Stability of a chloride electrolyte for deposition of a composition nickel-polytetrafluorethylene electrolyte coating was studied, and the homogeneity of polytetrafluoroethylene distribution in the coat was determined. The principle of obtaining composition electrochemical platings (CEPs) is based on the fact that dispersion particles of various sizes and types are coprecipitated with metals from suspended electrolytes. Including in a coat, the particles essentially improve its operational properties (hardness, passive hardness, and rust resistance) and impart them new qualities (antifrictional, magnetic, and catalytic). Owing to this fact, CEPs find wide application in various industries, and the development of new CEP types and new electrolytes for their deposition, and the search for paths of controlling their properties are an important scientific and technical problem.
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