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STRUCTURAL STEEL 101

The Backbone of Modern Construction—Strength, Precision, and Possibility.

Structural steel is the skeletal framework of high-performing buildings. It provides the strength, flexibility, and durability needed to support towering structures, expansive spaces, and bold architectural visions. If concrete is the foundation, steel is the spine.

Common Applications:

Beams, columns, and trusses (load-bearing frameworks)
Bracing systems (lateral stability against wind or seismic forces)
Joists and decking (floors and roofs for commercial and industrial builds)
Bridges, towers, and large-scale infrastructure
Custom residential structures (open-concept homes or modern builds)

SIGNS YOU NEED A PRO

You’re building multi-story or commercial structures
You’re removing load-bearing walls or opening large spans
Your site has heavy snow loads, seismic activity, or wind exposure
You’re combining steel with concrete, wood, or other materials
You need precision-engineered fabrication and erection
You want to ensure code compliance and structural safety

WHAT A PRO CAN DO THAT YOU MIGHT MISS

Design for load paths and stress distribution you can’t see
Coordinate with engineers and architects for exacting standards
Ensure bolt connections, welds, and anchorages meet structural codes
Provide shop drawings and manage fabrication timelines
Handle crane logistics, sequencing, and safe erection practices
Address corrosion control, fireproofing, and seismic detailing

Steel doesn’t bend to uncertainty. It holds, it supports, it elevates.

ASK AN EXPERT

These are just a few of the questions commonly asked by our clients about Structural Steel.

When is structural steel preferred over wood framing?

Structural steel is preferred when durability, strength, and long-term performance are goals. Steel framing is typically used in commercial and large-scale projects, while wood framing is commonly used in a residential setting. Your project will certainly be detailed in an engineering report.

How does steel perform in seismic or high-wind areas?

In seismic and high wind areas, steel is a top performer. In its strength and flexibility, it is strong enough to hold its form, but flexible enough to absorb and dissipate energy without breaking.

What coatings or treatments are required?

Coatings and treatments on your structural steel depend on your project’s location and exposure level. A bridge or will need regular maintenance, while a steel beam supporting your new open floor plan will not.