▎ 摘　　要

NOVELTY - The conductor material has: a metal matrix; and 0.004-0.016 wt.% a first carbon allotrope distributed within the metal matrix. The first carbon allotrope is aligned with a direction of electric current flow through a length of the metal matrix. The metal matrix and the first carbon allotrope have an electrical interfacial coherency. The metal matrix comprises a metal of copper, aluminum, silver, or magnesium. The conductor material further comprises 0.004-0.016 wt.% a second carbon allotrope distributed within the metal matrix. The first and second carbon allotropes are graphene, few-layer graphene, nano-graphite particles, graphite, or carbon nano-tubes. USE - Conductor material used in electric motors such as industrial electric motors, motors used in the transportation sectorand in power-grid applications. ADVANTAGE - The ultra-conductive metal composites achieve energy savings and reduced climate impact for, among other applications, machine drives and other high-energy applications requiring use of conductive materials. The ultra-conductive metal composites can achieve the increased power densities required for desired energy savings at economically justified manufacturing or operating costs. DETAILED DESCRIPTION - INDEPENDENT CLAIMS are included for: (1) a copper composite material; (2) a method for making an ultra-conductive metal composite. DESCRIPTION OF DRAWING(S) - The drawing shows a flow chart summarizing a method of making an ultra-conductive metal composite.