At GECSA, we manufacture and repair clamps designed to ensure efficient and safe electrical current transmission in electric arc furnaces and other industrial applications. Using high-quality materials such as copper and aluminum, we provide customized solutions tailored to the specific requirements of each customer.

High Conductivity and Durability

Clamps manufactured from copper or bimetallic materials, engineered to withstand high currents and extreme conditions while ensuring reliable and long-lasting electrical contact.

Customized Design and Manufacturing

We offer clamps adapted to existing designs or developed from scratch, optimized for any electrical or mechanical application.

Efficient Repair and Maintenance

We carry out comprehensive repairs of worn clamps, including special coatings such as silver, nickel, or tin, extending their service life.

High-Precision Clamps for Demanding Industries

GECSA clamps are essential components in high-current applications such as electric arc furnaces, where safe and efficient electrical contact is critical. Manufactured mainly from copper or high-conductivity bimetallic materials, our clamps provide a reliable and durable solution that maximizes operational efficiency and minimizes maintenance costs. Our design and manufacturing process is fully adapted to customer requirements, whether following existing drawings or developing new designs. In addition, we use the latest welding technologies and heat treatments to ensure optimal performance under demanding operating conditions.

Why Choose GECSA Clamps?

High-Quality Materials: Copper, aluminum, and bimetallic materials with excellent electrical conductivity. Specialized Finishes: Silver, nickel, or tin coatings for increased durability. Adaptability: Clamps designed according to existing drawings or new customized developments. Efficient Repair: Repair services including contact restoration and protective coatings. Global Technical Support: Maintenance and technical assistance to ensure continuous operation. Main Applications: Contact systems in electric arc furnaces. High-current electrical connections in industrial plants. Critical components in smelting and electrolysis processes.