Abstract
Anna DANILCHENKO Graduate student Faculty of Rubber and Elastomer Technology and Processing Technology of Synthetic Rubber Department Kazan National Research Technological University 68, Karl Marks Str., Kazan, 420015, Russia any-nyta7@mail.ru Elena A. KIYANENKO Ph.D. (in Technical Sciences) Associate Professor Faculty of Rubber and Elastomer Technology and Processing
Highlights
Polymer composite materials with a complex of increased strength indicators are in demand
UHMWPE GOST - 15139 fibers were used before and after plasma treatment, which were pre-crushed to a size of 2 ÷ 5 mm
The study of possible changes before and after plasma treatment was carried out using the IR spectroscopy method
Summary
The work investigated the effect of crushed fibers of ultra-high molecular weight polyethylene (UHMWPE) before and after plasma treatment in air and argon with their content up to 1.0% of the mass. UHMWPE fibers were treated with a high-frequency capacitive discharge of lowtemperature plasma in order to increase the adhesive polymer-filler interaction. The effect of filling with plasma-treated UHMWPE on the main set of PCM strength indicators is estimated. It was Fundamental and applied problems of materials creation and phases of technologies for textile industry revealed that the modification of the filler leads to a significant increase in the physical and mechanical parameters of PCM with its use.
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