A Steel Framing System (SFS) is any system using steel components—like columns, beams, trusses, and fixings—to build framed structures. This versatile system can be used for everything from small garden sheds to large multi-story office buildings.
Types and Applications of Steel Framing Systems
SFS offers numerous advantages, leading to its widespread use in diverse construction projects. Different types of steel framing systems cater to specific needs:
- Light Steel Framing (LSF): Commonly used for interior walls and partitions, LSF systems are known for their speed of construction, cost-effectiveness, and ability to meet stringent design criteria (as noted by Studco's engineered systems). Companies like Symmtrex highlight the efficiency and rapid project completion offered by their LSF systems.
- Load-Bearing and Non-Load-Bearing Applications: Metsec's systems showcase the adaptability of SFS for both load-bearing and non-load-bearing situations.
- Specialized Systems: Examples include SoundGuard™ Silent Steel Framing System from SCAFCO, designed for noise reduction, and Elite Steel Framing System from Steeler, offering a unique approach to steel construction. Even decking systems utilize steel framing, as seen in Fortress Building Products' Evolution steel deck framing.
Various companies offer comprehensive SFS solutions:
- ClarkDietrich: Provides a wide range of cold-formed metal framing products, extending beyond basic studs, tracks, and headers. They also offer Low Embodied Carbon (LEC) options.
- Supreme Steel Framing System Association (SSFSA): Focuses on systems engineered and tested to meet International Building Code (IBC) standards, with IAPMO reviewed and certified limiting wall heights.
- Steel Construction Systems: Offers the Supreme Framing System™, featuring thinner steel, larger flanges, and superior yield strength.
The choice of SFS depends on factors such as project scale, structural requirements, budget, and desired performance characteristics. The systems are designed for durability and versatility.
