Copper BusBar Powder Coating

In modern electrical systems, busbars play a crucial role in energy transmission and distribution.Low Voltage BusBars, with their excellent conductivity, reliable mechanical strength, and superior

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

The Copper Cap Fitting is a high‑quality end‑cap accessory engineered for pipe systems in HVAC, plumbing and industrial fluid applications. Crafted from premium copper or copper‑alloy, this cap

Copper power braid is a flexible, high-conductivity component made from high-purity copper strands. Its braided structure combines excellent electrical conductivity, heat dissipation, and mechanical

Whether it's household switches, industrial relays, or control units in new energy vehicles, they all rely on a key component: the Copper Metal Sheet. It is not only the physical bridge for current

Flat Copper Braids are indispensable high-performance connection components in electrical appliances and high-voltage circuit systems. Utilizing a high-purity copper braiding process, these products

Round Copper Braid is a special copper braided wire for magnetic latching relays. Its core structure consists of a cylindrical copper braided conductor (cut or rolled) + a white glass fiber

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

Copper Tinned Wires is an electrical conductor made by uniformly coating a high-purity copper core with a layer of tin (or a tin alloy). Its core function lies in combining the high conductivity of

In the new energy and power electronics sectors, fuse components are key to circuit safety, and their performance directly impacts system reliability and lifespan. Fuse copper holders, a crucial

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

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.