Red Copper Tube for Battery Cooling

As a specialized manufacturer focused on new energy thermal management from China, Zenko produces Red Copper Tube for Battery Cooling, engineered specifically for lithium-ion battery systems in EVs and energy storage. Built with high-purity red copper and produced under rigorous quality standards for automotive and energy applications, our capillaries deliver exceptional thermal conductivity and corrosion resistance. We combine precision forming capabilities with in-depth battery cooling expertise, offering both standard and custom profiles to help you design leak-free, high-efficiency cooling plates that enhance battery safety, performance, and long-term reliability.

1. Efficient Heat Transfer for Battery Safety & Performance

Zenko’s Red Copper Tube for Battery Cooling forms the critical heat transfer path in battery cooling systems, absorbing heat generated during charge and discharge cycles and transferring it to the cooling medium. This prevents thermal runaway, maintains consistent battery performance, and extends the service life of lithium-ion batteries in electric vehicles and energy storage facilities.

2. Customizable Profiles & Material Advantages

Our Red Copper Tube for Battery Cooling are available in round, flat, and custom profiles to fit various cooling plate designs. Made from high-purity red copper, they offer excellent thermal conductivity, compatibility with water-glycol and dielectric coolants, and resistance to corrosion. The tubes are weldable and brazeable, allowing seamless integration into cooling plate assemblies for leak-free operation.

3. Versatile Applications & Zenko Engineering Support

From electric vehicle (EV) battery packs to grid-scale energy storage systems, our Red Copper Tube for Battery Cooling meet the demands of diverse high-power battery applications. We offer custom sizes, lengths, and surface treatments to match your specific cooling plate design requirements. With Zenko’s engineering expertise, you can optimize thermal management efficiency, reduce system weight, and ensure long-term reliability in any battery cooling application.