Braided copper busbars enhance flexibility, conductivity, vibration resistance, and heat dissipation through their unique braided structure. These braided busbars are widely used in power distribution systems across industries such as electric vehicles and renewable energy storage.
Braided flexible busbars, in various shapes or sizes, insulated or bare — send us your requirements and drawings for custom solutions.
Material: T2 copper, containing a minimum of 99.9% pure copper.
Custom sizes and types available. Please send specifications or drawings.
Braid connectors offer reliable flexibility, stable electrical conductivity, and basic resistance to oxidation. They are commonly used in mechanical equipment and electronic wiring for functions such as grounding, current transmission, electromagnetic shielding, and noise reduction.
Product Show:
Custom sizes and types available. Please send specifications and drawings.
Specifications:
| Material: | T2 copper |
| Insulated Finishes: | Heat Shrink Sleeve |
| Edge: | Full Round Edges Rounded Corners Square Corners |
| Plating Options: | Nickel Plating Silver Plating Tin Plating |
| Production Capabilities: | Brazing Drilling Forming Milling Plating Punching Sawing |
| Industries Served: | Automotive Electrical |
| Engineering Capabilities: | Design Assistance Design Verification |
| File Formats Accepted: | JPG DWG DXF |
Product Gallery:
Flexible Busbar vs. Rigid Busbar:
Press-bonded laminations ensure low resistance and improved electrical conductivity.
Flexible structure allows for a wider range of shapes and configurations.
Suitable for longer lengths without compromising performance.
Offers high mechanical durability — resistant to fatigue after repeated bending.
Staggered (graduated) laminations help optimize current distribution and improve system efficiency.
Applications:
EV battery pack connections
Wind and solar power systems
High-voltage distribution
Circuit breakers, generators, and prefab power grids
Expansion joints
Transformers
Equipment connections
