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TPR Raw Material Specialized for Conduits

TPR material specifically designed for wire conduits, offering excellent flexibility, weather resistance, and smooth surface for easy cable insertion and protection.

  • Product Description
  • 概要
  • Item

    Content

    Product Description

    TPR material specifically designed for wire conduits, offering excellent flexibility, weather resistance, and smooth surface for easy cable insertion and protection.

    Key Characteristics

    1. Highly Flexible & Bendable: Excellent flex fatigue resistance, resistant to cracking or permanent set under repeatedly bending.
    2. Good Dimensional Stability: Low shrinkage under varying temperatures.
    3. Smooth Surface: Low-friction inner wall facilitates wire routing.
    4. Weather & Chemical Resistant: Resists UV, ozone, and common industrial chemicals.
    5. Flame Retardant Option: Can be formulated to meet specific flame ratings (e.g., UL V-2).

    Main Applications

    Protective sleeving for appliance wiring, automotive cable conduits, cable jackets for machinery, flexible connection tubes, decorative cable sleeves.

    Processing Method

    Extrusion (Primary), Injection Molding (for fittings)

    Key Certs/Standards

    ROHS, REACH, Can comply with UL recognition and specific flame retardancy standards.

    Color

    Black, Gray (standard), customizable.

    Appearance

    Uniform pellets

    Packaging

    20/25 kg/bag

    Physical Properties

    Typical Value

    Unit

    Test Standard

    Specific Gravity

    0.95 - 1.10

    g/cm³

    ASTM D792

    Hardness

    60A - 85A

    Shore A

    ASTM D2240

    Tensile Strength

    ≥ 8.0

    MPa

    ASTM D412

    Elongation at Break

    ≥ 350

    %

    ASTM D412

    Tear Strength

    ≥ 25

    kN/m

    ASTM D624

    Low-Temp Brittleness

    ≤ -40

    °C

    ASTM D746

    Processing Ref.

    Suggested extrusion temps: 160-190°C (varies with equipment and formulation).

    Key Notes

    1. Select appropriate grade based on cable size, bend radius, and environment (e.g., oil resistance, flame retardancy).
    2. Control melt temperature and cooling rate during extrusion for optimal surface and dimensions.
    3. Protect from moisture during storage.


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