PCB bus bars

bus bar aluminiums are rigid conductive components made from high-purity aluminum (or aluminum alloy) as the base material, through extrusion molding, precision machining, and surface anti-corrosion

In the high-voltage systems of new energy vehicles, the efficient transmission and stable connection of electrical energy directly affect the overall vehicle electrical performance and system safety.

The Bus Bar Substation is a high-performance power distribution hub designed for large scale infrastructure, industrial plants and utility networks. Constructed from premium copper or aluminium

We focus on providing high-quality substation bus bars for global power engineering and energy projects. Using high-purity electrolytic copper raw materials, combined with precision machining and

The Multilayer Bus Bar is a high-performance current transmission component with alternating conductive/insulating layers. It offers strong current-carrying capacity (up to 2000A+), low electrical

With the high integration of electric drive systems and power electronic modules in new energy vehicles, capacitor busbars are no longer just conductive components, but key functional parts that

Bus bar connectors are precision electrical components—comprising specially shaped copper bus bar and high-strength metal nuts—designed specifically for high-current electrical connections and

An Electrical Bus Bar is a conductive metal component used for current distribution and interconnection within power systems, electrical equipment, and new energy power electronics systems. Unlike

Copper Foil Bus Bars are conductive components made by precisely stacking and welding multiple layers of ultra-thin copper foil (0.05~0.2mm thick) and covering them with a flexible insulating layer.

The Car Battery Bus Bar is a high-conductivity copper component (≥99.99% purity, 97% IACS conductivity) with UL94-V0 insulation (PET paper/PVC/epoxy options). It handles 100A-2000A/3500-5000VDC,

PCB Mount Fuse Clip are board-level mounting components manufactured from highly conductive, elastic materials using precision stamping and surface treatment processes. Key features include

Amidst the accelerating global energy transition and electrification, the reliability and efficiency of power systems have become core competitive advantages across industries such as industry,