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Resin-based composites reinforced with continuous alumina fibers

Resin matrix aluminum fiber-reinforced composites, which are a class of high-performance composites, utilize synthetic resins as the matrix and aluminum continuous fibers as the reinforcement. As a significant branch of polymer matrix composites (PMCs), they combine the outstanding properties of resin matrices and aluminum fibers, featuring lightweight, high strength, high-temperature stability, and excellent electrical insulation.
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  • Product Details
    • 商品名称: Resin-based composites reinforced with continuous alumina fibers

    Resin matrix aluminum fiber-reinforced composites, which are a class of high-performance composites, utilize synthetic resins as the matrix and aluminum continuous fibers as the reinforcement. As a significant branch of polymer matrix composites (PMCs), they combine the outstanding properties of resin matrices and aluminum fibers, featuring lightweight, high strength, high-temperature stability, and excellent electrical insulation.

    Resin matrix aluminum fiber-reinforced composites, which are a class of high-performance composites, utilize synthetic resins as the matrix and aluminum continuous fibers as the reinforcement. As a significant branch of polymer matrix composites (PMCs), they combine the outstanding properties of resin matrices and aluminum fibers, featuring lightweight, high strength, high-temperature stability, and excellent electrical insulation.

    Compared to traditional structural materials like steel and aluminum alloys, its density is approximately one-fifth that of steel and one-half that of aluminum alloys, while its specific strength and specific modulus are significantly higher than both. 

    With continuous breakthroughs in interfacial modification technology and low-cost preparation processes, this material is poised to find broader applications across industrial sectors and will become a key member of the resin-based composite family.

     

Partners

Huayang New Material Technology
Runyang Photovoltaic
Hongen New Material
Aviation Industry Corporation of China Limited
Hunan Ronglan Intelligent Technology Co., Ltd.
Jiangsu Changnai Energy Technology Co., Ltd.
Arsay.
High view solar energy
LONGI
Natural light
BOC Industrial Shen Fei
Institute of Metal Research, Chinese Academy of Sciences
Hefei Institute of Material Science, Chinese Academy of Sciences
China Aerospace Science and Industry Corporation
Nanjing Fiberglass Research Institute
Chinese Space
Sinosteel Lonai
Emergency Management Department Shanghai Fire Research Institute
Tsinghua University
National University of Defense Technology
Dongfang Electric
Beijing Graphene Research Institute
Beijing Glass Research Institute
Harbin Institute of Technology

Product Application Field

3C electronic

3C electronic

Automobile Manufacturing

Automobile Manufacturing

New energy battery

New energy battery

Photovoltaic industry

Photovoltaic industry

Related Products

Continuous Alumina Fiber Reinforced Ceramic Matrix Composites

Alumina fiber reinforced ceramic matrix composites, with low density, high specific strength, high specific modulus, corrosion resistance, wear resistance, high fracture toughness and good thermal stability, can effectively overcome the brittleness of ceramic materials, is the most successful application of lightweight high temperature structural composite materials.

Alumina continuous fiber F-72

With an alumina content of 72% and a maximum operating temperature of 1200°C, the fibers are flexible, making them ideal for manufacturing textile products. After weaving or sewing, they can be formed into heat-insulating seals of various shapes and are also suitable for reinforcing composite materials.

Alumina continuous fiber B-70

With an alumina content of 70% and a boron content of 2%, this fiber has a higher operating temperature than F-72, reaching up to 1,350 degrees. It offers good flexibility and excellent weaving properties, allowing it to be woven into high-temperature-resistant fabrics of various shapes. It is suitable for thermal protection applications—such as those in the petrochemical industry—that involve extreme high-temperature conditions.

Alumina continuous fiber C- 85

With an alumina content of 85%, it can be used for extended periods at high temperatures of 1300°C and is suitable for ceramic matrix composite applications. Ceramic products made from this material offer the best resistance to high-temperature thermal shock and creep, and can be used for extended periods in high-temperature, oxygen-rich environments.

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