The Development of Methods for Forming Effective Structural Phase States in Polytetrafuoroethylene-Based Polymer Composites

Abstract

Methods have been drawn up for the forming of effective structural phase states in polytetrafuoroethylene-based multicomponent systems by mechanical, thermal, and other types of high-energy treatment, based on an analysis and extension of the results of multiplan experimental investigations.

Design and study of nanomodified composite fluoropolymer materials for tribotechnical purposes

“…Consequently, the research is needed aiming at compensating for the negative effects of fillers on PTFE. An example of such research is the use of a mixture of functional components with the participation of nanomodifiers [11][12][13][14], as well as the development of composites with an increased adhesion between the polymer and filler [15]. Also efficient is the structural modification of physical and mechanical properties without changing the chemical composition of the polymer and its molecular mass as a result of mechanical activation, radiation exposure, the use of magnetic and electromagnetic fields, shockwave processing, etc.…”