Abstract
Production of high-conductivity, high-strength wire and strip in useful sizes from in-situ CuNb multifilamentary composite material is described. Variation of mechanical properties and electrical conductivity vs. processing parameters are discussed. The material’s thermomechanical properties, i.e., the relatively large resistance ratio and mechanical strength, suggest that this material will have applications where it is superior to copper and other generally used copper alloys, such as CuBe.
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