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Extreme Pressure PFPE
Performance Data

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When dealing with high loads or slow speeds, protecting components often requires regular re-lubrication; alternative solutions exist which extend the re-lubrication interval.*The unique chemistry of PFPEs enables them to maintain lubricity and outperform alternatives under pressure—ensuring components run quieter and longer. *PFPE lubricants also outperformed hydrocarbon lubricants in the four ball extreme pressure test (ASTM D-2596). Petroleum greases have a load wear index (LWI) of approximately 50, and synthetic hydrocarbons have LWIs close to 100. PFPEs remained stable at LWIs more than twice the LWIs of hydrocarbon lubricants and matched or exceeded the LWIs of synthetic hydrocarbons.

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*Figure 1: Results of four ball extreme pressure test. Hydrocarbon lubricant used on left, shows welding. Krytox™ PFPE lubricant used on right, shows no welding.^/Pin and v block test.jpg~left~60~Figure 1: Results of four ball extreme pressure test. Hydrocarbon lubricant used on left, shows welding. Krytox™ PFPE lubricant used on right, shows no welding.

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