Flexible Copper Braided Shunt Connector for Busbar and Electrical Equipment
Product Overview
The Copper Braided Flexible Connector is a high-performance electrical conductive component, meticulously woven from high-purity T2 electrolytic copper wires (≥99.9% copper content) through professional braiding technology. The interlaced braided structure endows it with exceptional flexibility, excellent mechanical strength, and superior electrical conductivity, effectively reducing electrical resistance and ensuring stable current transmission. It features remarkable resistance to vibration, thermal expansion, and mechanical stress, allowing free bending and movement without damaging the conductor, and has good corrosion resistance, making it suitable for both indoor and outdoor harsh environments. Available in bare copper or tinned finishes, it can be further enhanced in anti-corrosion performance according to application needs, extending its service life significantly.
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Technical Specifications
Installation & Applications
Widely used in various electrical systems and industrial equipment that require flexible connections and reliable conductivity, including but not limited to:
– Power transmission and distribution systems: Connecting busbars, transformers, switchgear, and electrical panels to absorb thermal expansion and vibration during operation.
– New energy industry: Applied in new energy vehicles, solar power generation systems, wind energy equipment, and energy storage battery modules for flexible current transmission.
– Automotive and aerospace fields: Used in engine components, batteries, starters, and aircraft electrical systems to withstand frequent vibration and complex movement scenarios.
– Industrial machinery: Suitable for motors, generators, electrolytic aluminum plants, metallurgical and chemical equipment, as well as robotic arms and conveyor belts that require dynamic connections.
– Grounding systems: Used as grounding straps to provide a low-resistance path for current, ensuring electrical safety in electrical equipment and buildings.
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