Steel Industry

Process vessels, tanks, and heat exchangers are lined to resist chemical attack, high pressure, and elevated temperatures.

Cooling water pipes and separators are internally protected to prevent corrosion and extend operational life.

Pumps and casting equipment are rebuilt to original specifications, improving performance and reducing energy consumption.

Shaft housings, rollers, and mechanical parts are restored using precision forming techniques, eliminating the need for replacements.

Conveyor belts and screw conveyors are repaired with abrasion-resistant elastomers, extending service life and minimizing downtime.

Rolling mills and wear plates are bonded or shimmed to correct alignment and resist vibration damage.

Ladle turret bearings and large shafts are rebuilt in-situ to restore operational capacity without introducing heat stress.

Cold bonding techniques are used in areas where welding is unsafe or impractical, such as sulfuric acid tank supports and tank roofs.

Composite wrap systems are used to reinforce pipework suffering from wall loss or active leaks, meeting ASME and ISO standards.

Containment areas and bunds are lined with chemical-resistant coatings to prevent leaks and maintain regulatory compliance.

Structural concrete in flumes and walkways is rebuilt and protected from abrasion, chemicals, and thermal cycling.

Abrasion-prone areas, like duct elbows, screw conveyors, and chutes, are coated to withstand particles from hot ore, coal, and slurry.

Secondary containment zones and flooring are protected using Belzona systems to ensure environmental and personnel safety.