) Lyondell Chemical Company 1221 McKinney, uite 700 P.O. Box 2583 Houston, Texas (800) Page 12 of /0204