Jan

Krytox™ High-Performance Lubricants for Gearbox Systems

Krytox™ greases provide consistently reliable lubrication across a wide temperature range and remain fully stable at continuous operating temperatures up to 350 °C (662 °F).

Extended Protection for Long-Lasting Gearbox Performance

Gearboxes play a critical role in both automotive and industrial equipment by regulating speed, increasing torque, and altering the direction of power transmission. Any breakdown or inefficiency within a gearbox can lead to costly downtime and disrupt overall system performance.

Krytox high-performance lubricants are engineered to meet these demanding requirements. Designed to maintain stable performance in the harshest operating conditions, Krytox™ lubricants often last for the entire service life of the gearbox. Their exceptional durability significantly reduces or even eliminates the need for routine maintenance and relubrication.

Key Advantages of Krytox™ Greases for Gearbox Applications

Exceptional long-term lubricity with excellent load-bearing capability
Resistant to aggressive chemicals, including acidic and alkaline cleaners, disinfectants, steam, and moisture
Prevents sludge, varnish, and residue formation, ensuring smooth operation of gears and bearings

Why Krytox™ Is the Preferred Choice for High-Performance Gearboxes

Krytox™ greases provide consistently reliable lubrication across a wide temperature range and remain fully stable at continuous operating temperatures up to 350 °C (662 °F). Unlike conventional lubricants, they do not oxidize or thermally degrade, eliminating sludge and varnish buildup—two of the most common causes of gearbox failure. As a result, gearbox lifespan is significantly extended.

Beyond thermal stability, Krytox™ greases deliver a unique combination of properties that set them apart standard gearbox lubricants:

Outstanding corrosion resistance with zero oxidation, even under extreme conditions
Nonflammable for enhanced operational safety
Silicone-free formulation
Chemically and biologically inert
Environmentally responsible with a minimal ecological impact
Free volatile organic compounds (VOCs) and chlorine