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High-Temperature Non-Asbestos Mineral Fiber Use Ror Brake Pads And Race Brake pad HB301GL
Inorganic Fibers

High-Temperature Non-Asbestos Mineral Fiber Use Ror Brake Pads And Race Brake pad HB301GL

Introducing our latest innovation in automotive safety and performance: the high-temperature resistant mineral fiber, specifically designed for use in automobile and racing brake pads. This cutting-edge product boasts a remarkable melting point exceeding 1500℃, ensuring it can withstand extreme conditions while maintaining structural integrity. With the ability to perform effectively at temperatures above 800℃, our reinforced mineral fiber is the ideal choice for high-performance applications.

Crafted from premium basalt stone, this asbestos-free mineral fiber is not only safe for users but also environmentally friendly and biodegradable. We understand the importance of sustainability in today’s market, and our product reflects our commitment to health and environmental responsibility. By choosing our low-slag mineral fiber, you are opting for a solution that enhances the performance of brake pads without compromising on safety or ecological impact.

The unique properties of our high-temperature resistant mineral fiber allow for excellent dispersibility and bonding with phenolic resin. This synergy significantly strengthens the structure of brake pads, resulting in enhanced wear resistance, acid and alkali resistance, and corrosion resistance. Whether you are a professional racer pushing the limits on the track or a daily driver seeking reliability, our mineral fiber ensures that your brake pads perform at their best under the most demanding conditions.

Upgrade your brake pad formulation with our advanced mineral fiber and experience the difference in performance and durability. With our high-temperature resistant, asbestos-free, and environmentally friendly solution, you can trust that you are making a responsible choice for both your vehicle and the planet. Embrace the future of automotive safety with our innovative reinforced mineral fiber 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)

    ≤3

    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