Multiple copper-aluminum composite strips
Multiple copper-aluminum composite strips
Multiple copper-aluminum composite strips
Multiple copper-aluminum composite strips
Multiple copper-aluminum composite strips
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  • Multiple copper-aluminum composite strips
  • Multiple copper-aluminum composite strips
  • Multiple copper-aluminum composite strips
  • Multiple copper-aluminum composite strips
  • Multiple copper-aluminum composite strips

Multiple copper-aluminum composite strips

Category:

Narrow copper, wide aluminum composite

Using an advanced hot-melt solid-liquid process, multiple copper-aluminum composite strips are produced under high temperature, high pressure, and oxygen-free conditions, enabling metallurgical bonding between the copper and aluminum layers. This results in exceptional advantages such as high bonding strength, excellent corrosion resistance, and superior electrical conductivity. Additionally, the production cost is approximately 30% lower compared to pure copper strips. These strips are widely used in applications like negative electrode terminals for new-energy lithium batteries, power distribution systems, and connecting plates.

Keywords:

Multiple copper-aluminum composite strips

Product Description

Product dimensions:

ThicknessWidthCopper layer ratioGradeStatus
0.5 to 5 mm20–300 mm10%-40%T2/1060

H18

H24

O

Customizable based on user needs

Product features:

Using advanced hot-melt solid-liquid technology, multiple copper-aluminum composite strips are produced under high temperature, high pressure, and oxygen-free conditions, enabling metallurgical bonding between the copper and aluminum layers. This process results in materials with high bonding strength, excellent corrosion resistance, and superior electrical conductivity. Additionally, the production cost is approximately 30% lower compared to pure copper strips. These innovative strips are widely used in applications such as negative electrode terminals for next-generation lithium batteries, power distribution systems, and connecting plates.

Technical specifications:

Composite strength: ≥30 N/mm

Compound rate: 100%

Tensile strength: ≥180 MPa

Shear strength: ≥60 MPa

Surface conductivity: ≥98%

File Download

Test Report

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Test Report

A multi-stage polishing device for metal material surfaces

A multi-stage polishing device for metal material surfaces

An anti-oxidation high-temperature metal melt stirring shaft

An anti-oxidation high-temperature metal melt stirring shaft

A device capable of simultaneously combining multiple metal composite materials.

A device capable of simultaneously combining multiple metal composite materials.

A single-sided, locally integrated correction device featuring multiple metal strips made of a multi-metal composite material.

A single-sided, locally integrated correction device featuring multiple metal strips made of a multi-metal composite material.

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