Kluberquiet BQ 74-73 N

Synthetic long-term grease for rolling and plain bearings, linear motion guides
ISOFLEX TOPAS NCA 52 is a synthetic long-term grease with good low-temperature properties. It has a good load-carrying capacity and ensures smooth running even at high speeds and accelerations.
The thickener made of special calcium soap ensures good adhesion to the component and good resistance to media. The additives contained in ISOFLEX TOPAS NCA 52 increase wear protection.

Special low-temperature greases
ISOFLEX TOPAS L 32 and L 32 N have been designed for extremely low temperatures. These greases consist of a synthetic hydrocarbon oil and a special lithium soap. ISOFLEX TOPAS L 32 and L 32 N are resistant to ageing and oxidation and provide good corrosion protection as well as water resistance.
ISOFLEX TOPAS L 32 N also contains a UV indicator, which ensures quality checking even with minimum quantity lubrication.

Synthetic low-temperature greases with a light-coloured solid lubricant
Klubersynth LF 44-22 and Klubersynth LF 44-32 are synthetic, dynamically light low-temperature greases containing anticorrosion and antioxidation additives. They are based on synthetic hydrocarbon oil and a special lithium soap thickener. The greases, which are designed for very low temperatures, are resistant to water and contain a friction-reducing solid lubricant.

Synthetic refrigeration compressor lubricant
Klüber Summit RAB 68 is based on synthetic hydrocarbon oils and special additives. It is very stable at high temperatures while providing excellent low temperature properties at evaporator temperatures below -45°C. The solubility with the refrigerants listed below is excellent and the deposit formation and foaming tendency is considerably reduced compared to naphthenic refrigeration compressor oils.

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.