China Copper Foil Laminated Connectors Manufacturer, Supplier, Factory

During the assembly process of flexible copper busbars, operators need to strictly follow relevant operating standards, wear gloves to reduce the impact of fingerprints and stains on the surface of the copper busbar connectors.

With the development of modern industry and technological progress, copper foil flexible connectors have been widely used in industry. Especially in the field of high-voltage electrical equipment, such as transformers, generators, busbars, and other equipment.

At present, the application of new energy soft copper busbars is becoming increasingly widespread and has been vigorously promoted in the market. The copper busbar welding technology is also constantly improving, and the common welding processes now are argon arc welding and polymer diffusion welding. The difference between these two processes is now shared by YIPU Metal, a copper busbar manufacturer.

Nickel is a good conductive metal, and its characteristics enable conduction and insulation between metals, enhancing the electrical conductivity of metal materials. Plating an appropriate amount of nickel on the surface of copper bars can greatly enhance their electrical conductivity, especially suitable for high-voltage, high current electronic devices and power equipment fields.

Copper busbar connectors with surface welded nickel sheets can achieve better conductivity and mechanical properties by combining nickel sheets with copper bars.

When traditional copper busbars are connected in battery packs, it is common for the wiring joints of the copper busbars to dissipate heat too slowly, resulting in line aging. This type of copper busbar has poor heat resistance. Usually, the heat dissipation effect of copper busbars is poor, and the heat dissipation is easily retained within itself, which affects the transmission efficiency of copper busbars. And in the face of some collision situations, the copper busbars cannot protect the wiring terminals. The process of immersing the copper busbars in plastic is adopted to solve this problem.