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Unlike traditional electroplating, riveting, or single-metal solutions, our overlay clad strip features a full-surface metallurgical bond between a functional precious metal surface layer and a robust base substrate, creating a unified, delamination-resistant material that outperforms conventional alternatives in demanding electrical environments. This advanced bonding technology ensures secure adhesion far exceeding electroplated materials, while drastically reducing precious metal consumption without compromising performance. With a stable monthly production capacity of 30 tons, we deliver consistent, bulk-supply solutions for industrial manufacturers and commercial component producers worldwide.
Our Overlay Clad Metal Strip is fully customizable to meet your unique application requirements, with core standard parameters outlined below:
Parameter | Standard Range | Customization Options |
Surface Layer Material | Gold, gold alloy, pure silver, silver-nickel, silver-copper, silver cadmium oxide, silver tin oxide | Precious metal alloy formulation adjustment |
Base Substrate Material | Pure silver, silver alloy, copper, brass, phosphor bronze, beryllium copper, nickel silver, nickel, iron, stainless steel, Monel | Specialized alloy matching for extreme environments |
Surface Layer Thickness | 0.02–1.0 mm | Precision tolerance control down to ±0.005 mm |
Base Substrate Thickness | 0.05–3.5 mm | Custom thickness grading for specific forming needs |
Strip Width | Standard industrial sizes | Custom slitting to exact width specifications |
Our Overlay Clad Metal Strip achieves a full metallurgical bond between layers, eliminating the risk of delamination, peeling, or performance degradation common with electroplated or mechanically bonded materials. This ensures consistent performance even under high vibration, thermal cycling, and long-term use.
By limiting precious metal use to a precision-engineered functional surface layer, we drastically reduce material costs compared to solid precious metal strips, while retaining 100% of the required electrical and chemical performance for your application.
The full-surface precious metal layer delivers stable, low-resistance conductivity and excellent thermal dissipation, resulting in minimal temperature rise during operation, extended component lifespan, and enhanced safety for high-current electrical applications.
Our clad strip eliminates the need for costly, labor-intensive riveting, welding, or secondary electroplating processes in your production line, enabling integrated structural design and faster, more efficient component fabrication.
Our Overlay Clad Metal Strip is trusted across global industrial sectors for critical conductive components, with core applications including low-voltage electrical systems (wall switches, circuit protectors, micro-switches, relay contactors), thermal control systems (thermostats, temperature sensors, thermal overload protectors), small motor systems (micro-motor brushes, commutators, precision motor components), and automotive electrical systems (vehicle control switches, sensor components, power distribution modules).
We offer flexible order quantities to support both prototype development and bulk industrial production, with custom MOQs tailored to your material specifications and project scale.
Yes. Our engineering team can adjust material formulations, layer thicknesses, and bonding parameters to meet extreme corrosion resistance, high-temperature, or high-cycle performance requirements.
Our metallurgically bonded clad strip delivers far higher bonding strength, no risk of layer peeling, more consistent thickness control, and longer service life than electroplated alternatives, with lower total production costs for high-volume applications.
Standard bulk production lead times range from 2–4 weeks, with expedited production available for time-sensitive industrial projects.
As a leading provider of advanced clad metal solutions, Sino-1 Electrical works closely with industrial manufacturers to deliver custom Overlay Clad Metal Strip that aligns perfectly with your application, performance, and production requirements. Our in-house engineering team provides full technical support, from material selection and prototype testing to bulk production and consistent quality control. Contact us today to discuss your project needs, request a free sample, or receive a custom quote tailored to your business.
