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High-Performance Ceramic Fiber HB231B: Heat Resistant & Low Conductivity
Inorganic Fibers

High-Performance Ceramic Fiber HB231B: Heat Resistant & Low Conductivity

Introducing our latest innovation in insulation technology: high performance ceramic fiber insulation. Designed for industries that demand superior heat resistance and durability, this product combines the benefits of high aluminum content and low shot composition to deliver unmatched performance.

 Our ceramic fiber insulation is ideal for applications in extreme heat environments due to its high temperature resistance. It can withstand temperatures up to 1,600°C (2,912°F), ensuring your equipment operates efficiently without the risk of thermal decay. The low thermal conductivity of our insulation minimizes heat loss, saving energy and keeping it running at its best.

 One of the most outstanding features of our ceramic fiber insulation is its strong resistance to thermal decay. Unlike traditional insulation materials, our products can maintain their integrity and performance for a long time, even when continuously exposed to high temperatures. This long life means lower maintenance costs and higher operational reliability.

 Our insulation systems not only have excellent thermal performance, but also excellent friction stability, making them suitable for a variety of applications including furnaces, kilns and other high-temperature equipment. Environmentally friendly and asbestos-free composition ensures that you can use our products with peace of mind, as it meets the highest safety standards.

 Whether you are in the manufacturing, aerospace or energy industries, our high-performance ceramic fiber insulation systems can meet your thermal management needs. Experience the benefits of advanced insulation technology that not only improves performance but also focuses on safety and sustainability. Upgrade your insulation system today and enjoy the peace of mind that comes with superior design.

    Items

    Parameters

    Chemistry

    Properties

    SiO2+Al2O3 (wt%)

    80~96

    CaO+MgO (wt%)

    ≤10

    Fe2O3 (wt%)

    <6

    Others(max; wt%)

    ≤6

    Ignition loss (800±10℃,2H; wt%)

    <1

    Physical

    Properties

    Color

    Off-white

    Melting Point

    >1600℃

    Fibre diameter numerical average(μm)

    6

    Fibre length weighted average(μm)

    220±100

    Shot content (>125μm)

    ≤1

    Specific density(g/cm3)

    2.9

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

    ≤1

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

    ≤1

    Safety

    Asbestos Detection

    Negative

    RoHS Directive(EU)

    Conform

    Safety Date Sheet(SDS)

    Pass