New e-book covers cold-formed steel standards

This Hawaiian project, Plaza at Pearl City, is an assisted living facility constructed of four levels of load-bearing cold-formed steel (CFS) wall framing on a single level of concrete podium. Photo courtesy CEMCO Steel.
This Hawaiian project, Plaza at Pearl City, is an assisted living facility constructed of four levels of load-bearing cold-formed steel (CFS) wall framing on a single level of concrete podium.
Photo courtesy CEMCO Steel

Cold-formed steel is strong and versatile with the potential to deliver numerous benefits to designers, allowing structures that are thinner with complex geometries. In the manufacturing process, a metallic-coated sheet steel is roll-formed into products such as studs, joists, track, headers, angles, truss members, and other components. By reducing the amount of steel needed to create a durable, resilient, and code-compliant building, the material contributes greatly to the steel industry’s efforts to improve sustainability throughout a building’s lifecycle and simplify natural resource management.

Cold-formed steel structures have the potential to deliver high-efficiency building designs by utilizing minimal material and advanced geometric shapes in structural members. Until recently, standards focused on design of the individual cold-formed steel structural members—making it difficult for designers and engineers to take full advantage of the capabilities and benefits of cold-formed steel members working together as a system.

Addressing this issue, the American Iron and Steel Institute (AISI) is improving on previous standards by introducing a more comprehensive and useful suite of standards for professionals. Find out more in Steel Framing—the newest free e-book in The Construction Specifier series. Download the resource here.

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