Copper Busbar For Charging Station

✱Cutting process:
Utilizing high-precision laser cutting equipment, non-serrated cutting can be achieved, with smooth cuts and a small heat-affected zone. For thick copper bars, water jet cutting technology can also be selected to avoid the risk of thermal deformation.

✱Bending Forming:
Using a CNC bending machine, the bending angle and radius can be precisely controlled, enabling multi-angle bending. The progressive bending process is adopted to prevent the copper bars from deforming or cracking. The bending radius is more than 1.5 times the material thickness, ensuring that the copper bars can be efficiently routed in compact spaces such as switch cabinets and bus ducts.

✱Surface treatment:
We offer electroplating processes such as tin plating, nickel plating and silver plating, as well as coating spraying for organic layers. The tin plating process can enhance the oxidation resistance and welding performance of copper strips, while the silver plating can improve the conductivity and high-temperature resistance. The organic coating can be used for anti-corrosion and insulation purposes.

We offer comprehensive customized services.

For copper bars of special sizes and shapes, or with specific performance requirements, we can tailor them to your specifications based on your drawings or samples. From the design and development of special-shaped copper bars to the application of specific surface treatment processes, we can meet your individual needs.

Our copper strip processing products are widely used in:

Electric power engineering,

New energy vehicles,

Charging stations,

Solar-storage-charging systems. rail traffic

Whether in large power substations or in the battery control systems of new energy vehicles, our copper strips can reliably conduct current and ensure the stable operation of the power system.