Insulated Flexible Copper Busbar Connector for Battery Packs and Electrical Panels

To meet the diverse needs of different customers and application scenarios, we provide comprehensive customization services to match your specific requirements:

– Customization of inner diameter, wall thickness, and length according to the size of your copper flexible connections;

– Customization of shrinkage ratio, flame retardant grade, and voltage resistance according to your actual usage environment and requirements;

– Customization of color, surface marking (such as brand logo), and packaging according to your brand image and market needs;

– OEM/ODM customization is fully supported to meet the personalized needs of different industries and customers, with professional technical team to provide one-stop customization solutions.

Designed to meet the insulation and protection needs of copper flexible connections in various industries, the product is widely used in the following fields, providing targeted solutions for different application scenarios:

– New Energy Industry: Ideal for PV inverters, wind power generators, energy storage battery packs, hydrogen fuel cell systems, and new energy vehicle power batteries. It is especially suitable for Ω-type tinned braided flexible connections in photovoltaic cabinets and segmented pressure-welded copper wire flexible connections in wind power generation equipment, ensuring stable operation of new energy systems in outdoor and high-power environments.

– Power Transmission & Distribution: Applied in transformers, switchgear, busbars, power cabinets, and distribution boxes. It effectively prevents short-circuit faults caused by small animals, chemical corrosion of busbars, and accidental electric shock during maintenance, ensuring the safe and stable operation of power transmission and distribution systems.

– Automotive Industry: Suitable for automotive wiring harnesses, battery packs, engine components, and electric vehicle power systems. It solves the problem of poor conductivity caused by loose fasteners due to vehicle vibration, enhances the reliability of automotive electrical systems, and meets the strict quality requirements of the automotive industry.

– Industrial Equipment: Used in industrial control equipment, high-frequency machines, welding equipment, and mining explosion-proof electrical equipment. It adapts to complex industrial working environments such as high temperature, high humidity, and chemical corrosion, providing reliable insulation protection for copper flexible connections and reducing equipment maintenance costs.

– Other Fields: Also applicable to communication equipment, medical equipment, and marine equipment, providing long-term stable insulation and protection for copper flexible connections in harsh environments such as high humidity, salt spray, and strong electromagnetic interference.