Low-temperature lubricating grease for high-speed, low-noise rolling bearings
ASONIC GLY 32 is a synthetic low-noise lubricating grease manufactured in a clean environment.
The product components used and the grease’s low base-oil viscosity yield a very high speed factor and a low frictional torque, as can be seen from the results of measurements made on the low-temperature test rig.
Multi-purpose grease
POLYLUB WH 2 is a multifunctional lubricating grease based on mineral oil and a lithium soap thickener.
The grease offers good adhesion, excellent low-temperature properties and good corrosion protection.
Low-noise rolling bearing grease for long-term lubrication
Kluberquiet BQ 72-72 is made up of an ester oil, a polyurea thickener and special additives. These components have been combined such that Kluberquiet BQ 72-72 offers many advantages for the lubrication of rolling bearings.
Lubricating and corrosion protection oil with good low-temperature properties
Klübersynth MZ 4-17 is a fully synthetic lubricating and corrosion protection oil with good low-temperature properties. Apart from protecting against corrosion even when exposed to salt water, Klübersynth MZ 4-17 shows good antiwear properties.
Low-temperature greases for slides and small gears
Kluberlub LM 41-32 N and Kluberlub LM 41-102 are special greases based on mineral oil and a lithium soap thickener. Due to their low base oil viscosity Kluberlub LM 41-32 N and Kluberlub LM 41-102 are suitable for temperatures down to –40°C.
Low-temperature greases for rolling and plain bearings
CENTOPLEX 1 DL/2 DL are low-temperature greases based on an oxidation-resistant mineral oil and a lithium-calcium soap. Due to the good resistance to working under normal temperatures and loads these greases can be used for long-term lubrication.
Electroconductive low-noise rolling bearing grease for long-term lubrication
Kluberlectric BQ 72-72 was developed as an electroconductive rolling bearing grease with added excellent low-noise characteristics. Due to the use of selected additives based on ionic liquids, the lubricant's electroconductivity was increased, attaining resistance characteristics resembling those of semiconductors.
