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Analysis of tribological properties of selected non-metal materials

机译:选定非金属材料的摩擦学性质分析

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The paper concerns with the tribological properties of non-traditional construction materials designed for production of some components for bulk conveyers. The research was aimed at limitation of the values of passive resistances and reaching the savings of input energy, or reduction of wear of mobile parts of conveyer. The results of tribolic properties of non-materials hard wood (beech wood), Teflon, Werkstoff ?S"(green), Alkamid are introduced in the study. The obtained experimental values reached on a tribometer with shift movement the excellent sliding properties of Werkstoff ?S" material at low wear. This material has exceptional characteristics and makes possible recycling of the waste which develops during chip working. Sharing friction coefficient is comparable with that material of Teflon.
机译:本文涉及非传统建筑材料的摩擦学特性,该材料设计用于生产散装输送机的一些部件。该研究旨在限制被动电阻的值,并达到输入能量的节省,或减少输送机的移动部件的磨损。在研究中介绍了非材料硬木(山毛榉木),Teflon,Werkstoff?s“(绿色),alkamid的骰子特性的结果。通过换档运动达到摩擦计的实验值达到了Werkstoff的优异滑动性能虽然在低磨损中的材料。这种材料具有出色的特点,并使在芯片工作期间开发的废物的回收。共享摩擦系数与Teflon的材料相当。

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