Table of Contents

Acid Mine Water. Aluminum Chlorohydroxide. Amino Acids. Ammonium Formate. Aniline Oil. Arsenious Acid. Buttermilk. Butyl Lactate. Carbonated Water. China Wood Oil. Cider. Coal Tar. Diamylamine. Dinitrochlorobenzol. Ethyl Butyrate. Ethylene, dry. Freon 17. Glutamic Acid. Hydraulic Fluid, petroleum. Hydraulic Fluid, synthetic. LPG Propane. Magnesium Bisulfate. Manganese Sulfate. Methyl Acrylate. Mineral Spirits. Monochloroacetic Acid. Nickel Ammonium Sulfate. Nitriding Gases. Oil, mineral. Paper Pulp, chlorinated. Paper Pulp, non-chlorinated. Phenol Sulfonic Acid. Phosphorous Pentachloride. Pine Oil. Potassium Hypochloride. Potassium Phosphate. Sea Water. Selenious Acid. Shellac. Sodium Hydrosulfide. Sodium Tetraborate. Stannous Flouride. Sugar Solution. Sulfuric Acid Vapors. Tin, molten. Trichloroethane. Tricresylphosphate. Triethylphosphite. Tung Oil. Urea Ammonium Liquor. Zinc Cyanide.

Reviews

“extremely accessible information on comparative material performance…these tables serve as an extremely useful corrosion guide to anyone involved in the selection of materials.”
—Materials & Design
“…assist[s] not only the practicing engineer who is well grounded in the basics, but also any general student of science who is charged with the specific responsibilities of selecting proper materials of construction for specific applications.”
—Chemical Industry News
“…The author has done an excellent job in preparing this guide. It is recommended for the specialist and any library.”
—Electrochemical Progress
“…a must for engineering libraries…[and] recommended to everyone concerned with the problems of selecting proper materials for specific applications.”
—Mechanical Properties