Heat Shrink Tube Insulation Copper Busbar

Flexible flat copper braid connectors—also known as braided flexible connectors—are flexible conductive components manufactured from high-purity copper wire through precision braiding, forming, and

Aluminum Busbar for Battery Connections are customized conductive components designed for use in power battery packs for new energy vehicles, energy storage battery modules, and high-voltage power

In new energy, power electronics, and high-reliability electrical systems, connecting components not only provide conductivity but also directly impact system stability, lifespan, and safety levels.

Our Silver Contact Welded to Copper Stamps are widely used in low-voltage electrical appliances, switchgear, electrical connectors, and motor control. As your OEM/ODM partner, we provide end-to-end

In modern rail transit systems, stable and efficient power transmission is the core foundation for the safe operation and energy efficiency management of the entire vehicle. With the continuous

Brazing Silver Contacts to Copper Bars are functional electrical contact components that firmly connect high-performance silver-based contact materials to copper conductors (copper bars/copper

The Copper Braided Ground Strap Wire Cable (also known as a copper braided grounding wire or flexible braided connector) is a highly flexible, conductive component designed for electrical grounding

The 95% Alumina Ceramic Tube for Fuse Body is a high-performance insulating ceramic component designed specifically for traditional power fuse systems, serving primarily as the housing and insulating

In the miniature drive system of self-locking relays, each Flexible Copper Wire for Latching Relay plays a crucial role in electromagnetic response and structural connection.It is not only the wire

In high-current, high-vibration, and multi-condition operating environments, rigid conductors often struggle to simultaneously meet the dual requirements of conductivity stability and structural

In modern industrial electrical architectures, static rigid connections are no longer sufficient to cope with dynamic loads, equipment vibrations, and physical stresses caused by thermal expansion

In new energy systems where high current transmission and complex assembly environments coexist, electrical connectors not only perform the function of conducting electricity but also directly affect