XYC Fluid 6/14HV High-Viscosity PFPE Lubricating Fluid with Great Chemical Resistance for Vacuum Pumps 1KG

    XYC Fluid 6/14HV 1KG
    minimum order: 
    1 piece
    Supply Ability: 
    10000piece / Month
    Country of Origin: 
    China
    Stock Time: 
    3Day
    Quantity:
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    XYC Fluid 6/14HV High-Viscosity PFPE Lubricating Fluid with Great Chemical Resistance for Vacuum Pumps 1KG

    Basic Information

    - Product Profile: XYC Fluid 6/14HV
    - XYC Fluid 6/14HV is a high-performance specialty lubricating and working fluid manufactured by XiaoYiChong. It consists of advanced perfluorinated polyether (PFPE) based oils engineered specifically for demanding vacuum technology and extreme chemical environments.
    - Characteristics: PFPE lubricating fluid, XiaoYiChong vacuum oil, high-viscosity PFPE, chemical-resistance lubricant.

    Core Performance Advantages

    - PFPE Base Oil: Formulated entirely from perfluorinated polyether oil, providing absolute chemical inertness and total resistance to thermal breakdown, heavy oxidation, and aggressive reactive gases or chemicals. 
    - Low Vapor Pressure: Engineered with minimal volatility to prevent outgassing and maintain system pressure integrity under fine- and high-vacuum operations.
    - Higher Viscosity Tier: The"6/14HV"designation indicates a higher viscosity profile compared to lighter variants like the 3/6HV, offering stronger film thickness, enhanced sealing capability, and better performance under heavy loads or elevated temperatures.
    - Material Neutrality: Chemically inactive toward common metals, plastics, and elastomers, preventing component swelling or premature degradation.

    Primary Applications

    - Vacuum Pumps: Frequently utilized as a specialized fluid fill for rotary vane, roots, and diffusion pumps operating in challenging industrial or scientific vacuum systems.
    - Harsh Chemical Environments: Deployed in manufacturing and processing equipment exposed to corrosive vapors, aggressive chemical media, or pure oxygen environments where conventional hydrocarbon oils would pose a safety or breakdown hazard.