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Vacuum System

P-Fluid 80V Ultra-High-Viscosity PFPE Oil PFPE Vacuum Pump Fluid for Demanding Vacuum Systems

P-Fluid 80V
minimum order
1 piece
Supply Ability
10000piece / Month
Country of Origin
China
Stock Time
3Day
Quantity:
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P-Fluid 80V Ultra-High-Viscosity PFPE Oil PFPE Vacuum Pump Fluid for Demanding Vacuum Systems

Basic Information

- Product Profile: P-Fluid 80V
- P-Fluid 80V is an ultra-high-viscosity specialty vacuum pump and working fluid manufactured by PFPE KING. It is one of the heaviest and most viscous tiers in the perfluorinated polyether (PFPE) product family, engineered for extreme vacuum technology and demanding chemical environments.
- Characteristics: PFPE vacuum pump fluid, high-viscosity PFPE oil, low-vapor-pressure vacuum fluid, chemically inert vacuum pump fluid.

Core Performance Advantages

- PFPE Base Oil: Formulated entirely from an exceptionally high-viscosity perfluorinated polyether oil, offering complete chemical inertness and absolute resistance to thermal breakdown, heavy oxidation, and aggressive reactive gases. 
- Extremely Low Vapor Pressure: Engineered with minimal volatility to prevent outgassing and maintain system pressure integrity under deep fine- and high-vacuum operations.
- Ultra-High Viscosity Profile: Provides a remarkably thick fluid film, delivering maximum load-carrying capacity, superior sealing capability, and effective dampening under extreme operational loads or elevated temperatures.
- Material Neutrality: Chemically inactive toward common metals, specialized plastics, and elastomers, preventing component swelling or premature degradation under prolonged exposure.

Primary Applications

- Vacuum Pumps: Utilized as a specialized operating or filling fluid for rotary vane, roots, and diffusion pumps operating in challenging industrial or scientific vacuum systems requiring maximum sealing efficiency.
- Harsh Environments: Deployed in manufacturing, analytical, and processing equipment exposed to corrosive vapors, aggressive chemical media, or environments requiring intense thermal and oxidative stability.