首页> 外文期刊>Tribology Letters >Tribological Properties of Greases Based on Biogenic Base Oils and Traditional Thickeners in Sapphire-Steel Contact
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Tribological Properties of Greases Based on Biogenic Base Oils and Traditional Thickeners in Sapphire-Steel Contact

机译:蓝宝石-钢接触中基于生物基油和传统增稠剂的润滑脂的摩擦学特性

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摘要

Friction and wear tests were performed with a number of greases based on biogenic esters and thickened with two metal soaps and a highly dispersed silica acid gel. The series of experiments was performed on a Nonotribometer in material combination of sapphire ball on steel disks with a range of normal loads from 1 up to 500 mN. Results directly show influences of the bulk grease components on frictional and wear behavior. Comparison of frictional and wear results makes manifest that, while in most combinations of base oil and thickener, the highest influence is found in the thickening agent, some combinations are mainly influenced by the base oil. All frictional results along with wear widths and depths as well as micrographs of the prevailing wear mechanisms are presented and discussed.
机译:使用多种基于生物酯的润滑脂进行了摩擦和磨损测试,并使用两种金属皂和高度分散的硅胶将其增稠。系列实验是在Nonotribometer上进行的,蓝宝石球在钢盘上的材料组合具有1到500 mN的正常载荷。结果直接显示了散装润滑脂成分对摩擦和磨损行为的影响。摩擦磨损结果的比较表明,尽管在大多数基础油和增稠剂的组合中,增稠剂的影响最大,但某些组合主要受基础油的影响。介绍并讨论了所有摩擦结果,磨损宽度和深度以及主要磨损机理的显微照片。

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