Chemically Inert: Resistant To Oxygen And Inert To Most All Chemicals; Inert Nature Allows Krytox Grease To Outlast/Outperform Hydrocarbon Products; Chemically Insoluble In Nearly All Solvents.
Exposure To Significant Radiation Causes Only Minor De Polymerization (8% Decrease Of Viscosity) And No Formation Of Solids Or Sludge Or Change In Appearance.
At Operating Temps And Pressures Krytox Grease Is Highly Resistant To Attack By Gaseous And Liquid Oxygen; The Preferred Choice In Oxygen; Use And Manufacturing Industry.
Nonflammable: Krytox Grease Contains Only Carbon, Oxygen & Fluorine, (No Hydrogen Or Silicone); Will Not Burn Or Support Combustion; Passes Impact Standards With Lox, Nitrogen Tetroxide, Nitric Acid.
Temp Range: -36C thru 204C: Viscosity 18cSt/100C, 160cSt/40C; Stable in a wide variety of operating conditions/environmentsNonflammable: Krytox Grease contains only carbon, oxygen & fluorine, (no hydrogen or silicone); Will not burn or support combustion; Passes impact standards with LOX, Nitrogen Tetroxide, Nitric AcidChemically Inert: Resistant to oxygen and inert to most all chemicals; Inert nature allows Krytox Grease to outlast/outperform hydrocarbon products; Chemically insoluble in nearly all solventsAt operating temps and pressures Krytox Grease is highly resistant to attack by gaseous and liquid oxygen; The preferred choice in oxygen; use and manufacturing industryExposure to significant radiation causes only minor DE polymerization (8% decrease of viscosity) and no formation of solids or sludge or change in appearance