XYC DH 3-230 Heat-Resistant PFPE Lubricating Fluid for Sintered Metal Bearings and Automotive Noise Reduction 1KG

    XYC DH 3-230 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 Heat-Resistant PFPE Lubricating Fluid for Sintered Metal Bearings and Automotive Noise Reduction 1KG

    Basic Information

    - Product Profile: XYC DH 3-230
    - XYC DH 3-230 is a high-performance specialty lubricating fluid manufactured by XiaoYiChong. It utilizes advanced perfluorinated polyether (PFPE) base oils engineered for extreme thermal stability, chemical inertness, and long-term lifetime lubrication.
    - Characteristics: Specialty lubricating fluid, high-viscosity PFPE fluid, sintered metal bearing lubricant, automotive noise reduction fluid.

    Core Performance Advantages

    - Higher Viscosity Grade: Compared to the DH 3-100 and DH 3-150 series, the"230"designation indicates a higher viscosity level, making it better suited for applications requiring a thicker lubricating film, enhanced load-carrying capacity, or greater damping properties.
    - PFPE Base Oil: Provides absolute resistance to oxidation, high temperatures, and aggressive chemical environments, ensuring the fluid will not break down, carbonize, or form sticky residues over time.
    - Low Volatility: Features minimal vapor pressure and low evaporation rates, maintaining its film integrity even under prolonged high-heat operations.
    - Material Compatibility: Highly neutral toward plastics and elastomers, preventing premature component swelling, cracking, or chemical degradation.

    Primary Applications

    - Automotive and Industrial Noise Reduction: Frequently utilized in precision mechanical and interior automotive components where dampening friction and reducing unwanted noise/squeaks are critical.
    - Sintered Metal and Plastic Bearings: Ideal for the lifetime impregnation of porous metal bearings or high-load plastic-on-plastic friction points operating under continuous thermal stress.