Resistencia del pvc a productos quimicos

Tabla de resistencia del pvc  a quimicos

Resistance  E = Excellent G = Good F = Fair N = Not Recommended  Material PTFE = Polytetrafluoroethylene including of Teflon® SS = Stainless Steel (316) PE#1 = Convenional Polyethylene PE#2 = Rigid Polyethylene PP = Polypropylene PVC = Polyvinylchloride   Chemical PTFE SS PE#1 PE#2 PP PVC Acetaldehyde E E G G G G Acetamide E E E E E N Acetic Acid,  5% E E E E E E Acetic Acid, 50% E E E E E E Acetone E E E E E E Aluminum Hydroxide E E E E E E Ammonia E E E E E E Ammonium Hydroxide E E E E E E Ammonium Oxalate E E E E E E n-Amyl Acetate E E G E G F Amyl Chloride E -- N F N N Aniline E E E E G N Chemical PTFE SS PE#1 PE#2 PP PVC Benzaldehyde E -- E E E N Benzene E E F G G N Benzoic Acid, Sat. E E E E E E Benzyl Acetate E -- E E E F Boric Acid E F E E E E Bromine E N N F N G Bromobenzene E -- N F N F n-Butyl Acetate E F G E G N sec-Butyl Alcohol E -- E E E G Butyric Acid E E N F N G Chemical PTFE SS PE#1 PE#2 PP PVC Calcium Hypochlorite E F E E E G Carbazole E -- E E E N Carbon Disulfide E E N N E N Carbon Tetrachloride E G F G G G Chlorine E G G G G E Chloroacetic Acid E F E E E F Chloroform E E F G G N Chromic Acid E G E E E E Citric Acid E E E E E G Cresol E E N F E N Cyclohexane E E G E G G Chemical PTFE SS PE#1 PE#2 PP PVC Decalin E -- G E G E o-Dichlorobenzene E -- F F F G p-Dichlorobenzene E -- F G E N Diethyl Benzene E -- N F N N Diethyl Ether E -- N F N F Diethyl Ketone E -- G G G N Diethyl Malonate E -- E E E G Dimethyl Formamide E -- E E E F Chemical PTFE SS PE#1 PE#2 PP PVC Ether E E N F N F Ethyl Acetate E E E E E F Ethyl Benzene E -- F G F N Ethyl Benzoate E -- F G G N Ethyl Butyrate E -- G G G N Ethyl Chloride, Liquid E E F G F N Ethyl Cyanoacetate E -- E E E NF Ethyl Lactate E -- E E E F Ethylene Chloride E E G G G N Ethylene Glycol E E E E E E Ethylene Oxide E -- F G F F Chemical PTFE SS PE#1 PE#2 PP PVC Fluorine G -- F G G N Formic Acid, 50% E F E E E G Formic Acid, 90-100% E N E E E F Fuel Oil E E F G E E Gasoline E E F G E G Glycerine E E E E E E Chemical PTFE SS PE#1 PE#2 PP PVC n-Heptane E E F G E F Hexane E E N G E G Hydrochloric Acid, 1-5% E N E E E E Hydrochloric Acid, 35% E N E E E G Hydrofluoric Acid, 4% E N E E E G Hydrofluoric Acid, 48% E N E E E G Hydrogen E -- E E E E Hydrogen Peroxide E F E E E E Chemical PTFE SS PE#1 PE#2 PP PVC Isopropyl Acetate E -- G E G N Isopropyl Benzene E -- F G F N Kerosene E E F G G E Lactic Acid, 3% E G E E E G Lactic Acid, 85% E F E E E G Chemical PTFE SS PE#1 PE#2 PP PVC Magnesium Salts E G E E E E Methoxyethyl Oleate E -- E E E N Methyl Ethyl Ketone E E E E E N Methyl Isobutyl Ketone E E G E G N Methyl Propyl Ketone E -- G E G N Methylene Chloride E E F G F N Chemical PTFE SS PE#1 PE#2 PP PVC Nitric Acid, 50% E G E G G G Nitric Acid, 70% E N E G G F Nitrobenzene E E F G F N n-Octane E -- E E E F Orange Oil E -- F G G F Chemical PTFE SS PE#1 PE#2 PP PVC Perchloric Acid E -- G G G G Perchloroethylene E E N N N N Phenol, Crystals E E G G G F Phosphoric Acid, 1-5% E E E E E E Phosphoric Acid, 85% E G E E E E Potassium Hydroxide E G E E E E Propane Gas E E N F N E Propylene Glycol E E E E E F Propylene Oxide  E -- E E E F Chemical PTFE SS PE#1 PE#2 PP PVC Resorcinol E -- E E E F Salicylaldehyde E -- E E E F Sulfuric Acid, 1-6% E F E E E E Sulfuric Acid, 20% E N E E E E Sulfuric Acid, 60% E N E E E E Sulfuric Acid, 98% E N E E E N Sulfur Dioxide, Liq. E E N F N F Sulfur Salts E E F G F N Chemical PTFE SS PE#1 PE#2 PP PVC Tartaric Acid E G E E E E Tetrahydrofuran E E F G G N Thionyl Chloride E -- N N N N Toluene E E F G G F Trichloroethane E E N F N N Trichloroethylene E E N F N N Turpentine E E F G G G Vinylidene Chloride E -- N F N N Xylene E E G G F N Zinc Salts/Stearate E G E E E E