润滑脂添加剂

结果表明：含有纳米Cu，Al，Al2O3，MgO，ZnO粒子的润滑脂添加剂能显著提高通用锂基脂的减摩性能，且对表面具有一定的修复能力。

The results show that the addition of nano-particles Al_2O_3 , Cu , Al , MgO , ZnO greatly with some can improve antifriction property of the base grease surface reconditioning ability .

兼具优秀极压和抗磨性能的润滑脂添加剂体系正极添加剂对NiCl2体系热电池性能的影响

THE GREASE ADDITIVE SYSTEM FOR BOTH HIGH EXTREME PRESSURE AND ANTIWEAR PERFORMANCES Research of the thermal battery electrochemical performance with different additives in NiCl_2 cathode

摘要合成了一种新型润滑脂添加剂噻二唑衍生物。

A novel grease additive derivative of thiadiazole was synthesized .

极压和抗磨性良好的润滑脂添加剂&固体硫代锑酸锑（SbSbS4）

A Extreme Pressure and Anti-Wear Grease Additive-Solid Antimony Sulantimonate ( SbSbS_4 )

几种金属纳米粒子作润滑脂添加剂的试验研究

Tribological Behaviors of Several Metallic Nano-particles as Grease Additives

几种纳米粒子润滑脂添加剂的摩擦学性能

Experimental Study of Tribological Properties of Various NanoParticles as Additive in Lubrication of Lithium Grease

合成了一种新型润滑脂添加剂噻二唑衍生物。二硫化钼作为油脂添加剂的几个问题

A novel grease additive derivative of thiadiazole was synthesized . Some Problems about MoS_2 as Oil or Grease Additive

几种纳米粒子作为润滑脂修复添加剂的试验研究

Experimental Study on Tribological Performance of Lithium Grease Containing Various Nano-particles as Reconditioned Additives

同时还研究了润滑脂对添加剂的感受性和添加剂之间的配伍性，根据试验结果确定各添加剂及其适宜的加量区间。

Meanwhile we study the sensitivity between grease and additives and the compatibility between additives , then according to the results of experiments , fixed on various additives and theirs adding amount .

超声波对润滑脂中固体添加剂分散作用的研究

Study on the Dispersion of Ultrasonic to Solid Additives in Grease

润滑脂极压抗磨添加剂的发展现状

The Developing Situation of the Extreme Pressure and Antiwear Additives for Grease

硼酸盐作为润滑脂中极压添加剂具有独特的性能，与其它添加剂复合制备的极压锂基润滑脂有优异的综合性能，可作为环境友好产品使用。

Borate has unique properties as extreme pressure additive in grease , and the overall performances of extreme pressure lithium grease manufactured by borate combined in other additives are excellent , and also is used as environmental friendly product .

在试验室研究出一种润滑脂的皂化工艺，并且通过研究润滑脂与添加剂的感受性和添加剂间配伍性来确定添加剂的优化配方。

We developed a kind of saponification process in the laboratory , and by studying the sensitivity between grease and additives and the compatibility between additives to determine the optimum formula of additives .