Why MOLYKOTE® 33 Medium Grease Is Trusted for Extreme Low-Temperature Lubrication

Reliable Lubrication for Extreme Cold Applications

MOLYKOTE 33 Medium Extreme Low Temperature Grease is a premium silicone-based grease developed by Dow for applications requiring excellent low-temperature performance and long-term lubrication stability. Designed for precision mechanical systems, this grease remains soft and lubricative even under extremely cold operating conditions.

Unlike conventional greases that may harden or lose lubricity in freezing environments, MOLYKOTE® 33 Medium maintains smooth movement and dependable protection across a wide temperature range. This makes it an ideal solution for aerospace equipment, automotive components, electrical devices, office automation systems, and industrial machinery exposed to harsh climates.

Key Features and Benefits

• Excellent low-temperature performance
• Wide operating temperature range
• Compatible with many plastics and elastomers
• Low evaporation and oxidation resistance
• Long service life with reduced maintenance
• Smooth operation for small bearings and moving parts

Typical Applications

MOLYKOTE® 33 Medium Grease is commonly used in:

• Automotive control cables and instruments
• Small electric motors and bearings
• Plastic and rubber lubrication
• Precision equipment
• Refrigeration and cold-environment machinery
• Aerospace and aviation systems

Operating Temperature

Approximate service temperature:
-73°C to +180°C

Why Industries Choose MOLYKOTE® 33 Medium

Industries worldwide rely on MOLYKOTE® lubricants for demanding operating environments where conventional grease performance may fail. The balanced formulation of MOLYKOTE® 33 Medium helps reduce friction, extend component life, and improve equipment reliability under both low and moderately high temperatures.

For distributors, maintenance professionals, and industrial buyers, this grease remains a preferred choice for sensitive components requiring stable lubrication performance in extreme environmental conditions.