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Effectiveness of Selected CHO Compounds as Antiwear Additives to White Mineral Oils

机译:某些CHO化合物作为白色矿物油抗磨添加剂的功效

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摘要

The objective of this article is to verify the effectiveness of CHO products (mixtures of esters) and their compositions with a lactam-type CHNO compound applied at the concentration ≤1 wt% as antiwear additives to white oils. The research was performed using a ball-on-disk tester and a special four-ball apparatus. The tested CHO and CHNO additives show very good antiwear properties under boundary lubrication conditions. They provide the highest wear reduction when they are introduced at 0.1 wt%. The wear reduction synergism for mixtures comprising 20 wt% of the CHNO compound and 80 wt% of the selected esters is not observed. Additionally, the limiting pressure of seizure, p{sub}s, was determined. It was found that p{sub}s is not improved by esters and the CHNO additive if they are added at 0.1 wt%; the positive influence of some mixtures comprising 20 wt% of the CHNO compound and 80 wt% of the chosen esters is revealed. It was also proved that the oil viscosity influences the tribological properties of applied additives under boundary lubrication and extreme pressure conditions.
机译:本文的目的是验证CHO产品(酯的混合物)及其组合物的有效性,其中内酰胺类CHNO化合物的浓度≤1 wt%用作白油的抗磨添加剂。该研究是使用圆盘球测试仪和特殊的四球仪进行的。经过测试的CHO和CHNO添加剂在边界润滑条件下显示出非常好的抗磨性能。当以0.1 wt%的量引入时,它们可以最大程度地减少磨损。对于包含20重量%的CHNO化合物和80重量%的所选择的酯的混合物,没有观察到磨损减少的协同作用。另外,确定了癫痫发作的极限压力p {sub} s。已经发现,如果酯和CHNO添加剂的添加量为0.1wt%,则不能改善p {sub} s。揭示了包含20 wt%的CHNO化合物和80 wt%的所选酯的某些混合物的积极影响。还证明了在边界润滑和极端压力条件下,油的粘度会影响所用添加剂的摩擦学性能。

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