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China Insulated Flexible Braided Copper Busbar - Top Quality from Leading Suppliers and Factory

Introducing our Insulated Braided Copper Busbar, a premier solution crafted by top China suppliers. This flexible conductive connection component is manufactured using high-purity T2 electrolytic copper wire, which is expertly braided into a flat strip conductor. The external layer is protected by high-performance insulating materials, ensuring longevity and reliability, Our unique multi-strand braided structure not only provides exceptional bending performance but also outstanding vibration resistance. This makes our busbar ideal for applications in space-constrained environments, where frequent movement or electrical connections are required. With its versatility, our insulated braided copper busbar is commonly used in industries such as new energy, industrial automation, and rail transit. Discover the difference with our factory-produced solutions tailored to meet your connectivity needs

    Insulated Flexible Braided Copper Busbar Technical Specification

    Parameter category Specification range
    Conductor material T2 electrolytic copper (Cu≥99.95%)
    Section specification 24mm²-1200mm² can be customized as required
    Insulating material TPE/LSHFFR, PE heat shrink tubing, PVC
    Surface treatment Bare copper, tin plating, silver plating, nickel plating
    Working temperature -40℃ to + 125℃ (conventional)
    Rated voltage Up to 1000V (low voltage)
    Length range 100mm-6000mm

    Customized service for Insulated Flexible Braided Copper Busbar

    Size customization

    The cross-section, length, and installation hole positions/spacing are processed according to the drawings

    Performance customization

    Insulating material (low smoke zero halogen/oil-resistant/heat-resistant), surface coating (silver/nickel/tin), upgraded flame retardant grade

    Process customization

    Welding (butt joint/lap joint), end crimping of copper nose, pre-bending and forming

    Lead time

    3-7 working days for samples, 8-12 working days for bulk orders (depending on structural complexity)

    The Application for insulated flexible Copper Foil Busbar

    1. New energy

    Photovoltaic inverters, energy storage battery modules, charging piles, EV high-voltage distribution boxes (PDU)

    2. Industrial electrical equipment

    Connection between distribution cabinets, frequency converters, transformers, UPS, bus ducts and electrical control boxes

    3. Rail transit

    Locomotive traction system, power distribution in carriages, connection within on-board battery packs

    4. Electric power equipment

    Flexible interconnection of high-current nodes such as generators, circuit breakers, and contactors

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    Package&Shipping For insulated flexible Copper Foil Busbar

    Package&Shipping

    Frequently Asked Questions (FAQ)

    What are the conductor material specifications for these busbars?

    Our insulated flexible copper busbars are made from high-quality T2 electrolytic copper, ensuring a purity of Cu ≥ 99.95% for optimal electrical conductivity.

    What insulation materials and ratings are available?

    We offer TPE/LSHFFR (Low Smoke Halogen-Free Flame Retardant), PE heat shrink tubing, and PVC insulation options. They support working temperatures from -40℃ to +125℃ and rated voltages up to 1000V.

    Can I get a custom size or specific surface treatment?

    Yes, we provide fully customized services. You can specify cross-sections from 24mm² to 1200mm², lengths from 100mm to 6000mm, and surface treatments including bare copper, tin, silver, or nickel plating.

    What is the turnaround time for sample and bulk orders?

    Typically, sample production takes 3 to 7 working days, while bulk orders are completed within 8 to 12 working days, depending on the design and structural complexity.

    In which industries are these insulated flexible busbars applied?

    They are widely used in new energy applications (EV battery packs, PDU, inverters), industrial electrical machinery (transformers, distribution cabinets), rail transit traction systems, and power equipment like circuit breakers.