锂基润滑脂

锂基润滑脂的研制与应用

Preparation and Application of Lithium Grease

试验表明该制备过程是个放热反应，红外结果说明合成了锂基润滑脂。

Experiment results shows that the preparation process is exothermic reaction , and infrared results indicates that lithium grease has been synthesized .

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 .

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 .

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 .

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 .

锂基润滑脂屈服应力测定方法的探讨

A Study for Determining the Yield Stress of Lithium Lubricating Grease

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

用接触器制备复合锂基润滑脂

Preparation of Compound Lithium - based Lubricant by Using a Contactor

锂基润滑脂噪音性能的影响因素

Effective Factors of Noise Performance of Lithium - based Grease

半流体极压锂基润滑脂的研制、生产与应用

Formulation Production & Application Of Semi-Fluid Extreme Pressure Lithium-Base Grease

极压抗磨添加剂在复合锂基润滑脂中作用的研究

Effect of Extreme Pressure-antiwear Additives on Lithium Complex Grease

选用旋转流变仪测定了锂基润滑脂的屈服应力。

Rotated rheometer was used to determine the yield stress of lithium lubricating grease .

极压、抗磨剂对锂基润滑脂抗磨减摩性能的影响

The influence of extreme Pressure-antiwear Additives on the antiwear and friction-reduction properties of lithium-base grease

复合锂基润滑脂的性能及应用

Properties and Applications of Complex Lithium Grease

大力推广应用锂基润滑脂

Widespread Application of Lithium - base Grease

利用废油脂制备高滴点锂基润滑脂的研究

The study on the preparation of high dropping point lithium grease from waste fat and oil

用途：是锂基润滑脂，碱性蓄电池，耐腐蚀锌基染料等产品的重要添加剂，也可作二氧化碳吸附剂。

Purpose : Used in lithic-grease , alkaline storage batteries , corrosion-resisting zincic pigment etc. As being absorbent of carbon dioxide .

研究了纳米粒子在复合锂基润滑脂中的润滑机理。

The thermal decomposition behavor of lithium complex grease was analyzed by TG , and the mechanism of lubrication was studied . 2 .

穿破，磨损因使用或磨损造成的逐渐损坏或减少极压、抗磨剂对锂基润滑脂抗磨减摩性能的影响

Gradual impairment or diminution resulting from use or attrition . THE INFLUENCE OF EXTREME PRESSURE-ANTIWEAR ADDITIVES ON THE ANTIWEAR AND FRICTION-REDUCTION PROPERTIES OF LITHIUM-BASE GREASE

根据锂基润滑脂的流变性质，采用稳态、瞬态和动态实验等方法测定了屈服应力值。

Based on the rheological behaviour of lithium lubricating grease , the steady-state , transient-state and dynamic-state flow experiments were selected to obtain yield stress value .

复合锂基润滑脂综合性能优良，可作为抗磨轴承润滑脂、工业多效润滑脂、汽车润滑脂使用。

Having excellent overall properties , the complex lithium grease can be used as anti - wear bear-ings grease industrial multiple purpose grease and automobile grease .

采用高速胶体磨对二组分癸羟型复合锂基润滑脂进行后续工艺处理，着重考察了胶体磨的转速、磨间距和研磨次数对复合锂基润滑脂的影响。

Lithium complex grease was post-processed by high-speed colloidal mill . The studied were focused on the characters such as colloidal mill speed , grinding spacing and the grinding times .

油滴，汁滴从烤肉上渗出的油脂或汁滴，常用于做肉汁利用废油脂制备高滴点锂基润滑脂的研究

The fat and juices exuded from roasting meat , often used in making gravy . THE STUDY ON THE PREPARATION OF HIGH DROPPING POINT LITHIUM GREASE FROM WASTE FAT AND OIL

用费夫纳摩擦氧化试验机考察复合锂基润滑脂的微动磨损时，发现金属保护剂和极性聚合物可大幅度降低复合锂基脂的微动磨损。

It is discovered that metal protectant and polar polymer can reduce fretting wear of complex lithium grease largely by utilizing Fafnir friction oxidation tester investigates fretting wear of complex lithium grease .

锂基润滑脂中加入钙皂制成的锂一钙基脂，能保持锂基脂的性能，并降低成本，提高其抗水性。

Lithium-calcium base grease , prepared by adding calcium soap into lithium base grease , can retain the multifunction of lithium base grease , reduce tie oast and improve the water resistance property .

讨论了半流体极压锂基润滑脂的研制、工艺生产流程和主要性能，介绍了产品在水泥行业的应用情况，具有推广价值。

The formulation , process flow and major properties of semi-fluid lithium-base grease are discussed in this paper , and the use of this product in cement industry is explained to show its application prospect .

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 .

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 .

通过复合锂钙基润滑脂在加入极压抗磨添加剂前后的性能及结构变化，研究了极压抗磨剂对润滑脂的影响。

The change of structure and performance before and after adding the extreme-pressure and anti-wear agents into complex lithium and calcium base grease was studied .