The Aluminum-Nickel Clad Copper Busbar is designed for advanced energy storage systems, EV battery packs, and high-current electrical distribution modules. It delivers excellent conductivity, structural stability, and corrosion resistance through a multi-material composite design.
Fuwanglong Hardware focuses on OEM manufacturing of high-performance conductive components, offering full engineering-to-production solutions for global energy storage and electrical system customers.
This hybrid busbar integrates copper for conductivity, aluminum for lightweight structure, and nickel for surface protection. The laminated structure ensures stable current distribution and improved thermal management.
It is engineered for high-current applications where efficiency, durability, and corrosion resistance are critical.
Material composition includes copper core, aluminum structural layer, and nickel protective coating. Thickness, width, and cross-sectional geometry are fully customizable.
Surface treatment options include nickel plating, tin plating, and anti-oxidation coatings for enhanced durability and conductivity.
Production begins with electrical performance simulation and structural design optimization. CNC machining and precision stamping are used to form each metal layer.
Lamination bonding or diffusion welding ensures strong interlayer adhesion. Final processes include surface treatment and conductivity testing.
Fuwanglong Hardware integrates CNC machining, stamping, lamination, and surface finishing into a complete production system. This ensures high precision, stable conductivity, and scalable OEM capability.
We support customized energy storage solutions for EV systems, battery cabinets, and industrial power distribution systems.
All materials are strictly inspected for conductivity, purity, and structural integrity. During production, dimensional accuracy, bonding strength, and coating uniformity are continuously monitored.
Final inspection includes resistance testing, thermal cycling evaluation, and load performance verification.
This composite busbar is widely used in energy storage cabinets, EV battery systems, industrial electrical distribution panels, renewable energy systems, and high-current power modules.
Shenzhen Fuwanglong Hardware Products Co., Ltd. is a professional OEM manufacturer of precision conductive components. We provide full-process manufacturing including CNC machining, stamping, lamination, plating, and assembly.
Our production capability ensures stable electrical performance, long-term reliability, and scalable supply for global energy and electrical industries.
We provide full customization based on electrical and structural requirements, including layer composition, thickness optimization, geometry design, and surface treatment selection.
Our engineering team ensures manufacturability, cost efficiency, and optimal electrical performance for every project.
Q1: Can you manufacture custom composite busbars?
Yes. We support full OEM customization for energy storage systems.
Q2: What materials are used?
Copper, aluminum, and nickel coating composite structures are available.
Q3: Is this suitable for EV applications?
Yes. It is widely used in EV and battery energy storage systems.
Q4: Do you support mass production?
Yes. We support both prototyping and large-scale OEM production.
Q5: Can you optimize electrical performance design?
Yes. We provide engineering support for performance optimization.
Shenzhen Fuwanglong Hardware Products Co., Ltd. specializes in the manufacturing of precision hardware components and custom hardware structural parts. The company provides one-stop OEM/ODM services, primarily offering CNC machined parts, stamped components, sheet metal products, and precision structural parts.
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