<?xml version="1.0" encoding="UTF-8"?>
<xml>
<records>
<record>
	<source-app name="Actavia">Actavia</source-app>
	<ref-type name="Journal Article">0</ref-type>
	<contributors>
		<authors>
			<author>Müller, Miroslav</author>
			<author>Kejval, Jiří</author>
		</authors>
		<secondary-authors></secondary-authors>
	</contributors>
	<titles><title>Research on wear resistance of poly-component composite materials</title></titles>
	<dates>
		<year>2017</year>
		<pub-dates><date>2017-9-30</date></pub-dates>
	</dates>
	<pages>106-114</pages>
	<abstract>The paper deals with the testing of composite materials based on corundum, silicon carbide and glass. The object of the experiments was a particle polymeric composite, whose continuous phase was in the form of a two-component epoxy resin and a discontinuous phase (reinforcing particles) of corundum, silicon carbide and glass of a specific particle size from 4.5 to 260 µm. The research was focused on the evaluation of abrasive wear resistance and hardness of the tested materials. A considerable improvement of the values obtained at measuring the abrasive wear resistance was reached at hybrid composite materials filled with three different components, when 98% improvement was reached compared to the epoxy resin without the filler. The hardness increased up to 35% by adding the filler. The particle size influenced properties of the polymeric composite as the particles of larger sizes bring a positive influence on the wear resistance and the hardness HBW 10/250/30.</abstract>
	<number>3</number>
	<volume>63</volume>
</record>
</records>
</xml>
