From sagging porch supports in Rosedale Park bungalows to cracked basement beams in Midtown lofts, we repair and reinforce structural steel where it matters most.
Our process begins with ultrasonic testing to identify weak points, followed by strategic reinforcement using high-tensile electrodes rated for -20°F. For historic homes, we match original steel profiles to maintain architectural integrity while adding modern strength.
Recent projects include seismic retrofits for Palmer Woods Colonials and custom steel lintels for brick facades in Indian Village.
Our process begins with ultrasonic testing to identify weak points, followed by strategic reinforcement using high-tensile electrodes rated for -20°F. For historic homes, we match original steel profiles to maintain architectural integrity while adding modern strength.
Recent projects include seismic retrofits for Palmer Woods Colonials and custom steel lintels for brick facades in Indian Village.
Our Process
- 01 Step 1: Load assessment with digital caliper measurements
- 02 Step 2: Rust removal using needle scalers and zinc primers
- 03 Step 3: Precision welding with Lincoln Electric 335MP machines
- 04 Step 4: Post-weld inspection with dye penetrant testing
Benefits
- Prevents costly foundation shifts from freeze-thaw cycles
- Meets Detroit Historic District preservation standards
- 3X stronger than original 1940s factory welds
- 25-year transferable warranty
Frequently Asked Questions
Will welding weaken my old house beams?
Properly executed welds actually increase load capacity. We use low-heat techniques that preserve surrounding materials while adding reinforcement.
How do you prevent salt corrosion on new welds?
All exterior welds receive three-coat protection: zinc-rich primer, epoxy intermediate, and polyurethane topcoat - the same system used on Mackinac Bridge repairs.