Wire, manufacture

Flame-Retardant Filler. Demand has increased for Mg(OH)2 as a nonhalogenated, flame-retardant filler for thermoplastics used in the aerospace, microelectronics, and cable and wire manufacturing industries (90). Producers of nonhalogenated, flame retardant fillers include Kyowa, Aluisuisse-Lonza (Magnifin product line), Morton, and a Dead Sea Periclase/Dead Sea Bromine joint venture (91). 

Molybdenum supplements, 17 40 Molybdenum trihalides, 17 26 Molybdenum trioxide, 17 9, 20 Molybdenum wire, manufacture of, 17 9 Molybdic oxide, 17 9... 

The trade name of the material for the heating wire manufactured by Kanthal Corporation in Sweden. This material is in particular excellent in heat resistance.. 

THEIC was for many years scarce on the market. Wire manufacturers tried therefore to prepare it themselves by the reaction between isocyanuric acid and ethylene oxide. Another synthetic procedure starts from isocyanuric acid and... 

The water based poly(ester-imide) wire enamel from Table 3 has the same resin composition as the cresol free solvent based resin 2. It can be seen that the mechanical and thermal properties of the water based varnish are inferior to the noncresylic product. It was also found that minor amounts of drawing agent residues from copper wire manufacturing were highly detrimental to the surface quality of the enameled wires. 

R. V. Cults and H. Dan, Proceedings of the Institute of Iron and Steel Wire Manufacturers Conference, Harrogate, March 1972, paper 7. 

The wire manufacturing technique is also important, since wires of a given composition vary widely in their performance in coils. 

Ochai, I., and Ohba, H. (1989). Microstructure and corrosion behavior of inter-metallic layer of coating in Zn-Alloy coated steel wire manufactured by the doubledip process. Tetsu-To-Hagane (J. Iron Steel Inst. Japan), 75(2), 298-305 (in Japanese). 

Lecithin is a naturally occurring group of phospholipids which is widely recoghnized as a versatile surfactant for use in industrial applications such as magnetic media, cosmetics, wire manufacture, paint, automotive, construc-tlomn, plastic molding and agricultural chemicals. The primary commercial source of lecithin comes from soybeans. 

Yarlagadda et al. (1995) conducted SEM-EDS and sequential extractions on size fractionated soil specimens from sites contaminated with lead and copper by wire manufacturing (acidic pickle liquors) and steel fabrication. They found that Cu and Pb were distributed fairly uniformly across sub 2 mm size fractions. SEM-EDS showed variations between the form of contamination between size fractions. The <75 m fraction contained a few irregular shaped Cu-enriched particles and some smaller isolated Pb-enriched particles, whereas the 0.85-2.0 mm fraction contained no discrete contaminant particles. Here, lead was detected adhering to larger particles, either as small particles or as coatings. Sequential extractions indicated that Pb was primarily in carbonate and reducible phases, whereas Cu was associated with carbonate, reducible and oxidizable fractions. 

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