aluminium copper bi metal terminals

Mar 05, 2023

Aluminium copper bi metal terminals are conductive material with stable performance, high conductivity, easy molding and processing, and stable output performance. It is not affected by the use environment, and the composite surface will not be broken. It can achieve excellent conductivity without reinforcement measures. Transition effect.

Aluminium copper bi metal terminals are mainly used for high and low voltage electrical appliances, electronic components, high and low voltage power transmission and transformation accessories and other places where copper and aluminum conversion is required. The material is T2 pure copper and 1060 pure aluminum. It can be processed and produced according to the customer's requirements, or can be arbitrarily matched according to the material selected by the customer. Its geometric size can meet the current requirements of any size joint. The minimum thickness of the copper-aluminum transition products supplied by the company is 0.3 mm, and the maximum thickness can be customized according to customer needs.



Aluminium copper bi metal terminals realize a thorough combination of the contact surface between copper and aluminum, good strength, can meet the processing requirements of bending, drilling, punching, etc., can do tensile test, pass horizontal stamping test, and conduct electricity. Excellent, excessively natural copper and aluminum, excessively stable, no heat, solve the problem of low conductivity at the joint of the traditional copper-aluminum transition plate, easy to break, and the cost of the traditional transition plate is greatly reduced.

Aluminium copper bi metal terminals are used in the electrical conductivity industry of the power system. They are also used for the transition plates between copper and aluminum, such as motors, transformer outlet contact plates and power fittings. Copper and aluminum transition plates are used for the transition of copper bus bars in power plants and transformers. connection.