Automotive Parts Manufacturers

Jones, S.T. Kennedy, C.T.C. (1988) Contact dermatitis from triethanolamine inE45 cream (Short communication). Contact Derm., 19, 230 Kenyon, E.M., Hammond, S.K., Shatkin, J., Woskie, S.R., Hallock, M.F. Smith, T.J. (1993) Ethanolamine exposures of workers using machining fluids in the automotive parts manufacturing industry. Appl. occup. environ. Hyg., 8, 655-661 Kindsvatter, VH. (1940) Acute and chronic toxicity of triethanolamine. J. ind. Hyg. Toxicol, 22, 206-212... 

Answers to the question What is effectiveness here by a group of middie managers in an automotive parts manufacturing plant of an international company, 1992 ... 

Fuel Cells Manufacturing Automotive Parts Manufacturing Carbon Products... 

Automotive Parts Manufacturing Auto Racing Thermal Insulation Chemical Industrial Products... 

The Automotive Parts Rebuilders Association, of Chicago, collects data on the production, consumption, sales, prices, new products, new equipment, processes, and labor involved in automotive parts manufacture. 

Meyer, W. Coinjection Can Benefit Automotive Parts Manufacturers. Plastics Today, p. 21, Sept. 2, 1989. 

Impact polystyrenes have found use in the manufacture of refrigerator door liners and in packaging. They are also commonly used for appHance housings, radio and television cabinets, sporting goods, toys, cameras, furniture, luggage, pipe and fittings, automotive parts, and women s shoe heels (96). 

Prodnction of Nylon-6 from caprolactam is an important global industrial process. Of the several billions of pounds of caprolactam produced armually, most is polymerized to Nylon-6 [1]. Nylon-6 polymer is used in the manufacture of carpets, automotive parts and sporting goods as well as in films and packaging. 

The major uses of BPA are in the production of polycarbonate resins (63%) and epoxy resins (27%). Polycarbonates have major outlets in automotive parts, compact discs, eyeglasses, and sheet and glazing applications, and have caused bisphenol A consumption to more than double during the past decade. Epoxy resins are two-component adhesives for very strong bonding. Miscellaneous uses include flame retardants (mostly tetrabromobisphenol A) and other polymer manufacture. Polycarbonate grade bisphenol A is >99% p,p isomer. The epoxy grade is 95% p,p. The p,p and o,p isomers can be separated by a combination of distillation and crystallization. 

Cured liquid-molding resins based on polydicyclopentadiene are uses in the manufacture of automotive parts for trucks, snowmobiles, wheel loaders, recreational vehicles, and also in other areas that require toughness and good all-weather impact resistance. 

Ethylenethiourea has a wide variety of uses in addition to vulcanization, a principal application since 1948. The curing process converts most of the ETU to other compounds, but traces of it are still found in the rubbers. Neoprene (polychloroprene) is found largely in automotive parts, wire and cable insulation, construction and adhesives. Consumer products containing neoprenes include container seals (e.g., aerosol dispensers) and shoes. It is also an intermediate in the manufacture of antioxidants, dyes, fungicides, insecticides, pharmaceuticals, synthetic resins, and a constituent of plating baths. 

Plastics have become the material of choice in the modem world and their applications in the industrial field are continually increasing. Presently plastics are manufactured for various uses such as consumer packaging, wires, pipes, containers, bottles, appliances, electrical/electronic parts, compnters and automotive parts. Most post-consumer plastic products are discarded and end up as mixed plastic municipal waste. The disposal of this waste has become a major social concern. 

Aldehydes are formally named by changing the final -e of the name of the alkane with the same number of carbon atoms to the suffix -al. Thus, the formal name of the compound represented above is methanal, based on the one-carbon alkane methane. Methanal is commonly called formaldehyde. A water solution of formaldehyde was used in the past to preserve biological specimens. However, formaldehyde s use has been restricted in recent years because evidence shows it may cause cancer. Industrially, large quantities of formaldehyde are reacted with urea to manufacture a type of grease-resist-ant, hard plastic used to make buttons, appliance and automotive parts, and electrical outlets, as well as the glue that holds the layers of plywood together. 

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