ADDINOL CLIPTEC XHS 150 HT
Size
Application area
Chain oils for high temerature applicationsApplication type
Industrial lubricantsChain lubricants
Specifications / Approvals
Brückner FOK 4.4.1, Brückner FOK 4.4.2, Brückner FOK 4.4.3, Brückner FOK 4.4.4, Brückner FOK 4.5, Brückner FOK 4.7, Brückner FOK 4.7.2, Brückner FOK 5.1, Brückner FOK 5.2
Product description
ADDINOL Cliptec XHS 150 HT is a fully synthetic high-performance lubricant based on a mixture of high-grade oxidation stable base oils with outstanding thermal stability.
ADDINOL Cliptec XHS 150 HT possess an excellent additivation to guarantee very good lubrication effects, good wettability, low friction, out-standing ageing stability and best corrosion as well as wear protection.
APPLICATION
- ADDINOL Cliptec XHS 150 HT is a high-temperature resistant lubricant, especially developed for the lubrication of conveyor belts and clips
- ADDINOL Cliptec XHS 150 HT is developed for further high-temperature applications, e.g. for working with non-ferrous metals and plastics as well as at difficult operating conditions
- ADDINOL Cliptec XHS 150 HT has an outstanding suitability for high-temperature applications in kilns, dryers, presses and other devices for the lubrication of conveyor belts, chains and rolls at temperatures up to +250°C (temperature depends on relubrication and lubricant quantity)
CHARACTERISTICS
- Highest thermal and oxidative stability
- Very low tendency to form residues and varnishes at friction points; prevents solid incrustations and deposits efficiently and permanently
- Extremely low evaporation loss
- Outstanding protection against friction and wear at various loads and sliding speeds
- Works against unwanted stick-slip characteristics
- Outstanding lubricating, adhesive and penetrating characteristics, very low friction resistance
- Very good corrosion protection of steel and non-ferrous metals
ADVANTAGES AND BENEFITS
- Applicable at medium to high temperatures
- Does not form deposits or sticky and solid residues
- Cost saving by reduction of oil consumption
- Lowering of wear and energy consumption
- Ensures anti-stick-slip sliding both under full and minimum load
- Minimised throwing or dripping off; achieves an optimal adhesion of lubricant and a sufficient lubricating film thickness
- Excellent protection of the material surfaces against environmental impacts