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TPEE gear material

TPEE material developed for high-performance gears and transmission components, combining high strength, high modulus, excellent fatigue and wear resistance for lightweight, low-noise power transmission.

  • Product Description
  • 概要
  • Item

    Content

    Product Description

    TPEE material developed for high-performance gears and transmission components, combining high strength, high modulus, excellent fatigue and wear resistance for lightweight, low-noise power transmission.

    Key Characteristics

    1. High Strength, Modulus & Dimensional Stability: High tensile strength and flexural modulus with low, stable shrinkage for gear precision.
    2. Superior Wear Resistance & Low Friction: High surface hardness, good, low operating noise.
    3. Wide-Temperature Performance: Maintains stable mechanical properties across a broad temperature range, resistant to creep.

    Main Applications

    Automotive seat/window regulator gears, office equipment drive gears (e.g., printers), appliance reduction gears, small robotic joint gears, low-load industrial transmission gears.

    Processing Method

    Precision Injection Molding

    Key Certs/Standards

    ROHS, REACH, Can meet specific industry performance and durability test standards for gears.

    Color

    Typically black or natural, customizable.

    Appearance

    Uniform pellets

    Packaging

    20/25 kg/bag

    Physical Properties

    Typical Value

    Unit

    Test Standard

    Specific Gravity

    1.20 - 1.30

    g/cm³

    ASTM D792

    Hardness

    55D - 72D

    Shore D

    ASTM D2240

    Tensile Strength

    ≥ 40.0

    MPa

    ASTM D412

    Flexural Modulus

    ≥ 800

    MPa

    ASTM D790

    Abrasion Resistance (Taber)

    Low Weight Loss

    --

    ASTM D1044

    Processing Ref.

    Must be thoroughly dried (120°C for 3-4 hrs); Suggested Injection Temp: 210-240°C.

    Key Notes

    1. Extreme Drying: Trace moisture can cause bubbles, splay, and severely impair mechanical properties. Thorough drying is mandatory.
    2. Precision Mold & Process: High-precision gear molds are required. Optimize gate and cooling design to control dimensions and internal stress.
    3. Performance Validation: Application testing (fatigue life, noise, transmission efficiency) on gears is mandatory before mass production.

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