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Resin-based composites reinforced with continuous alumina fibers
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- 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.

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3C electronic
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New energy battery
Photovoltaic industry
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