Ag: $2.906/g | Ag (No.3): $2.903/g | Cu: $0.015/g | Zn (No.1): $0.003/g | Ni: $0.021/g | SN: $0.058/g | In: $0.648/g | Cd (No.0): $0.004/g | 4/16/2026 12:17:08 AM CET

Clad Strips

Product Highlights
Clad strips are made by advanced composite processing technology and rolling, using raw materials (cladding strips and base strips) with different properties based on various application requirements.  The properties can not only be retained and fully utilized, but also have beneficial comprehensive performance due to the composite effect. In particular, both electrical performance and wear resistance have significantly improved compared to the overall pure (gold, silver) contact materials. In addition, clad strips can save precious metals (gold, silver) and reduce product costs.

- Material Diversification for Maximum Efficiency: Multi-layer metal strips combine the properties of different metals for better electrical performance and less precious metal consumption.

- Wide Applications Across Industries: For button contacts, stamped and bent components, electrical relays, inlays, onlays, surface compounds, and side strips.

- High Strength and Stability: Excellent composite strength with stable electrical and processing properties for harsh industrial environments.

- Cost-Efficient Production: Multi-layer design allows single-step stamping and bending, reducing production costs.

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Product Description

Clad strips are an innovative functional material that combines different metal materials using advanced bonding technology. This process not only preserves the unique properties of each material but also maximizes the synergistic benefits of their combination. By selecting materials based on electrical load ranges, chemical properties, and specific material characteristics, clad strips have found wide application across various industries. Unlike pure precious metal contact materials, multi-layered, single-sided, double-sided, or specially shaped clad strips with localized inlays can be used for electrical contacts. This approach significantly reduces the consumption of precious metals, enabling the production of button contacts and stamped and bent components in a single process, which greatly lowers manufacturing costs.

Main Materials



Application

Automotive Relay

Switches

Current Fuse

Thermal Fuse

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