Flexible busbars use copper or aluminum strips with EVA/PE heat shrink or PVC dip-coated insulation. They resist corrosion and high temperatures, reduce stress, simplify wiring, and allow flexible installation. Common in EV battery packs, they withstand vibrations, prevent creep, and offer a safer, low-maintenance alternative to cables.
Battery power copper bus bars are made of copper foil thickness from 0.1 to 1mm. They are produced by process of welding, stamping, plating, forming, insulation and so on. The plating can be tin and nickel. The insulation can be pvc dipping and PE heat shrink tubing. Because of it's feature of good conductivity, flexible, easy to install and space saving, flexible busbars are widely used in electric vehicle battery pack, new energy power distribution, UPS, Charging pile etc.
The flexible aluminum busbar, made from foil or strip and insulated, offers excellent conductivity, heat dissipation, and flexibility. It's lighter and more cost-effective than copper, while meeting current capacity needs. Ideal for high-voltage connections in EV battery packs, it supports integrated assembly for electric vehicles.
Flexible copper braids, with their unique braided structure, enhance flexibility, conductivity, vibration resistance, and heat dissipation. These braided busbars are widely used in power distribution for electric vehicles and renewable energy storage.
Copper power shunts are made from 0.1–1 mm copper foil and manufactured through welding, stamping, plating, forming, and insulation processes. Available with tin or nickel plating and insulated by PVC dipping or PE heat-shrink tubing, they deliver high conductivity, flexibility, and a compact installation footprint. These shunts are widely used in EV battery packs, renewable energy systems, UPS units, and charging infrastructure.
Flexible copper busbars are fabricated from laminated copper foils with thicknesses from 0.1 to 1 mm through precision welding, stamping, plating, forming, and insulation processes. With tin or nickel plating and PVC dip-coated or PE heat-shrink insulation, they provide high conductivity, excellent flexibility, and space-efficient installation. These custom busbars are widely used in EV battery packs, renewable energy power distribution, UPS systems, and charging infrastructure.
The flexible aluminum busbar, consists of aluminum foil or strips and insulated with a protective layer. Compared to copper busbars, it is lighter and more economical, while still fulfilling current capacity demands. Aluminum busbars are particularly suitable for high-voltage series and parallel connections in EV battery packs, facilitating the integrated assembly requirements of electric vehicles.
Copper shunts are made from high-conductivity electrolytic grade copper sheets/foils, with a purity of 99.9% T2 copper. These flexible busbar offer excellent conductivity and can be customized in various types and sizes.
Flexible insulated busbars feature laminated electrolytic copper conductors, tin or nickel plated surfaces, and EVA heat shrink insulation. With 97 percent IACS or higher conductivity and a temperature resistance range from -50 to 125 degrees Celsius, these copper busbars provide reliable high current transmission from 125A to 1600A for EV batteries, ESS, and power distribution systems.
Flexible busbars, made from thin copper or aluminum foil layers, offer excellent conductivity and flexibility. Their insulation improves heat dissipation, reduces vibration, and saves space. Widely used in EV battery packs, energy systems, UPS, and charging stations, they provide reliable performance in compact environments.
Flexible busbars are made from copper foil with thicknesses ranging from 0.1 to 1mm. Produced through welding, stamping, plating (tin or nickel), forming, and insulation (PVC dipping or PE heat shrink tubing), they offer excellent conductivity, flexibility, easy installation, and space-saving design. These features make them ideal for EV battery packs, new energy power distribution, UPS systems, and charging stations.
Aluminum busbars for cell contact systems, used where weight and conductivity both matter.
Aluminum CCS-style busbars for EV battery connections.
Custom fabricated aluminum busbar, punched and bent to the customer drawing.
Aluminum battery busbar for new energy packs and storage modules.
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