Our Services

Structural Reinforcement & Load-Bearing Repair

When a structural member is overloaded, cracked, or losing capacity — you need more than a patch. We restore load-bearing capacity with engineered reinforcement systems, coordinated with your structural engineer.

Signs You Need This

When Structural Reinforcement Is the Right Call

Capacity issues don’t announce themselves politely — they show up as cracks, sag, or a failed inspection. If you’re seeing any of these, it’s time for a structural assessment.

Cracking in load-bearing beams, columns, or slabs

Change of use increasing floor loads (new equipment, storage, tenant)

Visible deflection or sagging in slabs, beams, or cantilevers

Exposed or corroding rebar reducing effective structural section

Impact damage to columns, shear walls, or braced frames

Capacity concerns flagged by a structural engineer or building inspector

Our Approach

Engineered Reinforcement Systems

Structural capacity isn’t guessed — it’s calculated. Every reinforcement project starts with an engineer, not a contractor’s hunch.

Engineer-Specified Design

We coordinate with your structural engineer — or bring one in — to design and stamp the reinforcement system before work starts.

Carbon Fiber (FRP) Wrap

High-strength, low-profile reinforcement for columns, beams, and slabs. No added dead load and minimal clearance impact.

Steel Bonding & Jacketing

External steel plates, angles, or full jackets bonded with structural epoxy to recover lost load capacity in damaged members.

Supplemental Rebar & Jackets

Traditional concrete jacketing and supplemental reinforcement where geometry, environment, or code favors it over composites.

Who We Do This For

When Reinforcement Makes Sense

Structural reinforcement is the right call in a handful of specific situations — here’s where we see it most.

Change-of-Use Projects
Post-Damage Restoration
Inspector-Flagged Members
Renovation / Repositioning
Added Rooftop Equipment
Parking Structures
Warehouse Mezzanines
Seismic Upgrades
How a Project Runs

Four Steps, Stamped and Documented

From capacity review to final sign-off.

1

Capacity Review

On-site condition assessment and load analysis. Coordination with your structural engineer of record.

2

Engineered Scope

Stamped reinforcement design, method statements, materials, and phased schedule.

3

Execution

Installation sequenced around your operations. Active facilities stay operational.

4

Documented Handover

As-built documentation, materials, warranty, and engineer’s sign-off delivered to your team.

Need to restore structural capacity? Let’s look at it.

Engineer-backed reinforcement assessment for commercial and industrial properties across the Front Range. We coordinate with your engineer, scope the system, and deliver with documentation.