Laminated Flexible Foil Connector
Products Description
Laminated Flexible Foil Connectors are flexible conductive connectors formed from multiple layers of high-conductivity copper foil through molecular diffusion bonding, pressure bonding, or high-pressure welding processes. The product typically consists of the following structure:
Multi-layer copper foil conductor layers
Pressure-bonded terminal area
Flexible bending area
Surface insulation or protective layer
Platinum conductive contact area
Depending on the application environment, it can be designed as:
Battery copper foil flexible connector
Busbar Flexible Connector
Battery Flexible Busbar
Power Flexible Copper Connector
High Current Flexible Foil Connector
Laminated Copper Shunt
Manufacturing Advantages: Precise Control Throughout the Entire Chain
Precision Blanking
Utilizing CNC laser cutting or high-precision die stamping ensures that each layer of Copper laminated foils connector has neat, burr-free edges.
Vacuum Encapsulation and Welding
Some high-end Flexible Laminated Copper Bus Bars are welded under vacuum or inert gas protection to prevent copper oxidation at high temperatures, ensuring internal purity.
Strict Tolerance Control
Designed for the compact installation space of new energy vehicles, our dimensional and positional tolerance control far exceeds industry standards, ensuring a high pass rate for automated assembly.
Application Superiority: Precisely Empowering From Micro-Environments to Macro-Power Grids
| New Energy Vehicle Power Battery Packs | Within the extremely space-constrained modules, our short Multi-Layer Bending Power Electrical Busbars achieve series and parallel connections between cells with minimal bending radii. This perfectly absorbs high-frequency vibrations and cell expansion forces during vehicle operation, preventing leakage and breakage of the terminals caused by rigid connections, thus safeguarding battery pack safety and energy density. |
| Power Appliances and Large Transformers | In the low-frequency, high-current connections of generators, transformers, and switchgear, giant Copper Foil Flexible Busbar For Rail Transits act like electrical joints, easily handling installation misalignment between equipment and the intense thermal expansion and contraction under full load operation. They also ensure circuit integrity under short-circuit electrodynamic impacts, supporting the safety baseline of the power grid operation. |
| Industrial UPS and inverter DC bus | In high-power-density cabinets, the dynamic connection between the absorption capacitor module and the IGBT is absorbed. The flexible bus not only conducts large currents, but also acts as a shock-absorbing element to protect fragile electronic components from mechanical stress damage. |
Detail Showcase: Quality Hidden in the Details
Soldering Area Flatness
The soldering area is as solid and flat as a solid copper block, ensuring maximum contact area with the terminal block.
Foil Straightness
The foil in non-soldering areas is neat and orderly, without twisting or deformation, exhibiting a highly industrial aesthetic.
End Hole Precision
Precision drilling or punching is used to accommodate bolts of various sizes.
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We not only provide standardized Busbar for New Energy Vehicles products, but also offer integrated engineering support from material selection and structural development to mass manufacturing, tailored to customers' current requirements, spatial structure, assembly processes, and new energy application scenarios, helping projects achieve more stable and reliable long-term operation.
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