Lubricants For The
Our revolutionary solid lubricants and synergistic solid lubricant systems based on synthetic metal sulfides are state-of-the-art for modern tribological technologies.
has developed a new generation of solid lubricant systems based on synthetic sulfides to use in lubricating greases and pastes, varnishes and coatings. These triboactive products reduce the friction coefficient and wear under extreme pressures, improve the load-carrying behavior, ensure good adhesion on metal and extend the lifetime of the lubricated components.
Tribology (Greek) is the science of friction, wear and lubrication of surfaces in relative motion.
The tribological properties of metal sulfides with regard to chemical structure, polarity, lubricating ability and thermal behaviour extend the lifetime of components in motion.
Revolution in solid lubricants
Increasing technical requirements for lubricating greases call for the use of high-performance solid lubricants. Thus, technology leader Tribotecc has developed revolutionary solutions such as synthetic solid lubricant systems for lubricating greases and pastes, oils as well as coatings based on high-performance metal sulfides.
High load-carrying capacity-long lifetime
The advantages of synthetic solid lubricants based on metal sulfides compared to conventional products are particularly evident when it comes to lubricating grease applications such as CVJ, heavy industries, mining, open gears, and bearings. Especially under extreme loads such as for emergency lubrications, it is likely to reduce the risk of machinery and engine failures and in general, extends the lifetime of the lubricated components.
- Synergistic solid lubricant systems based on synthetic metal sulfi des (SLS-, WEP-series)
- Complex chlorides based on manganese
- Tin metal powder
- Antimony metal powder
- Tribotecc - WS-series
- Tribotecc - SLS-series
- Tribotecc - WEP-series
- Tribotecc - BIS 83 / 84
- Tribotecc - MOS XF / MOS 20
- Tribotecc - SNS2 Grade A
- Reduce wear
- Reduce friction coefficient
- Improve high temperature efficiency
- High load capacity
- Superior oxidation resistance