0
image
image
image
image
Specialty Lubricating Fluid

P-Fluid 3/6V Low Vapor Pressure PFPE Specialty Lubricating Fluid Vacuum Pump Fluid

P-Fluid 3/6V
minimum order
1 piece
Supply Ability
10000piece / Month
Country of Origin
China
Stock Time
3Day
Quantity:
Contact Now
add to cart

P-Fluid 3/6V Low Vapor Pressure PFPE Specialty Lubricating Fluid Vacuum Pump Fluid

Basic Information

- Product Profile: P-Fluid 3/6V
- P-Fluid 3/6V is a high-performance specialty lubricating and working fluid manufactured by PFPE KING. Like other closely related fluids in this ecosystem, it is formulated using an advanced perfluorinated polyether (PFPE) base oil, specifically tailored for demanding vacuum technology and specialized industrial environments.
- Characteristics: PFPE vacuum pump fluid, high-performance specialty lubricating fluid, PFPE oil, industrial perfluorinated polyether.

Core Performance Advantages

- PFPE Base Oil: Built on a perfluorinated polyether foundation, giving it complete chemical inertness and absolute resistance to thermal degradation, oxidation, and aggressive reactive gases.
- Extremely Low Vapor Pressure: Engineered with very low volatility (vapor pressure ≤ 4 × 10ˉ⁶ Torr at 20°C), making it exceptionally well-suited for maintaining low-pressure integrity in high-vacuum systems without contaminating chambers.
- Wide Thermal Range: Operates effectively across a broad temperature window, with a lower service limit down to -50°C and an upper service limit around 120°C (or up to 150°C when utilized as a specialized filling liquid under specific working pressures). 
- Oxygen Compatibility: Demonstrates high safety thresholds under oxygen pressure surges, making it resilient in environments with elevated oxygen exposure.

Primary Applications

- Vacuum Pump Fluid: Frequently utilized as a specialized operating or sealing fluid for vacuum pumps operating under harsh or sensitive conditions. 
- High-Vacuum Technology: Deployed in systems where conventional hydrocarbon or synthetic oils would rapidly outgas, break down, or react hazardously with process media.