研究表明，累托石是制备润滑脂稠化剂的好原料，累托石润滑脂是一种新型高温润滑脂。
This means that rectorite is a good material for preparation of the thickening agent of lubricating grease and is a new high heat-resistance lubricating grease.
试验结果表明，复合锂钙皂具有良好的成脂能力、氧化安定性、抗水性和润滑性，是一种有广阔应用前景的润滑脂稠化剂。
Results show that lithium - calcium complex soap is a promising thickener because of its good qualities, such as grease ability, oxide stability, water stability, lubricating capability, etc.
复合润滑脂指用复合皂(由普通皂与复合剂组成)行稠化制成的润滑脂。
Complex grease a lubricating grease thickened by a complex soap consisting of a normal soap and a complexing agent.
由脂肪酸锂皂稠化矿物油及配入多款极压添加剂的极压润滑脂，表现出绝佳的极压性及抗磨性。
By lithium fatty acid soap thickener mineral oil and adding a variety of extreme pressure additives extreme pressure grease, exhibit excellent extreme pressure and antiwear property.
本产品由羟基脂肪酸锂皂稠化高级基础油并加入高效添加剂制成，是城市地铁轮轨的专用润滑脂。
The product is made from hydroxy fatty acids lithium soap thickening high-grade basic oil and high-performance additive.
结果表明，一定比例的钙钠皂可作为以水分为分散介质的润滑脂的稠化剂；
The results show the blend of Calcium and Sodium soaps at proper ratio may be used as the thickeners for the lubricating greases with water as dispersers.
复合锂基润滑脂与普通锂基润滑脂不同之处是稠化剂。
Lithium Complex Grease Lithium Grease with common difference is the thickening agent.
研究表明：可用废油脂代替硬脂酸等制备润滑脂的稠化剂，为废油脂的综合利用提供了一条新途径。
Results show that it is possible to prepare the thickener of grease by using waste fat and oil instead of stearic acid.
采用不同的工艺，对合成润滑脂的剪切安定性进行研究，分析了合成反应的动力学方程，考察了稠化剂结构。
The shearing stability of grease was studied under various synthetical processes. The kinetic equation and the structure of the thicker were analyzed.
采用不同的工艺，对合成润滑脂的剪切安定性进行研究，分析了合成反应的动力学方程，考察了稠化剂结构。
The shearing stability of grease was studied under various synthetical processes. The kinetic equation and the structure of the thicker were analyzed.
应用推荐