Abstract
The wear-resistant polymer-based composites that have excellent mechanical properties have been increasingly required to satisfy the social needs of CO2 reduction. We developed the wear-resistant composite composed of the heatresistant phenol-resin and some kinds of the effective filler for the lubrication and protection of the worn surface. The developed material showed the excellent limiting PV value and the wear-resistance slid against aluminum alloy and stainless steel. In order to clarify the wear-resistant mechanism, tribological measurement and observation of worn surfaces were carried out. As a result, we confirmed that the wear powder had formed the smooth wear-resistance-film on the worn surface.
