Stainless steel-clad copper composite materials are prepared by dual processes of mechanical and metallurgical compounding. The inner copper layer ensures high-efficiency conduction and low-loss power transmission, while the outer stainless steel layer provides excellent oxidation resistance, wear resistance and weak acid & alkali corrosion resistance. The product has high flatness, accurate size and good deformation resistance, with customizable specifications for mass industrial application.
As a cost-effective composite material, it balances performance and cost, avoiding the defects of easy oxidation and wear of pure copper and poor conductivity of full stainless steel. It is widely applied in ordinary electroplating production lines, low-voltage conductive components, industrial cabinet conductive accessories, general anti-corrosion equipment and hardware conductive connectors, becoming a mainstream choice for general industrial conductive composite materials.