标题： 比瑟奴*替代SCHAEFFER#274含钼全合成润滑脂免费样品测试
比瑟奴（厦门）润滑油有限公司是瑞典比瑟奴（PSEINU）特种润滑研究院有限公司在中国的总部，也是瑞典比瑟奴 （PSEINU）特种润滑系列产品在中国的总代理。我们主营各种润滑脂，并能够提供样品测试，成功替代各。欢迎来点咨询型号。
瑞典比瑟奴（Pseinu）是北欧的特种油脂生产商公司我们以“润滑世界，奔向未来”为企业使命，为客户提供佳的润滑方案。比瑟奴是北欧的特种油脂生产商，拥有超过90年的润滑油行业专业知识，总部位于马尔默市。1881年瑞典理工大学(KTH)博士奥尔森·亚尔维斯(Bengtsson) 组建了（Pseinu）润滑研究所，主要研究高压和高剪切弹性流体动力学（EHD）条件下润滑剂的分子行为，并结合摩擦学，流变学，流体力学，化学，物理和材料科学。先后开发了能够满足航空润滑脂以及汽车零部件装配润滑脂，目标是通过有效的润滑使机器更环保，更，更可靠。
比瑟奴*替代SCHAEFFER#274含钼全合成润滑脂
#274 MOLY EP SYNTHETIC PLUS GREASE
#274含钼 全合成润滑脂 EP
Moly EP Synthetic Plus Grease is a multipurpose, extreme pressure wide temperature
range grease that is specially formulated for use in all types of heavy duty automotive,
construction, mining, farming and industrial equipment and electric motor applications that
are being used under the most adverse conditions of excessive pressure, high shock
loading, extreme hot and cold temperatures, and moisture.
Moly EP Plus Grease is compounded from a unique blend of the finest select severely
hydrotreated polyalphaolefin (PAO) synthetic base fluids and high viscosity index paraffin
base oils available. Blended into these para-synthetic base fluids is an aluminum complex
base thickener and selected extreme pressure and rust and oxidation additives. This
formulation provides Moly EP Synthetic Plus Grease with the following outstanding
performance features.
1. Excellent Low Temperature pumpability characteristics at temperatures as
low as -45?F (low temperature pumpability dependent upon NLGI grade
used.
2. A wide temperature application range of -45?F to 350?F.
3. Excellent resistance to water washout.
4. Excellent shear and mechanical stability.
5. Excellent antiwear and extreme pressure load carrying properties.
6. Excellent reversibility. This property allows Moly EP Synthetic Plus Grease
to have the ability to retain its grease-like consistency and remain in the
bearings during periods of heat, high shock loading, extreme pressures,
and severe mechanical action.
7. Excellent rust and oxidation inhibiting characteristics.
8. Excellent resistance to oxidation.
