Copper–Nickel Busbar
Bi-metal busbars combining copper conductivity with nickel weldability.
Ari & Xiang
Ready to assist with designs
Copper–Nickel Busbar
Bi-metal busbars combining copper conductivity with nickel weldability.
Instant Price Estimator
Engineering EstimateConfigure series/parallel, cell type, and thickness. Price is estimated per piece (USD/pcs).
Select pack structure. Series (S) and Parallel (P) are required.
Cell type determines busbar hole diameter (mm).
Estimated price is for reference. Final quote may vary by drawing, plating, tolerances, MOQ.
This price is an estimated reference only. Final specifications, manufacturability, and pricing will be reviewed and confirmed by Wellgo’s engineering and sales team after you submit your inquiry.
Technical Specifications
Engineered to meet the rigorous demands of EV battery module assembly and energy storage systems.
| Parameter | Standard Specification |
|---|---|
| Material Options | Copper-Nickel Composite (Cu core + Ni weld layer) |
| Structure | Laminated / clad composite for conductivity + weldability |
| Thickness Range | 0.20–2.0 mm (typical); custom on request |
| Conductivity | Copper core high conductivity; nickel surface for welding |
| Weldability | Nickel surface optimized for spot welding to cells/tabs |
| Surface Treatment | Anti-oxidation for copper edge (optional); selective plating (optional) |
| Application | High-power packs requiring both low resistance and strong weld joints |
From Prototype to Production
Accelerate your battery pack development cycle.
Fast Sampling
Rapid prototyping via laser cutting eliminates tooling costs. Samples shipped in 24-72 hours for design validation.
Scalable Volume
Seamless transition to hard tooling for mass production. Capacity over 5M pcs/month with consistent quality.
Dedicated Engineering Support
Work 1-on-1 with our engineers to validate specs, optimize manufacturability, and finalize a reliable interconnect solution for your battery pack.