negative busbar

The Cu Flexible Busbar is a flexible current transmission component made of high-purity copper and insulation materials. It offers strong flexibility (0-180° bending), excellent conductivity, and

Busbar Insulations are custom-developed specifically for the busbars of new energy vehicle capacitors. Designed to address the rigorous operating conditions—characterized by high voltage, intense

The Flat Copper Busbar is a specialized flat conductive component designed for high-current systems, serving a dual function as both a high-conductivity carrier and a structural connector.

The Copper Foil Busbar is a flexible conductive bus component formed by laminating and compressing multiple layers of ultra-thin pure copper foil. Specifically designed for electrical equipment, it

Bend copper busbars are core conductive components in modern power transmission and distribution systems. They are formed from high-purity copper through precision punching, bending, drilling, and

In the technological wave of new energy vehicles leaping to the 800V high-voltage platform and the main drive power breaking through 300kW, the reliability and efficiency of the high-voltage

High Voltage BusBars are not only carriers of energy transmission but also guarantees of system stability and safety.With professional manufacturing capabilities, strict process control, and flexible

With the current trend of power systems upgrading towards high density, high efficiency, and modularity, distribution busbars have become an irreplaceable core component in various industrial

In the fields of new energy power systems, high-voltage power distribution equipment, and industrial electrical control, BusBar High Voltage (BV) serves as a core conductive connection component,

Copper power busbars are core conductive components made from high-conductivity copper through precision machining and forming, designed for power transmission and distribution connections. Typically

Xiamen APOLLO's powder coated busbar features epoxy-based insulation with dielectric strength exceeding 30kV/mm, reducing partial discharge by 60% versus traditional methods. Our automated

Amid the rapid development of new energy, power transmission and distribution, energy storage systems, and high-end electrical equipment, 6061 aluminum busbars have become an ideal choice for