1M Secondary Water Cooled Red Copper Cable High Temperature Resistance For Industrial Portable
Xingweihan 1M Secondary Water Cooled Red Copper Cable High Temperature Resistance CE/ISO Certification for Industrial Portable Dedicated, so professional; Winning by quality, precision to thrive Product Description Secondary cable has a small bending radius, low disturbance resistance, and is installed at the tail of the welding clamp, increasing the operability of the welding clamp and reducing labor intensity. It is generally shorter in length and has low maintenance costs. Read More
High Conductivity Water Cooled Kickless Cable for Spot Welding Systems
XWH high conductivity water cooled kickless cable is designed for resistance spot welding systems requiring efficient and stable current transmission. Using high purity copper conductors and optimized kickless structure, the cable reduces electrical loss, improves welding consistency and supports continuous industrial welding operations. High Conductivity Copper Current Transmission Reduced Electrical Loss In Secondary Circuit Stable Welding Performance During Read More
300mm2 Water Cooled Kickless Cable For Resistance Spot Welding Systems
XWH 300mm water cooled kickless cable is designed for high-current resistance spot welding systems. The low impedance secondary cable uses high conductivity copper construction and water cooling technology to improve current transmission efficiency, reduce heat generation and maintain stable welding performance during continuous operation. 300mm High Current Capacity Design Low Impedance Kickless Structure Water Cooling For Continuous Welding Operation Watch 300mm Read More
High Temperature Resistant 1M Water Cooled Red Copper Conductor Kickless Cable
Product Name: High Temperature Resistant 1M Water Cooled Red Copper Conductor Kickless Cable Portable Spot Welding Use Product Description This secondary cable is specifically engineered for suspended spot welding machine systems, serving as a critical flexible power transmission component connecting the transformer to the welding gun arm. Its core design objectives are to achieve a balance of high conductivity, strong flexibility, and easy maintenance. Featuring an Read More