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Table I The following chemicals do not attach or permeate high density crosslinkable polyethylene resins up to 100° F. Each application should be considered individually. All concentrations apply except where noted. Acetic Acid Ethyl Alcohol Mercury Stannous Salts Aluminum Salts Ethylene Glycol Methyl Alcohol Starch Solutions Alum Ferric Salts Methylsulfuric Acid Stearic Acid Ammonium Hydroxide Ferrous Salts Michel Salts 'Sulfuric Acid <80% Ammonium Salts Fluoboric Acid Nicotinic Acid Sulfurous Acid Amyl Alcohol Fluosilicic Acid Nitric Acid<50% Sugar Solution Antimony Salts Formic Acid Oxalic Acid Glucose Arsenic Acid Gallic Acid Perchloric Acid Lactose Barium Hydroxide Gluconic Acid Phenol<10% Sucrose, etc. Benzene Sulfonic Acid Hexanol Potassium Hydroxide Tannic Acid Bismuth Salts Hydrazone<35% Potassium Salts Tanning Extracts Boric Acid Hydrozine Hydrochloride Phosphoric Acid Tartaric Acid Bromic Acid Hydriodic Acid Photographic Solutions Titinium Acid Butanediol Hydrobromic Acid Propyl Alcohol Toluene Sulfonic Acid Butyl Alcohol Hydrochloric Acid Propylene Glycol Triethanolamine Calcium Hydroxide Hydrofluoric Acid Sea Water Urea Calcium Salts Hydrofluorosilicic Acid Selenic Acid Vinegar Chromic Acid<50% Hydrogen Peroxide<52% Sewage Wetting Agents Citric Acid Hydrogen Phosphide Silicic Acid Zinc Salts Copper Salts Hydroquinone Silver Salts Detergents Hypochorous Acid Soap Solutions Diazo Salts Iodine Solutions Sodium Ferricyanide Diethyl Carbonate Lactic Acid Sodium Ferrocyanide Diethanol Amine Latex Sodium Hydroxide Diethylene Glycol Lead Acetate 'Sodium Hypochlorite<9% Diglycolic Acid Magnesium Salts Sodium Salts 'Concentrations above stated per- Dimethylamine Mercuric Salts Sodium Sulfonates centage require special considera- Dimeth I Formamide Mercurous Salts Stanic Salts tions,contactfactoryap for guidelines Dimethyl concerning these applications. Table II The following oils and organic chemicals do not Fatty Mineral Animal Vegetable attack HDXLPE resins. They will be absorbed into Acids Oils Fats Oil the wall of the tank; however, there should be no Butyric Lube Lard Corn loss of chemical. Because of this absorption, no Lauric Transformer Fish Oil Coconut chemical other than the original should be stored in Linoleic Hydraulic Musk Oil Cottonseed the tank as long as contamination may result as the Oleic Whale Oil Olive absorbed oil is leached out. Storage at Palmitic Peanut temperatures up to 100° F are possible provided the Stearic effects of the absorption on the properties of the tank are not prohibitive. Table III Anitine Ethyl Butyrate Nitrobenzene The following organic chemicals do not attack high Benzene Ethylene Chlorohydin Octyl Cresol density crosslinkable polyethylene resins. They will Carbon Tetrachloride Fuel Oil Propylene Dichloride be absorbed into the wall of tank and a permeation Cychoh xanol AliphaFufuratic Toluene Cychohexanol Aliphatic Hydrocarbons Xylene loss will occur. Because of this permeation and the Cycolohexnone (hexane, octane, effect it has on the physical properties of the tank, it Dibutylphthalate hexene, octene, etc.) is generally not recommended that these chemicals Diesel Fuel Jet Fuel be storage at room temperatures above 100° F. Dimethylamine Gasoline However, their use largely depends on such factors as size of tank, its location, toxicity of the chemical, The document ndations accuratebe guaranteed ranteei became a the reinseat fuse am beyond our suggestions y and recommendations cannot be guarenteetl berausa Me conditions of use are beyontl our corNcl. and applicable codes such as NFPA, OSHA, etc. Intonation presented herein is given without reference to any patent questions which may be encountered in use thereof.Such questions should be Investigated by those using this information.poly processing Company assumes no responsibility for the use of information Presented herein and hereby disclaims all liability in regard to such use.