高温润滑脂

所以高温润滑脂轴承寿命试验技术的研究具有重要的现实意义。

Therefore , the research of the life testing technology on the high temperature grease bearing has an important practical significance .

我国润滑脂行业缺乏对高温润滑脂轴承寿命试验技术的研究，同时也没有成熟的自主开发的试验设备。

Grease industry has little research on the test technology of the life of the high temperature grease bearing in our country . At the same time , there is no mature self-developed test equipment .

以水玻璃为原料、乙酸乙酯为潜伏酸试剂，采用溶胶凝胶法制备出了高温润滑脂稠化剂&高比表面积超细SiO2粉体。

A kind of lubricating grease thickener , ultrafine silica gel powder with high specific surface area , was prepared taking water glass and ethyl acetate as a latent acid reagent .

本文的主要研究结果有：1.通过实验发现WS2亚微米粒子能大大提高两种主要高温润滑脂：复合锂基润滑脂和复合磺酸钙基润滑脂的抗磨、减摩、抗极压等摩擦学性能。

The results of experiment show that WS2 submicron particle can enhance the tribology property , including anti-wear , antifriction and extreme pressure , of two main high temperature grease-lithium complex grease and complex calcium sulfonate grease .

隧道窑车轴承用高温润滑脂

High temperature lubricating grease applied to kiln vehicle bearing in tunnel

研究开发高性能高温润滑脂，对满足设备的高温润滑要求具有重要意义。

Research and development of high performance high temperature grease has important significance to lubricate the equipment at high temperature .

高温润滑脂广泛应用于各种机械设备摩擦部位的润滑和维护，具有良好的散热、密封、润滑和修复功能。

Grease is widely used in various parts of machinery lubrication and maintenance of friction with good cooling , sealing , lubrication and repair .

特别是在进口包装设备，印染设备及化纤设备上使用，已成功的替代了进口高温润滑脂。

In particular , imports of packaging equipment , printing and dyeing equipment , chemical fiber and the devices have been successfully replaced imports of high-temperature grease .

高温润滑脂轴承寿命是高温润滑脂的一项极其重要性能指标，它是高温润滑脂综合性能的反映。

The life of the grease in bearing is an extremely important performance indicator to the high temperature grease and it is also the comprehensive property reflection of the high temperature grease .

本文介绍了有机膨润土的合成原理和方法及其在油漆高温润滑脂、铸型涂料、纺织工业、钻井工业、化妆品等方面的应用。

This paper give a review on the synthetic principle and process of organic bentonite as well as its applications in the fields such as paint , mould coating , high-temperature lubricating oil , textile , drilling and cosmetics etc .

7454高温石墨润滑脂的研究

Study on 7454 High Temperature Graphite Grease

采用新型的一步法制备工艺，加上多种添加剂，制备出一种高滴点、具有良好稳定性和优秀极压性的WS2高温锂基润滑脂。

We adopt a new one step method producing technology , add many kinds of addictive and produce a kind of WS2 high temperature lubricating grease with high dripping dot , good stability and excellent extreme pressure . There is no decreasing temperature process .

二硫化钨在高温锂基润滑脂中摩擦性能的研究

Study of Tribological Characteristics of WS_2 in High Temperature Lubricating Grease

高温脲基润滑脂的结构与性能研究

The Structure and Property Study Of High-temperature Ureido-grease

对于在极端温度下工作的场合，壳牌推荐使用施达纳系列高温长寿命润滑脂。

For applications where extreme temperatures are experienced , Shell recommends Stamina high temperature greases .

研究超细二硫化钨粉末（03～05μ）作为极压添加剂，对高温锂基润滑脂摩擦性能的影响，并对其作用机理作初步的探讨。

Details concerning the influences of ultra-fine WS_2 powder additive ( 0.3 ~ 0.5 μ), used as an extreme-pressure additive , on the tribological characteristics of high-temperature lithium soap grease are summarized , and the mechanism by which the additive affects the characteristics is discussed .

研究新型润滑材料二硫化钨超细粉末（平均粒径小于500nm）作为添加剂对高温复合锂基润滑脂性能的影响，并研制出一种二硫化钨高温润滑脂。

Using a new lubricant with superfine WS_2 powder ( grain size < 500 nm ), as additive , a new type of WS_2 high temperature lithium complex grease was studied .

将3种极压抗磨添加剂（T304、T321和T404）分别加入到4种不同组分的高温复合锂基润滑脂中，考察其对润滑脂性能的影响。

Put three kinds of extreme pressure-antiwear additives ( T 304 ? T 321 and T 404 ) into four kinds of high-temperature lithium complex greases with different constituents , and observe their effect on the performances of greases .