Double-sided copper-aluminum transition plate
Double-sided copper-aluminum transition plate
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  • Double-sided copper-aluminum transition plate
  • Double-sided copper-aluminum transition plate

Double-sided copper-aluminum transition plate

Category:

Copper-aluminum composite foil

Replacing traditional production processes such as flash welding, friction welding, and brazing, the copper-aluminum composite transition plates/strips produced using the hot-melt solid-liquid method exhibit high bonding strength, achieving metallurgical fusion between copper and aluminum with excellent mechanical properties. These materials can easily withstand bending, drilling, and punching operations, while also delivering outstanding electrical conductivity and offering a large, smooth transition area between copper and aluminum—effectively addressing common issues found in conventional copper-aluminum transition plates, such as low conductivity at the joint and the presence of trapped air bubbles. Widely used in applications like power hardware fittings, parallel groove clamps, high- and low-voltage distribution cabinets, transformers, reactors, and more.

Keywords:

Double-sided copper-aluminum transition plate

Product Description

Product dimensions:

ThicknessWidthCopper layer ratioGradeStatus
0.5–15 mm20–1000 mm8%–40%T2/1060, T2/1060/T2

H18

H24

O

Customizable based on user needs

Product features:

Replacing traditional production processes such as flash welding, friction welding, and brazing, the copper-aluminum composite transition plates/strips produced using the hot-melt solid-liquid method exhibit high bonding strength, achieving metallurgical fusion between copper and aluminum for superior mechanical performance. These materials can easily withstand bending, drilling, and punching operations while maintaining excellent electrical conductivity. With a large copper-aluminum interface area and smooth transition characteristics, they effectively address common issues found in conventional copper-aluminum transition plates—such as low conductivity at the joint and the presence of trapped air bubbles. As a result, these innovative products are widely used in applications like power hardware fittings, parallel groove clamps, high- and low-voltage distribution cabinets, transformers, reactors, and more.

Technical specifications:

Composite strength: ≥20 N/mm

Compound rate: 100%

Tensile strength: ≥100 MPa

Elongation: 3% to 40%

Surface conductivity: ≥98%

Direct current resistivity: ≤0.0245 Ωmm²/m

Rated Current Temperature Rise: ≤60°C

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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.

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

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