undefined
+
  • undefined

Elastomer TPV

Thermoplastic Vulcanizate (TPV) combining rubber-like elasticity and sealing with plastic-like processability and recyclability.

  • Product Description
  • 概要
  • Item

    Content

    Product Description

    Thermoplastic Vulcanizate (TPV) combining rubber-like elasticity and sealing with plastic-like processability and recyclability.

    Key Characteristics

    1. High Elasticity & Low Compression Set: Good resilience and sealing retention.
    2. Excellent Heat & Weather Resistance: Wide service temp range (-60℃~135℃), resists UV/ozone aging.
    3. Good Oil & Chemical Resistance: Resistant to oils, solvents, and chemicals.
    4. Easy Processing & Recyclable: Suitable for injection, extrusion; regrind reusable.
    5. Lightweight: Lower density than most rubbers.

    Main Applications

    Automotive: Seals, bellows, air ducts.
    Construction: Window/door seals, curtain wall joints.
    Industrial: Hoses, gaskets, tool handle overmolds.
    Consumer: Appliance seals, sports grips.

    Processing Method

    Injection, Extrusion, Blow Molding

    Key Certs

    ROHS, REACH, UL, compliant with auto industry standards.

    Color

    Black (standard), customizable.

    Packaging

    20/25 kg/bag

    Physical Properties

    Typical Value

    Unit

    Test Standard

    Specific Gravity

    0.90-1.00

    g/cm³

    ASTM D792

    Hardness

    30A-50D

    Shore A/D

    ASTM D2240

    Tensile Strength

    ≥6.0-15.0

    MPa

    ASTM D412

    Elongation at Break

    ≥200-500

    %

    ASTM D412

    Compression Set

    ≤30-50

    %

    ASTM D395

    Processing Ref.

    Drying required; Injection Temp: 190-220℃.

    Key Notes

    1. Select grade based on temp/oil resistance needs.
    2. Must be thoroughly dried before processing.
    3. Control regrind ratio to maintain performance.


Product inquiry

Have a question about purchasing a product or solution that you are interested in? Fill in the form and we’ll respond in 7 working days.

Submit