Boron carbide reinforced aluminum matrix composite (B4C/Al) is a high-performance composite made from boron carbide ceramic particles and an aluminum alloy matrix.
It combines high hardness, wear resistance and neutron absorption with the lightweight and machinable characteristics of aluminum alloy, making it suitable for nuclear energy, defense, high-end equipment, protective structures and special neutron absorption applications.
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Our aluminum matrix product series supports customized production in material composition, shape, dimensions and performance specifications through high-performance, scalable and fully controlled manufacturing processes.
SiC/Al uses aluminum alloy as the matrix and silicon carbide particles as the reinforcement. By controlling particle size, content and spatial distribution, the material combines lightweight performance, high stiffness, low thermal expansion and excellent thermal conductivity.
Si/Al is a binary alloy material composed of silicon and aluminum. It offers low density, wear resistance, corrosion resistance, oxidation resistance, high thermal conductivity, low expansion and good machinability for electronic packaging and structural applications.
