Clad Metals

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Product Description: Our Clad Metals come in a variety of widths, ranging from 2mm to 90mm, so you can choose the size that best fits your needs. Whether you're producing small or large batteries, our Clad Metals can be tailored to your specifications. One of the key benefits of our Clad Metals is their cladding wear plate feature. This means that our Clad Metals have a layer of metal cladding on top of the base metal, providing extra protection and durability. This cladding

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Composite metal low resistance copper nickel composite metal has good welding performance Details Performance High conductivity and strength,good cold / hot workability and weldability Application Mainly used for discrete components, IC lead frames, LED lighting, relays, terminal connectors, BGA substrate heat sink materials and connectors, etc. Function Suitable for making materials for circuit breaker components, electrical fixtures, springs and terminals that require high

Nickel copper composite metal nickel copper ratio 1:1 width 1.5-100mm 【Clad Materials】 A clad material combines two or more metal strips by bonding them together. By bonding different combinations of metals, the advantages of the individual metals are combined into a composite that is tailored to your specific product needs and requirements. When applying clad materials into batteries, high conductivity is one of the most significant advantages. Besides, these clad materials

The Purity Of Ni Cu Composite Metal Is Higher Than That Of 1:1 Ni Cu Composite Strip 【Clad Materials】 A clad material combines two or more metal strips by bonding them together. By bonding different combinations of metals, the advantages of the individual metals are combined into a composite that is tailored to your specific product needs and requirements. When applying clad materials into batteries, high conductivity is one of the most significant advantages. Besides, these

Nickel and copper clad material with low resistance good welding performance and conductivity 【Clad Materials】 A clad material combines two or more metal strips by bonding them together. By bonding different combinations of metals, the advantages of the individual metals are combined into a composite that is tailored to your specific product needs and requirements. When applying clad materials into batteries, high conductivity is one of the most significant advantages.