Tribological Properties of an Antifriction Polymer Modified by Severe Plastic Deformation

Beloshenko, V.A. and Білошенко, В.О. and Белошенко, В.А. and Voznyak, А.V. and Возняк, А.В. and Возняк, А.В. and Voznyak, Yu.V. and Возняк, Ю.В. and Возняк, Ю.В. and Kupreev, A. V. and Купрєєв, А.В. and Купреев, А.В. (2016) Tribological Properties of an Antifriction Polymer Modified by Severe Plastic Deformation. Doklady Chemistry, 466 (2). pp. 25-28.

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Abstract

The possibility of applying severe plastic deformation technologies to improving the tribological characteristics of semicrystalline antifriction polymers was studied. By the example of Nylon 6 subjected to equal channel multiple angular extrusion, it was shown that severe plastic deformation favors a significant (more than three orders of magnitude) increase in the wear resistance of polymer and a 15–20% decrease in its friction coefficient. There are also increases in the maximum allowable contact pressure and temperature in the friction zone, at which the wear and the friction coefficients are stable

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