对磨料磨损进行高强度涂层层对机械零件的磨损试验

IF 0.2 Q4 ENGINEERING, GEOLOGICAL
P. Kovac, B. Savković, D. Ješić, Ildico Mankova
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引用次数: 0

摘要

将等离子喷涂技术应用于机械零件。在应用过程中,形成的射流撞击材料表面,颗粒沉积在表面上。通过这种方式,可以应用高厚度的层,从而使磨损的机器部件恢复活力。本文采用等离子体技术研究了Al2O3和Al2O3磷酸盐层在基体材料上的耐磨性。使用ASTM G 65-85方法测试所施加的层的耐磨性。给出了三个测试样品中每一个样品中两种类型涂层由于磨损而导致的材料损失的测试结果。文中还给出了试验装置转轮在不同转速下材料体积损失的结果。Al2O3样品上的磷酸盐浸渍层显示出显著更高的耐磨性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ON THE ABRASIVE WEAR HIGH STRENGTH COATING LAYERS ON MACHINE PARTS TESTING
Plasma coating technology was applied to machine parts. During application, the jet formed hits the surface of the material and particles are deposited on the surface. In this way, layers of high thickness can be applied and thus revitalize worn machine parts. The paper examines the abrasion resistance of Al2O3 and Al2O3 phosphate layers applied to the base material using plasma technology. The abrasion resistance of the applied layers was tested using the ASTM G 65-85 method. The results of the tests on the loss of the material due to abrasion wear for the two types of coatings in each of the three tested samples are presented. The results of the loss of the material volume at different speeds of the test device wheel are also presented. The phosphate impregnated layer on Al2O3 samples showed significantly higher abrasion wear resistance.
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来源期刊
Archives for Technical Sciences
Archives for Technical Sciences ENGINEERING, GEOLOGICAL-
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