MAUSER Kompressorenöl TSR 32 PAO

MAUSER Kompressorenöl TSR 32 PAO, an elite synthetic lubricant within the ISO VG Class 32, is tailored to significantly extend the lifespan of rotary screw compressors. This oil incorporates cutting-edge additives designed to deliver unmatched protection against wear, effectively combat residue buildup, and prevent corrosion in a wide array of metal types. Critical for compressors operating under severe thermal conditions, MAUSER Kompressorenöl TSR 32 PAO boasts advanced aging resistance and a capacity for keeping residues to a minimum.

Featuring a low propensity for evaporation and exemplary abilities to demulsify and separate air, MAUSER Kompressorenöl TSR 32 PAO maintains effective lubrication across various temperature ranges, from intense heat to cooler operating conditions, thereby minimizing wear. The strategic blend of additives in MAUSER Kompressorenöl TSR 32 PAO reduces the risks associated with coking and ignitable residue formation, contributing to the enhanced safety and performance of compressors.

Application Note

MAUSER Kompressorenöl TSR 32 PAO is the recommended choice for rotary screw compressors, ensuring seamless integration and maximum performance benefits when transitioning from other lubricants. It's crucial to limit contamination with previous oils to achieve the best results with MAUSER Kompressorenöl TSR 32 PAO. 

In instances where compressors cannot be fully drained and the old oil exhibits significant oxidation, introducing MAUSER Kompressorenöl TSR 32 PAO may not achieve the desired enhancement in performance and service life. Offering superior oxidation stability, deposit control, and minimal volatility, MAUSER Kompressorenöl TSR 32 PAO facilitates up to 8,000 hours of dependable operation, providing comprehensive lubrication, sealing, and efficient heat management for optimal compressor operation.

Characteristics

• High oxidation stability.
• Excellent protection against rust and corrosion.
• Excellent resistance to oxidative breakdown caused by exposure to air at high discharge temperatures
• Higher thermal stability reduces carbon deposit formation.
• Improved viscosity index and good low temperature properties.
• Good protection against wear.
• Protects against rust and corrosion.
• Low volatility reduces oil carry-over into the air system.
• Reduces fluid consumption.