Photo Album: Foundation Wall Repair in Southern Pines, NC
A homeowner noticed a concerning crack and lean in their foundation wall. Worried about the structural integrity of the home, they contacted our office for a free inspection.
During the inspection, our expert identified the cause of the leaning wall: expansive soil. Over time, the soil around the foundation had expanded and contracted due to moisture changes, exerting pressure on the wall and causing it to crack and lean inward.
To address this issue, we recommended the PowerBrace System. This innovative solution involves installing steel I-beams against the wall, anchored to the floor joists above and the floor below. The beams are adjustable, allowing for gradual straightening of the wall over time.
The installation process began with careful measurements and placement of the beams. Our team ensured minimal disruption to Sarah's home, working efficiently to secure the system in place. The PowerBrace System not only stabilizes the wall but also has the potential to improve its condition over time as adjustments are made.
The homeowner was relieved to see the immediate stabilization of her foundation wall. The PowerBrace System provided a long-term solution, preventing further leaning and cracking.
Wall Stabilization
The installation is completed by tightening the braces to apply pressure against the wall, counteracting any inward movement and stabilizing the foundation. This process ensures that the Powerbrace system provides effective and long-lasting support for the foundation wall.
Stable Connection
Installing top bracket for the system to have a stable connection.
Bottom Bracket
The steel bracket is anchored to the floor to prevent the system from shifting.
Beam connected to anchors
The beam is securely anchored to the floor and to the floor joists above, ensuring a tight and stable connection.
How the System Works
The Powerbrace system stabilizes foundation walls by utilizing heavy-duty steel I-beams that are strategically installed against the wall. These beams are anchored to the floor and floor joists above, creating a rigid framework that counteracts inward movement and prevents further bowing or cracking.
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