Steel Buildings 101
How a Self-Framing Building Carries Load
There is no separate skeleton in a self-framing building. The ribbed panels are the structure. Here is how the panel-and-rib system works and what it changes.
Read Article →6 min read
Insights, guides, and industry knowledge for steel building projects
There is no separate skeleton in a self-framing building. The ribbed panels are the structure. Here is how the panel-and-rib system works and what it changes.
Self-framing buildings have real structural limits set by snow load and panel gauge. See the practical span table, and the point where a rigid frame becomes the better call.
Eave height is where the self-framing system gets reinforced step by step. See the eave-height progression, how rib stiffeners work, and when a rigid frame is the better call.
Both are CSA A660 pre-engineered systems that carry load differently. A factor-by-factor comparison to help you pick the right one for the job.
Real per-square-foot pricing drawn from years of historical jobs. See the small, medium, and large tiers, and why smaller costs more per square foot.
A self-framing envelope is just the start. Insulation options, interior liner choices, and how partition walls create multiple conditioned spaces in one building.
Self-framing is a strong fit for a specific kind of job, not a universal answer. Here is where it wins, and the cases where another system is the better call.
You do not need a finished design to start. The short list of what to send for a self-framing quote, and the five-stage process from first call to closeout.
Get in touch with our team to discuss your steel building requirements.
Start Your Project →