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Stainless Steel Fiber Kevlar Sleeving
Stainless Steel Fiber Sleeve
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Stainless Steel Fiber Kevlar Sleeving

Metal fiber and para aramid fiber knitted tube combines the advantages of metal fiber and para aramid fiber, and has the characteristics of high strength, high temperature resistance,conductive antistatic, wear resistance and cutting resistance, combine heat-resistance with the properties of knitted sleeve, such as stretch and softness, and is widely used in a variety of high-end industrial and safety protection fields.sleeves for thermal resistant, glass molding, and shaping material, used as the packing material or roller covers within the automotive or hollow glass manufacturing process and other glass bending process which can improve the smooth appearance of glass.

    specification

    Product name metal fiber & kevlar knitted sleeve tubing
    Material metal fiber knitted + kevlar fiber
    Inner diameter 10mm-120mm
    Tube thickness, weight can be customized

    Functional characteristics

    High strength and wear resistance: para aramid provides excellent tensile strength and wear resistance, and metal fiber enhances overall durability and cutting resistance.
    High temperature/heat/thermal resistance: It can be used for a long time in an environment of 200-500°C, and is not easy to melt, carbonize or decompose, and is suitable for high temperature environments.
    Antistatic and conductivity: metal fiber has good conductivity and can effectively prevent static electricity accumulation. It is suitable for antistatic and electronic protection fields.
    Chemical corrosion resistance: It has strong tolerance to corrosive substances such as acids, alkalis, and oil stains, and is suitable for complex industrial environments.
    Flame retardant protection: para aramid itself has flame retardant properties, and combined with metal fibers, it can further improve the fire protection level.
    Softness and spinnability: Maintaining good spinnability, it can be used in a variety of textile processing technologies such as weaving, knitting, and sewing.

    application

    Protective equipment
    Cut-resistant gloves, fire-resistant clothing, welding clothing: improve cut resistance, high temperature resistance, and anti-static performance, suitable for high-risk industries such as metallurgy, glass manufacturing, and welding.
    Anti-static clothing, electronic industry work clothes: reduce static hazards and protect sensitive electronic components.
    Industrial applications
    High-temperature conveyor belts, thermal insulation cloth: used for high-temperature industrial conveying systems such as aluminum profiles and glass manufacturing.
    High-temperature resistant sewing thread: used for sewing high-temperature filter bags and firefighting clothing to ensure heat resistance and wear resistance.
    Shielding textiles: used as electromagnetic shielding materials in electronic equipment or special clothing to reduce electromagnetic interference (EMI).
    Military industry and aerospace
    Bulletproof vests, tactical protective clothing: provide additional cut resistance and protective performance.
    Spacecraft thermal insulation materials: high temperature resistant, protective astronaut clothing and aerospace equipment.
    Smart textile and electronic applications
    Conductive fabrics: used for smart clothing, electric heating fabrics, sensor textiles.
    Flexible circuit materials: used as conductive layers in wearable devices and smart textiles.

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