XYC 200-0 A/B Rubber Friction-Reducing Lubricant Water-Based Anti-Friction Coating 1KG

    XYC 200-0 A/B 1KG
    minimum order: 
    1 piece
    Supply Ability: 
    10000piece / Month
    Country of Origin: 
    China
    Stock Time: 
    3Day
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    XYC 200-0 A/B Rubber Friction-Reducing Lubricant Water-Based Anti-Friction Coating 1KG

    Basic Information

    - Product Profile: XYC 200-0 A/B
    - Characteristics: Rubber friction-reducing coating, water-based bonded lubricant, rubber wiper blade coating, low-VOC anti-friction coating.
    - XYC 200-0 A/B is a heat-curing, water-miscible two-component (2K) special anti-friction bonded coating. It features an innovative, highly flexible carrier matrix that XiaoYiChong developed to replace traditional graphite dispersions or molybdenum disulfide (MoS₂) sprays.
    Unlike graphite coatings, which tend to dust off during handling—causing"black hands"and workspace contamination—XYC 200-0 cures into a highly elastic, dry-to-the-touch lubrication film. This durable layer yields an exceptionally low coefficient of dynamic friction and provides robust resistance to mechanical wear and chemical cleaning agents.
    Additionally, its eco-friendly formulation boasts an extremely low volatile organic compound content (VOC < 10g/l). This means manufacturing lines do not require specialized air filtration extraction systems, significantly lowering deployment costs and meeting strict factory environmental mandates.

    Component Differentiation

    - 200-0 A/B: This represents the standard two-component kit. It contains Component A (Komp. A, the primary base material) and Component B (Komp. B, the cross-linking hardener/catalyst). The two must be combined in precise industrial ratios before application to initiate thermal cross-linking.
    - 200-0: This refers to standalone orders of Component A (Base) meant for refilling automated, continuous dosing systems, or it indicates a pre-diluted single-component modified variant tailored for specific assembly-line operations.

    Key Technical Advantages

    1. Low Cross-Linking Cure Temperature: The required curing temperature threshold is exceptionally low. This allows it to safely bond to temperature-sensitive rubber and elastomer substrates without causing material degradation, thermal aging, or warping.
    2. Integrated UV Indicator for Quality Control: The coating matrix contains a built-in fluorescent tracer. Quality inspection teams can instantly verify the uniformity and thickness of the applied layer by scanning the parts under a UV light (wavelength 300 nm to 400 nm).
    3. Modular Tuning Support: The product can be mixed with specific Klüberflex system additives, allowing facilities to fine-tune the friction curves and adhesion traits based on specific substrate roughness profiles.

    General Physical Properties

    - Operating Temperature Range: -40°C to 100°C (-40°F to 212°F)
    - Appearance: Milky/clear fluid before application; forms a uniform black thin film once completely cured.
    - Environmental Compliance: Water-based, eco-friendly chemistry with a VOC footprint under 10g/l.

    Industrial Processing & Mixing Parameters for XYC 200-0 A/B

    To ensure the XYC 200-0 A/B bonding coating achieves its full mechanical resilience, optimal friction reduction, and integrated UV-fluorescence activation, it must be prepared, mixed, and cured under precise industrial guidelines:
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    1. Substrate Pre-treatment
    For maximum adhesion to rubber, elastomers, or plastic components, the target substrate surface must be perfectly prepared:
    - Cleanliness: Components must be 100% free of dust, processing oils, releasing agents, and plasticizer migration films.
    - Pre-treatment Enhancement: To significantly increase bonding performance on difficult elastomers (like EPDM or silicone rubbers), treating the surface with a corona discharge, plasma treatment, or chemical priming before coating is highly recommended.
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    2. Curing Time and Temperature Profiles
    This coating system relies on a forced thermal cure to initiate cross-linking. The exact profile depends on the thermal tolerance of your substrate:
    - Standard Forced Thermal Cure Profile:
        - 120°C (248°F): 10 to 15 minutes (Recommended for maximum mechanical durability)
        - 100°C (212°F): 20 to 30 minutes (Optimized for temperature-sensitive rubber substrates)
    - Important Processing Note: The specified duration refers to the object temperature (the temperature of the actual rubber part), not the ambient oven air temperature. Ensure your conveyor or batch oven loop allows enough dwell time for the parts to fully reach the targeted cure temperature.

    Primary Applications

    - Automotive Windshield Wipers: This is the flagship application for this compound. When applied to the rubber wiper blades, it permanently eliminates shuddering, juddering, squeaking, and hysteresis friction against windshield glass, optimizing smooth wiping behavior.
    - Precision Rubber Seals and O-Rings: Coated onto temperature-sensitive elastomers (such as Chloroprene Rubber [CR], Natural Rubber [NR], etc.), it prevents elastomeric components from sticking together in automatic feeding hoppers, drastically optimizing assembly line efficiency.