Laminated Bus Bar

Copper has one of the best conductivity of all metals, with an electrical conductivity of about 97-99% IACS (International Conductive Standard), which is much higher than many common conductive materials (such as aluminum). Therefore, using copper to make Laminated Copper Bar can significantly reduce power loss and improve the efficiency of power systems.

Copper has strong corrosion resistance, especially in humid, acidic and alkaline environments, which can effectively prevent current loss or equipment failure caused by corrosion in power systems. This makes copper very suitable for power systems that work stably for a long time, especially in harsh environments such as seaside or humid areas.

Copper has high strength and good ductility. It can withstand certain mechanical stress, and can be easily processed into various shapes during installation. In addition, copper is more stable in high temperature environments and can withstand high operating temperatures.

When copper contacts other metals, its contact resistance is relatively low, which means that the copper busbar can effectively reduce the heat and energy loss generated when the current passes through the Laminated Busbar Connectors, thereby improving the overall efficiency and stability of the power equipment.

Copper has a high melting point (1083°C) and can still maintain good conductivity and mechanical properties in high temperature environments. For busbar systems that need to withstand large currents and high temperatures, copper can better cope with high-load working conditions and avoid overheating and failures.

Copper has good machinability and can be made into busbars of different shapes through processes such as extrusion, rolling, and stretching. This provides more flexibility for the customization and design of the Laminated Inverter Busbars, and can be processed according to specific power system requirements.