Water cooled power cable

Water-Cooled Power Cables are essential components used in induction furnaces to transmit high electrical currents from the power supply to the furnace coil while preventing overheating through continuous water circulation. These cables are designed with highly conductive copper and durable insulation, ensuring safe and efficient power transfer even under demanding furnace conditions. Their flexibility makes them suitable for tilting and moving furnaces, while the water cooling system minimizes energy losses and enhances longevity. Widely used in steel plants, foundries, and non-ferrous industries, they are vital for uninterrupted melting operations and overall furnace reliability.

Main Features:

  1. Manufactured using high-conductivity copper to ensure maximum current flow with minimal electrical resistance during operations.

  2. Integrated water-cooling design prevents overheating, extending cable service life and ensuring operator safety in heavy-duty furnaces.

  3. Flexible structure allows smooth movement with tilting furnaces, reducing mechanical stress and improving operational efficiency.

  4. Strong insulation provides resistance to heat, mechanical stress, and wear, maintaining performance under continuous furnace usage.

  5. Available in multiple diameters and lengths, enabling customization to meet specific furnace power requirements globally.


Why Choose Us / Supplier Advantage:

We supply high-quality Water-Cooled Power Cables that combine durability, safety, and efficiency for induction furnace applications. Our products are built with precision using premium-grade copper and tested for consistent performance under high current loads. With customization options for length, diameter, and design, we ensure compatibility with a wide range of furnace models. Buyers trust us for timely global delivery, competitive pricing, and dependable after-sales support. Partnering with us means choosing a supplier that prioritizes product quality, reliability, and long-term customer satisfaction.