Our commitment to providing cost-effective, dependable, and advanced welding, wires, and strip cladding systems has guided our organisation in the competitive market for more than three decades. We are one of the leading companies and have a long history of ethical engineering practices and innovative solutions.
As a leading Strip Cladding manufacturer, we strive to provide efficient, high-productivity, and on-time solutions to satisfy our customer needs in a way that exceeds their expectations.
- Railways
- Offshore and Shipbuilding
- Civil Engineering
- Machinery
- Chemical and petroleum industries
Royal Arc strip cladding welding process in Bharat (India) manufactures strip cladding heads and provide completely automated systems. Strip cladding is commonly used for overlaying materials such as stainless steel over carbon steel, low alloy steel, other low alloy steels, and various hard-facing components such as valves, rollers, and wear plates.
The Strip cladding welding process is vital in the Fabrication industry used in a wide range of applications, including nuclear, oil and gas, petrochemicals, and steel production. On the process side of high-pressure Critical Process Plant Equipment, cladding is required to provide corrosion resistance against highly corrosive service fluids or to increase the wear resistance of a component subjected to heavy wear and tear applications, such as continuous casting rollers in steel mills. Electroslag strip cladding process provides corrosion and wears protection, whereas CME substrates, low alloy steels, and other materials offer strength and other physical qualities. As a result, there is a great deal of cost savings and flexibility. This corrosion-resistant coating can be applied in various techniques, including roll-bonded or explosively bonded clad plates, as well as our more flexible weld cladding on a CME or low alloy steel base material.
Between the strip and the workpiece, an electric arc forms. Flux is utilized to create a molten slag that protects the weld pool from the environment while also assisting in forming a smooth weld bead surface.
Submerged arc strip cladding has evolved into electro slag strip cladding, which has swiftly established itself as a reliable high deposition rate method. The resistance welding process of ESW strip cladding is based on the ohmic resistance heating of a molten electrically conductive slag.
Electro Slag's Ni-based stainless and alloys strips are specially designed through Conventional and Hybrid-ESC* processes with their corresponding fluxes.
- Submerged cladding arc strips using a two-layer approach
- Single-layer and double-layer electro slag strip cladding at normal/high speeds
- High-speed hybrid electro slag cladding using a single layer approach
We are a leader in engineering products and solutions, offering industries a complete turnkey solution.
With over three decades of experience as strip cladding suppliers, we design and provide dependable process equipment solutions for the utility sector, utilizing developing technology. Our ongoing effort and objective to produce cost-effective, technically superior, and long-lasting heavy engineering solutions have made it one of the most admired organisations in this field.
