5 Reasons Developers Specify Steel for Mid-Rise Projects, According to FRAMECAD

Images provided by FRAMECAD.

Cold-formed steel (CFS) framing is increasingly specified for mid-rise construction projects due to its speed, efficiency and design flexibility. Developers value its ability to meet code, cost and performance demands.

In the article “Why Choose Steel Framing for Mid-Rise Construction Projects,” Tim Lindquist, sales director at FRAMECAD Americas, explores 5 reasons why developers specify CFS for mid-rise construction projects.

Developers are turning to cold-formed steel (CFS) framing for mid-rise construction because it delivers speed, performance, cost control, and long-term value from design to delivery.

5 Reasons to Specify Steel for Mid-Rise Projects

1. Faster Project Delivery

A primary challenge developers encounter in mid-rise construction is meeting project timelines. The use of prefabricated steel panels, or volumetric modules, can reduce on-site fabrication and expedite the construction process.

“The precision and predictability of a steel-frame system,” says Lindquist, “means fewer site delays and faster project delivery.” 

Prefabricated cold-formed steel (CFS) panels help mid-rise developers overcome timeline challenges by reducing on-site work and enabling faster, more predictable project delivery.

2. Expanded Design Possibilities

Steel’s high strength-to-weight ratio enables longer spans without interior load-bearing walls. Such designs allow for larger, more open interiors and adaptable layouts. This versatility is especially valuable in mixed-use and multifamily projects, where effective space planning can make a significant impact on leasable square footage and long-term revenue.

3. Improved Safety and Resilience

Construction safety is non-negotiable in mid-rise builds. And cold-formed steel can help meet,and exceed, a project’s site safety standards. 

“A steel frame doesn’t burn,” says Lindquist, “which simplifies fire engineering and can reduce the need for additional fireproofing.” 

In seismic zones, steel’s ductility enhances structural resilience, making it a smart choice for performance and safety.

4. Predictable Costs and Availability

Predictability is a primary reason developers choose CFS framing for mid-rise builds. Unlike traditional timber, which is subject to fluctuations in cost and availability, steel supply is more stable and less affected by the weather. This stability helps keep budgets predictable and schedules on track.

5. Low Maintenance with Sustainable Benefits

Mid-rise construction projects are expected to deliver lasting value. Steel’s resistance to rot, pests and moisture minimizes long-term maintenance costs and extends the life of the building. Additionally, steel’s recyclability supports the growing demand for sustainable construction practices. 

“When you factor in durability and recyclability,” says Lindquist, “steel framing offers a long-term solution that meets both performance and sustainability goals.”

Cold-formed steel (CFS) framing delivers lasting value for mid-rise projects through durability, low maintenance, and recyclability, meeting both performance and sustainability goals.

‘Next Generation’ of Smarter Builds

Developers are increasingly adopting CFS as the standard for mid-rise construction. Why?  It delivers on speed, performance, cost control and long-term value. From design through delivery, steel framing is shaping the next generation of smarter, stronger and more resilient mid-rise buildings.

“Developers aren’t just experimenting with steel framing, they’re adopting it as a standard for mid-rise construction,” says Lindquist, “because it works.” 

Read the full FRAMECAD article.

Additional Resources

• Building Stronger, Safer Structures: How Cold-Formed Steel Excels in Hurricane Zones
• FRAMECAD Posts Beginners Guide to Steel Frame Manufacturing
• Light Yet Mighty: Steel’s Strength-to-Weight Surpasses Wood and Concrete