XYC DH 3-230 N Thermal Resistance PFPE Lubricating Fluid for Precision Assemblies and Sintered Bearings 1KG

    XYC DH 3-230 N 1KG
    minimum order: 
    1 piece
    Supply Ability: 
    10000piece / Month
    Country of Origin: 
    China
    Stock Time: 
    3Day
    Quantity:
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    XYC DH 3-230 N Thermal Resistance PFPE Lubricating Fluid for Precision Assemblies and Sintered Bearings 1KG

    Basic Information

    - Product Profile: XYC DH 3-230 N
    - XYC DH 3-230 N is a high-performance specialty lubricating fluid from XiaoYiChong, representing a higher viscosity variant within the XYC DH perfluorinated polyether (PFPE) product line. The"N"designation indicates a specific formulation refinement tailored for optimized material compatibility, surface wetting, or film thickness performance.
    - Characteristics: Specialty lubricating fluid, high-viscosity PFPE fluid, precision assembly lubricant, sintered bearing fluid.

    Core Performance Advantages

    - High Viscosity: The"230"rating provides a thicker fluid film compared to lower-numbered grades in the DH series, offering enhanced load-bearing capacity and vibration dampening.
    - PFPE Base Oil: Built on a perfluorinated polyether foundation, giving it exceptional resistance to thermal degradation, oxidation, and aggressive chemical environments.
    - Low Volatility: Features minimal vapor pressure, ensuring the fluid resists evaporation and maintains its lubricating properties over extended operating intervals.
    - Material Neutrality: Highly inert, making it safe for use with sensitive plastics, elastomers, and various metal combinations without causing swelling or chemical degradation.

    Primary Applications

    - Precision Assemblies: Used in mechanical and electromechanical components requiring lifetime lubrication where maintenance is difficult or impossible.
    - Sintered Bearings and Plastic Friction Points: Ideal for porous metal bearings or high-load plastic-on-plastic sliding surfaces operating under continuous heat or demanding conditions.