Characteristics and advantages of copper-aluminum composite transition plate
1. The copper-aluminum composite transition plate has low cost and light specific gravity: the composite product of the same volume can save customers at least 60% of the cost compared with pure copper; the specific gravity is 37%-40% of pure copper.
2. The copper-aluminum composite transition plate has excellent machinability: its bending performance is better than the same conductor of the same specification and is easy to process. Due to the high interface bonding strength, copper and aluminum will not delaminate during shearing, stamping and bending.
3. The copper-aluminum composite transition plate has excellent thermal conductivity: the copper-aluminum transition plate strip is processed into plates and strips of different thicknesses by cold rolling. Because they are oxygen-free metallurgical composite materials, there is no heat transfer contact resistance and they have good heat transfer properties of copper and aluminum.
4. The copper-aluminum composite transition plate has excellent electrical conductivity: the electrical conductivity reaches more than 90% of the T2 conductor, which is a good choice to replace pure copper conductors.
5. The copper-aluminum composite transition plate has a wide range of uses: since the production width can reach 1000mm, the current main thickness is 0.8mm and 1.0mm, it can replace copper strips and be widely used in various fields. Electrical conductivity: copper-aluminum composite conductive belt, connecting plate, industrial gasket, low-voltage electrical appliance, transformer, reactor, etc.; Thermal conductivity: solar collector, automobile water tank belt, hot tableware material, various heat sinks, etc.
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