copper busbars

In applications involving high current transmission, high-frequency pulses, vibration, and space constraints, traditional rigid copper busbars cannot simultaneously achieve flexibility, conductivity,

Multilayer Copper Foils Flexible BusBars are a new type of flexible conductive connection component designed specifically for high-power density, complex electrical systems. Utilizing a multilayer,

As new energy storage, power batteries, and high-voltage platforms continue to move towards higher power density, more compact structures, and more stringent safety performance requirements, Copper

Custom Flexible Copper Foil Laminated Busbars are a new type of conductive connection solution developed in this context. The product uses multiple layers of high-purity copper foil to form the

Insulated Heat Shrink Copper Connector Busbars are integrated electrical connection accessories made of pure copper substrate with full tin plating and high-temperature coating with flame-retardant

Copper flat square busbars with PVC heat-shrink tubing are power connection components that utilize a highly conductive copper bar as the core conductor, fully encased in PVC heat-shrink insulation.

Apollo Cap Copper is a precision, high-purity T2 copper (or phosphor bronze) component for new energy/low-voltage electrical systems. Featuring polished, RoHS-compliant passivated finishes, it acts

Fuse Copper is a high‑performance copper busbar and connection solution engineered for demanding power distribution and protection systems. With premium copper material providing low resistance and

Our Copper Stamp with In-Mold Riveting are ideal for electrical connections. Using advanced in-mold riveting technology, they can withstand all kinds of mechanical stress and complex environmental

Our Copper Braid series of products is a core component for flexible conductive connections in electrical systems. These products can upgrade and replace traditional rigid copper busbars, providing

In high-reliability electrical protection systems, the copper knife/fast fuse blade contact is not only a conductive element but also a key interface for controlling the stability of fuse operation

With the continuous development of new energy, power distribution, battery systems, automotive electronics, and industrial equipment towards higher current and higher stability, higher requirements