Graphene reinforced metal matrix composites with low density, high specific strength, high specific strength stiffness and high conductivity are attracting widespread attention. The advanced engineered materials of superior performance have been developed in recent years and will be qualified for uses in those aerospace structure, lightweight automotive components and advance sports equipment. Although question still exists to fabricate high quality graphene reinforced metal matrix composites and develop large-scale applications. I will desmonstrate several examples of such applications: a）graphene reinforced aluminum alloy with low density and high strength for structure member in aerospace and space technology; b) high conductivity and high strength for cable in electrical transport field; c) high conductivity, high hardness and high resistance to arc erosion. If time is allowed, I will also describe the development trend of those composites.

Graphene reinforced metal matrix composites with low density, high specific strength, high specific strength stiffness and high conductivity are attracting widespread attention. The advanced engineered materials of superior performance have been developed in recent years and will be qualified for uses in those aerospace structure, lightweight automotive components and advance sports equipment. Although question still exists to fabricate high quality graphene reinforced metal matrix composites and develop large-scale applications. I will desmonstrate several examples of such applications: a）graphene reinforced aluminum alloy with low density and high strength for structure member in aerospace and space technology; b) high conductivity and high strength for cable in electrical transport field; c) high conductivity, high hardness and high resistance to arc erosion. If time is allowed, I will also describe the development trend of those composites.