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High Temp Non-Asbestos Fiber Brake Pads for Race Cars 1500℃ HB-10GL
Inorganic Fibers

High Temp Non-Asbestos Fiber Brake Pads for Race Cars 1500℃ HB-10GL

Introducing our latest innovation in automotive materials: a cutting-edge mineral fiber product designed specifically for high-performance brake pads. Engineered with advanced dispersion performance, this versatile material seamlessly integrates with a variety of compounds, ensuring optimal functionality and durability in demanding conditions.

What sets our mineral fiber apart is its impressive melting point, exceeding 1500℃. This remarkable thermal resistance makes it an ideal choice for brake pads, which are subjected to extreme temperatures during operation. Whether you're in the fast lane or navigating steep descents, our product guarantees consistent performance, enhancing safety and reliability on the road.

The unique composition of our mineral fiber allows for excellent compatibility with various materials, making it a perfect fit for manufacturers looking to enhance their brake pad formulations. Its ability to disperse evenly within the matrix ensures uniform performance, reducing wear and tear while maximizing braking efficiency. This means longer-lasting brake pads that not only perform better but also contribute to lower maintenance costs over time.

In addition to its technical advantages, our mineral fiber product is also environmentally friendly, aligning with the growing demand for sustainable automotive solutions. By choosing our innovative material, manufacturers can meet stringent regulatory standards while providing consumers with high-quality, reliable brake pads.

Whether you are a manufacturer seeking to elevate your product line or an automotive enthusiast looking for the best in braking technology, our new mineral fiber product is the solution you’ve been waiting for. Experience the difference in performance, safety, and sustainability with our state-of-the-art mineral fiber, and take your brake pad offerings to the next level. Embrace the future of automotive materials today!

    Items

    Parameters

    Chemistry

    Properties

    SiO2+Al2O3 (wt%)

    52~62

    CaO+MgO (wt%)

    22~30

    Fe2O3 (wt%)

    7~9

    Others(max; wt%)

    ≤6

    Ignition loss (800±10℃,2H; wt%)

    <1

    Physical

    Properties

    Color

    Grey-green

    Melting Point

    ≈1500℃

    Fibre diameter numerical average(μm)

    6

    Fibre length weighted average(μm)

    260±100

    Shot content (>125μm)

    ≤4

    Specific density(g/cm3)

    2.9

    Moisture Content(105 ℃±1℃,2H; wt%)

    ≤1

    Surface Treatment Content(550±10℃,1H; wt%)

    ≤5

    Safety

    Asbestos Detection

    Negative

    RoHS Directive(EU)

    Conform

    Safety Date Sheet(SDS)

    Pass