Non-Magnetic Copper Clad Steel with Custom Conductivity for Electrical & Electronics Industry

High-precision electronic and electrical equipment requires materials with stable conductivity, ultra-low magnetism and consistent structural strength. Conventional stainless steel and pure brass often fail to balance anti-magnetic performance, electrical stability and production costs, limiting their application in high-end 3C electronics, new energy and electrical component production.

SLXCL independently developed non-magnetic copper clad steel to solve these industry pain points. The material features extremely low magnetic permeability, much superior to ordinary stainless steel, and fully passes Grade 8 needle detection, complying with strict precision manufacturing standards. Unlike traditional metal materials with fixed performance, its electrical conductivity can be fully customized to match diverse technical parameters of different electronic and electrical parts.

As a high-strength bimetallic composite material, it serves as a perfect cost-effective substitute for traditional copper. It retains excellent conductive performance, structural stability and surface flatness required for electronic products, while greatly cutting raw material and processing costs. Widely applied in non-magnetic precision electrical components, 3C products and new energy equipment, it delivers stable, reliable and economical material solutions for global electronics manufacturers.