XYC Fluid 12/25HV High-Viscosity PFPE Vacuum Pump Oil for Harsh Chemical Environments 1KG

XYC Fluid 12/25HV 1KG
minimum order: 
1 piece
Supply Ability: 
10000piece / Month
Country of Origin: 
China
Stock Time: 
3Day
Quantity:
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XYC Fluid 12/25HV High-Viscosity PFPE Vacuum Pump Oil for Harsh Chemical Environments 1KG

Basic Information

- Product Profile: XYC Fluid 12/25HV
- XYC Fluid 12/25HV is a high-performance specialty vacuum pump oil and working fluid manufactured by XiaoYiChong. It is engineered using advanced perfluorinated polyether (PFPE) base oils for demanding fine- and high-vacuum applications.
- Characteristics: high-viscosity PFPE oil, XiaoYiChong vacuum pump oil, chemical-resistant lubricant, high-temperature vacuum fluid.

Core Performance Advantages

- PFPE Base Oil: Formulated entirely from perfluorinated polyether oil, offering total chemical inertness and absolute resistance to thermal degradation, heavy oxidation, and aggressive reactive gases.
- Extremely Low Vapor Pressure: Engineered with minimal volatility to prevent outgassing and maintain system pressure integrity under deep vacuum operations.
- Higher Viscosity Tier: The"12/25HV"designation indicates a heavier viscosity profile within the Tyreno line, providing robust film thickness, enhanced sealing capability, and optimal performance under heavy loads or elevated temperatures.
- Thermal Range: Capable of withstanding continuous operating temperatures up to 180°C without breaking down, coking, or forming sticky residues.
- Material Neutrality: Chemically inactive toward common metals, specialized plastics, and elastomers, preventing component swelling or premature degradation.

Primary Applications

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