Aluminum copper bi metal plate, copper and aluminum are completely tightly combined, can not be peeled off, and truly realize the copper-aluminum composite. The chemical composition is stable, the traditional transition copper layer has a large cross-sectional area, the copper material is obviously wasted, and the product cost is high; the current product cost is low.
Aluminum copper bi metal plate is a high-power use environment, which can efficiently dissipate heat, reduce light decay, and extend the service life. The copper-aluminum composite radiator made of copper-aluminum composite material makes full use of the characteristics of fast heat conduction of the copper base material and fast heat dissipation of the aluminum base material, combining the advantages of the two materials together; The material saves more than 50% of the cost, and realizes the perfect combination of heat dissipation effect and economic benefit.
Product parameters: size: thickness 0.5mm-15.0mm, width ≤1000mm, length ≤3000mm.
Product features: high composite strength, can be deep processing such as bending, drilling, stamping, etc.
Scope of application: Used in the power system conductive industry, also used for excessive connection plates between copper and aluminum, such as motors, transformer outlet contact plates and power fittings, etc. The copper-aluminum transition plate is used for excessive connection of power plants and transformer copper buses. M-busbar, G-excessive; digital-board specifications, (width * thickness, MM), to prevent current transmission heating phenomenon.
Aluminum copper bi metal product performance:aluminum copper bi metal inculd:bimetallic transition plate, copper-aluminum over-plated connecting wire, copper row, copper-aluminum excessive row, copper-aluminum excessive wire row, copper-aluminum excessive block, copper-aluminum excessive sheet, the product has high bonding strength, Achieves a complete combination of the contact surface between copper and aluminum, good strength theory, can meet the processing requirements of bending, drilling, punching, etc., can do tensile testing, through horizontal punching test, excellent electrical conductivity, excessive copper and aluminum Natural, excessively stable, no heat, solved the problem of low conductivity at the joint of the traditional copper-aluminum transition board, easy to break, and its cost is greatly reduced by the traditional process of transition board
