Cold-Formed Steel Insights

Canada's wildfire seasons keep intensifying. Learn how prefabricated CFS framing and FRAMECAD-powered production help builders create wildfire-resilient homes faster across Canada.

Commercial buildings are shaped by function and identity, and prefabricated CFS framing helps turn open plans, high ceilings, and distinctive façades into buildable designs.

Some sites can’t spare space, access, or downtime. See how prefabricated CFS framing helps crews build around these site constraints through off-site production, cleaner staging, and faster assembly.

When planning a small commercial building, like a retail store in a big Canadian city such as Toronto, choosing the right framing method is crucial. The decision depends on cost, speed, durability, fire safety, energy performance, and local code requirements. Here is a breakdown of the most common framing systems used for small commercial buildings and when each is most appropriate. Primary Framing Methods for Small Commercial Buildings 1. Cold-Formed Steel Framing (CFS /

In the age of cloud computing, AI, and 24/7 digital services, data centers have become the backbone of our modern world. But building these high-tech hubs is not like constructing a typical office or warehouse. It requires precision, speed, and resilience. Enter cold-formed steel (CFS), also known as light gauge steel, a material that’s quietly transforming the way data centers are built. What is Cold-Formed Steel? Cold-formed steel is steel shaped at room temperature into

As Toronto pushes for gentle density, multiplex housing, and faster construction methods, cold-formed steel (CFS)—also known as light gauge steel framing (LSF)—is getting more attention as an alternative to wood and concrete. A common question that comes up is: Can cold-formed steel be used for a 4-story multiplex in Toronto? The short answer is yes—but only when it is properly engineered and code-compliant. Here’s what designers, builders, and owners need to know. What Is