Cold-formed steel (CFS) has been available in construction for more than a century, but some specifiers, architects, engineers, and other building professionals do not yet understand the full range of the material’s benefits and applications. Lightweight, strong, noncombustible, and easy to install, it is versatile enough to address many common obstacles (such as code, time, and cost restrictions) faced by specifiers and other building professionals.
When using CFS in a construction project, the material will have the same properties throughout the entire application. Steel is an isotropic material, therefore offering widespread consistency across construction products. Unlike alternative, bio-based materials like wood, cold-formed steel will not crack, warp, or change dimensions with moisture content, and does not have knots or other inconsistencies. This regularity allows manufacturers to create products fitting very tight tolerances, as they do not have to worry about products bowing or varying from other pieces.
In addition to material consistency, the logistical benefits of cold-formed steel extend from the manufacturing process to installation on the jobsite. Many CFS products are manufactured to suit specifications ensuring they fit seamlessly within a building. Manufacturers can pre-cut members to exact lengths—frequently within 1.6 mm (1/16 in.). This reduces waste both during production and on the construction site.
Once materials arrive at the jobsite, this combination of consistency and tight manufacturing tolerances allows builders to safely and easily construct building modules before installing them. The strength and stiffness of the material enables the construction of whole sections or systems (e.g. roof assemblies) on the ground. Such systems can include bracing, mechanical, plumbing, and sprinkler components, decreasing the amount of work required at high elevation, which in turn increases efficiency and reduces fall hazards. Offsite panelization of cold-formed steel wall and floor systems, when deemed appropriate for a project by the design team, can also reduce onsite labor costs and improve overall project cycle times. (Additional information on cost-effectiveness can be viewed at sfia.memberclicks.net/assets/CaseStudies/colborne_rev1.pdf and www.buildsteel.org/2016/10/14/building-cost-effective-mid-rise-building.)
Building information modeling’s proper implementation
Specifying for current standards
Durability and sustainability
Learn more about how cold-formed steel can be applied in your upcoming projects, by contacting our team today.