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Prefabricated Cold-Formed Steel Panels Cut Costs, Speed Construction of 7-Story Tucson Apartments

Prefabricated Cold-Formed Steel Panels Cut Costs, Speed Construction of 7-Story Tucson Apartments

Just-in-time CFS panelization helps overcome site constraints to deliver the framing of the West Point Apartments II faster and more cost-effectively. With no space to stage materials or store deliveries, a tight budget and an ambitious construction timeline, the...

Light Yet Mighty: Steel’s Strength-to-Weight Surpasses Wood and Concrete

Light Yet Mighty: Steel’s Strength-to-Weight Surpasses Wood and Concrete

Cold-formed steel (CFS) framing’s strength-to-weight ratio surpasses traditional materials like wood and concrete, enabling efficient construction, reduced costs and enhanced sustainability. When selecting construction materials, the strength-to-weight ratio is essential for maximizing efficiency and performance. Understanding this ratio allows...

7 Advantages of 24” O.C. Spacing in Cold-Formed Steel Framing

7 Advantages of 24” O.C. Spacing in Cold-Formed Steel Framing

For cold-formed steel (CFS) framing, choosing between 16” and 24” on center stud spacing depends on a project’s structural, financial and performance goals. While 16” is traditional, 24” may offer greater cost efficiency and faster construction timelines, a McClure...

T.J. McCartney Wins SFIA’s High Rise Category Award for Allston Labworks in Boston

T.J. McCartney Wins SFIA’s High Rise Category Award for Allston Labworks in Boston

T.J. McCartney installed 133 tons of cold-formed steel (CFS) framing at Allston Labworks, supporting complex curtainwall conditions, multi-story fly-by assemblies and curved geometries. Allston Labworks is a mixed-use development in Boston’s Allston neighborhood that combines life science research space...

How Blast Testing Advances Cold-Formed Steel Design: New ASCE Research Released

How Blast Testing Advances Cold-Formed Steel Design: New ASCE Research Released

A new ASCE technical paper presents the measured responses of components of an instrumented, full-scale, cold-formed steel (CFS) framed building subjected to open-arena blast testing. The American Society of Civil Engineers’ Journal of Structural Engineering has published a new technical paper,...

Conversion to Steel: ADTEK Wins SFIA Award for Wagner College Locker Rooms

Conversion to Steel: ADTEK Wins SFIA Award for Wagner College Locker Rooms

ADTEK Engineers earned the 2024 SFIA Award for Wagner College’s new locker rooms, a conversion from wood to steel framing, showcasing the strength, efficiency and light weight nature of cold-formed steel (CFS). Featured image: The locker rooms at Wagner...

CFS Trusses by MiTek® Steel Framing Accelerate Construction Schedules

CFS Trusses by MiTek® Steel Framing Accelerate Construction Schedules

SFIA member MiTek® Steel Framing recently completed two multi-million dollar projects in Arizona and Alabama, installing cold-formed steel (CFS) roof trusses in record time, while obtaining a perfect safety record. Photo of Great Wolf Lodge in Scottsdale, courtesy of...

FRAMECAD Explains Shift from Traditional Design to DfMA with Cold-Formed Steel Framing

FRAMECAD Explains Shift from Traditional Design to DfMA with Cold-Formed Steel Framing

Steel Framing Industry Association (SFIA) member FRAMECAD explains why Design for Manufacture and Assembly paired with cold-formed steel framing reduces risk and improves building outcomes. For decades, construction teams have followed a familiar sequence – architects design, engineers refine...