Comparison of Performance between Copper-Clad Steel, Pure Copper, And Pure Steel

    In the realm of metallic materials, copper-clad steel, pure copper, and pure steel each exhibit distinct characteristics and significant differences in performance. Copper-clad steel, as a bimetallic composite material, seamlessly integrates the conductivity, thermal conductivity, and corrosion resistance of copper with the strength and toughness of steel.

    Pure copper, renowned for its exceptional electrical and thermal conductivity, serves as a fundamental material indispensable in the electrical, electronic, and decorative processing industries. Nevertheless, its relatively weaker strength and corrosion resistance limit its application in scenarios requiring higher material strength. In contrast, pure steel dominates the structural engineering and construction sectors with its high strength and remarkable mechanical properties, yet it falls short in electrical conductivity and corrosion resistance.

    Copper-clad steel excels in high-frequency transmission, exhibiting low attenuation and high efficiency. Its mechanical strength is twice that of solid copper wire, resulting in a longer service life. Furthermore, its corrosion resistance surpasses pure steel, enabling stable operation in various harsh environments. Cost-wise, copper-clad steel offers greater economy compared to pure copper, while also reducing reliance on pure copper resources. As technology advances and application fields expand, copper-clad steel is poised to play a pivotal role in numerous sectors in the future.