Custom steel fabrication and finishing services
Our broad range of carbon steel long products includes custom fabricated and finished steel components that are placed directly into customer assembly operations. In other cases, steel beams or components are engineered to meet project-specific requirements and are delivered ready for installation.
At our Marshall Steel facility in Memphis, we produce steel sections from electric arc furnaces (EAF) that allow steel to be continuously cast and hot rolled on highly specialized mills. To meet distinct customer goals and standards, this facility offers comprehensive in-house fabrication services such as precision cutting, punching, welding, and finishing. With section capability ranging from 2.5 pounds per foot to 70 pounds per foot, our ability to provide both raw shapes and fully fabricated parts allows customers to reduce lead times, simplify their supply chain, and receive ready-to-use components.
Steel solutions for a range of projects
Cutting, punching, and painting services are also applied to our production work on solar-related materials. Within the solar industry, we have established a strong and reliable presence in the U.S. market by supporting utility-scale and commercial projects with dependable manufacturing solutions. Our steel fabrication expertise, combined with efficient turnaround times, helps solar customers keep projects on schedule while maintaining high standards of quality and performance.
For off-highway and heavy-equipment manufacturers, at our Steel of Western Virginia facility in Huntington, West Virginia, we design and roll custom steel sections used in the fabrication of machine frames and structural components. These applications demand materials that perform under high loads, repeated stress, and harsh operating environments.
Fabricated steel is central to the success of our galvanizing services. The process of dipping fabricated steel into a kettle or vat containing molten zinc provides a distinct advantage over other corrosion protection methods. While the steel is in the kettle, the iron in the steel metallurgically reacts with the molten zinc to form a tightly bonded alloy coating that provides superior corrosion protection to steel.
