

Looking for a high-performance Flexible Busbar or a reliable Custom Busbar Manufacturer? We specialize in producing Flexible Aluminum Busbars, Laminated Busbars, and tailored Flexible Busbar Assembly solutions for electric vehicles (EVs), energy storage systems (ESS), industrial power distribution, and high-current applications. Our products ensure lightweight construction, excellent flexibility, and superior vibration resistance, making them ideal for modern compact and high-power installations.

A Flexible Busbar is a multi-layer aluminum conductor bonded through pressure or welding processes, designed to replace traditional rigid busbars in demanding applications. Compared with conventional solid copper or Aluminum Busbars, flexible busbars offer:
Lightweight design for compact spaces
Excellent vibration and thermal expansion resistance
High current density handling capability
Flexible Aluminum Busbars are particularly suitable for EV battery packs, modular energy storage systems, and industrial switchgear. Our range also includes Flexible Battery Busbar and Flexible Battery Cable Busbar solutions for reliable cell-to-cell and module-to-pack connections.
Our Flexible Busbar Assembly solutions are widely used in:
EV Battery Systems: Flexible busbars provide robust inter-cell, module-to-module, and module-to-pack connections.
Energy Storage Systems (ESS): Ensures stable current flow in renewable energy applications.
Industrial Switchgear & Power Cabinets: Optimized Flexible Power Busbar solutions for compact power distribution units.
UPS & Inverter Systems: Reduces electrical losses and improves thermal management.
Railway, Aerospace, and Photovoltaic Systems: Lightweight, vibration-resistant Braided Flexible Busbar designs for high-performance applications.
As a professional Custom Busbar Manufacturer, we provide:
Size Customization: Width, length, and aluminum foil thickness from 0.05 mm to 1.0 mm.
Layer Options: Up to 60+ aluminum layers for high-current density systems.
End Processing: Hole punching, riveting, ultrasonic welding, and press welding.
Insulation Coating: PET, PVC, heat shrink tubing, and other flame-retardant, heat-resistant coatings.
Material Variants: Aluminum, copper-aluminum hybrid options, or Copper Flexible Busbar for specific applications.

Our Laminated Busbars are engineered to minimize resistive and inductive losses, offering:
Compact structure for efficient space utilization
High thermal stability under heavy loads
Low impedance path for minimal energy loss
Modular integration for flexible system design
High-purity aluminum foil (1060/1070)
Optional tin-plating or nickel plating
Flame-retardant insulation coatings
Hybrid Copper Flexible Busbar solutions available for enhanced conductivity
Over 10 years of busbar manufacturing experience
ISO 9001 and IATF 16949 certified facilities
Full in-house testing and complete traceability
OEM & ODM customization support
Stable global delivery and fast turnaround
Whether you need standard Flexible Aluminum Busbars, Flexible Battery Busbar, or custom Flexible Busbar Assembly, we deliver reliable, high-performance solutions tailored to your project needs.
Q1: What is the difference between a flexible busbar and a rigid busbar?
A: Flexible busbars are lightweight, vibration-resistant, and suitable for mobile or compact environments such as EV battery packs. Rigid busbars, usually made of solid copper or aluminum, are ideal for static power distribution.
Q2: Why use Flexible Aluminum Busbars in EV battery systems?
A: They accommodate vibration, thermal expansion, and high current flow, reducing stress on terminals and improving safety and durability.
Q3: Can I customize a Flexible Busbar for my application?
A: Yes. As a Custom Busbar Manufacturer, we provide full support for material, size, structure, and insulation customization. Drawings and prototypes are welcome.
Q4: Are braided or copper variants available?
A: Yes. We offer Braided Flexible Busbar and Copper Flexible Busbar options for high-current, flexible connections in demanding environments.