• Extreme temperature performance: Stays reliable from −73°C to 180°C, helping equipment operate smoothly in both severe cold and high-heat conditions.
• Broad material compatibility: Suitable for many plastics and elastomers, which helps reduce the risk of material breakdown in mixed-surface applications.
• Inert, nonreactive chemistry: Supports long-term use where chemical stability and material compatibility matter.
• Light consistency: Applies easily and works well where a lighter grease is preferred for smoother operation.
• Good shear stability: Holds its consistency under mechanical stress, helping maintain lubrication over longer run times.
• Good oxidation resistance: Resists breakdown over time, which can help extend service intervals and reduce maintenance frequency.
• Versatile compatibility with plastic and metal surfaces: Gives maintenance teams more flexibility across different equipment types while helping protect components in demanding operating conditions.

Grease stops protecting at very low temperatures: Many conventional greases lose lubricating ability in subzero conditions, increasing the risk of wear, startup problems, and equipment failure.

Lubricant becomes brittle, cracks, or flakes off: Standard lubricants can break down in extreme cold, causing lubricant loss and leaving metal surfaces exposed to corrosion and damage.

Frequent reapplication wastes time and product: Some greases cannot maintain their viscosity or physical integrity through temperature swings, so maintenance crews use more lubricant and service equipment more often than necessary.

Cold-environment equipment needs longer maintenance cycles: In cold storage, freezer systems, precision instruments, and other low-temperature applications, maintenance teams need a grease that stays pliable and protective so components last longer and require less attention.

Reliability drops in demanding low-temperature service: MOLYKOTE^® 33 Extreme Low Temperature Bearing Grease is designed to remain stable and workable in subzero environments, helping protect bearings and other critical components while reducing maintenance demands.