Laminated 1060 Aluminum Alloy Busbar
The Laminated 1060 aluminum alloy busbar is a modular electrical connection component designed for medium to high power converter scenarios, with a core of "laminated composite structure+1060 aluminum alloy substrate", achieving technological breakthroughs in "low inductance, high conductivity, lightweight, and compact integration".
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Product Introduction
Laminated 1060 aluminum alloy busbar is a multi-layer metal insulation composite conductive component, which uses GB 1060 standard high-purity aluminum as the conductive substrate and integrates multi-layer aluminum conductors with high-performance insulation media into a rigid modular structure through hot pressing process. Unlike flexible busbars, this product focuses on spatial structure shaping and high mechanical load bearing, while maintaining the lightweight advantage of aluminum materials and providing rigid support capabilities similar to copper bars. The product integrates power distribution, support, and positioning functions into a single component through precision stamping, bending, laminating, and other processes, reducing system level assembly complexity.
Surface Treatment
Silver plating
Improves high-frequency and DC conductivity, enhances corrosion resistance, and the Laminated 1060 aluminum alloy busbar is suitable for high-precision battery modules and high-end energy storage equipment scenarios.
Tin plating
Enhances conductivity and welding performance, with strong assembly compatibility. The Laminated flexible busbar is suitable for industrial mass production and automated welding scenarios.
Nickel plating
Improves corrosion resistance and surface mechanical strength, Laminated bus bar for telecom is suitable for industrial power equipment in long-term high load, humid/corrosive environments.
Product Advantages
Lightweight design
The EV laminated busbar uses 1060 aluminum alloy as the core substrate (with a density of about 1/3 of copper), which significantly reduces the weight of components while meeting electrical performance requirements, helping new energy vehicles improve range, energy storage systems increase energy density.
01
High flexibility adaptation
The flexible laminated structure of BusBar for power electronics can achieve irregular bending and complex layout, perfectly fitting the equipment contour and assembly errors, solving the pain points of traditional rigid busbars that cannot adapt to compact spaces and are prone to stress fracture.
02
High efficiency and energy saving
The Laminated bus bar for industrial adopts precision stacking technology to achieve ultra-low impedance of ≤ 0.00001 Ω, effectively reducing current transmission loss and temperature rise, ensuring stable power transmission under high load conditions, and reducing equipment energy consumption.
03
Simplified assembly
The integrated stacking design of Industrial frequency converter busbar replaces scattered cables and copper bars, reduces connection points and installation steps, lowers assembly errors and maintenance costs, and improves production efficiency and equipment reliability.
04
Key Procurement Information
The minimum order quantity of Laminated 1060 aluminum alloy busbars is 1,000 pcs/item, and for non-standard customized products, the minimum order quantity can be negotiated according to research and development needs. The delivery cycle for samples of product is 10-20 days, and the delivery cycle for orders is 7-10 days. The product packaging consists of pearl cotton/vacuum formed boxes inside and the exterior is made of cardboard/tray.
Contact Us
Inquiry does not constitute a binding commitment to place an order. We sincerely welcome all kinds of inquiries about our products, prices, specifications and related services, and will reply to you with professional and detailed information in a timely manner.
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