Foundation Wall Cracks
The presence of stairstep and vertical cracking was a clear indicator of foundation wall instability. As the concrete block wall continued to separate, immediate structural stabilization was required to prevent further movement and damage.
PowerBrace
The PowerBrace® system was installed to stabilize the foundation wall and prevent further inward displacement. Each steel beam was securely anchored to the floor system and joists above, creating a permanent structural reinforcement.
Auxiliary Wall Footing
Concrete was poured to create a reinforced footing for the StableLock® auxiliary wall. This footing encapsulated the PowerBrace® beams, increasing their structural stability while providing a solid, load-bearing base for the auxiliary wall installation.
Auxiliary Wall Rebar
Reinforcing steel (rebar) was integrated through the PowerBrace® beams to enhance lateral load transfer and improve the concrete's ability to resist outward forces once poured.
Auxiliary Wall Forms
Formwork was constructed to define the dimensions and shape of the concrete wall, ensuring proper alignment and containment during the concrete pour.
Reinforcing Auxiliary Wall Forms
The forms were reinforced with strategically placed wooden bracing to eliminate movement during the pour, protecting against wall failure and preserving precise wall geometry.
Auxiliary Wall Formed
The concrete was systematically poured between the foundation wall and the form system, while vibration was continuously applied to ensure full consolidation and eliminate air pockets. Following the curing process, the forms were removed, effectively restoring the structural integrity of the foundation block wall.
GeoLock Rods
GeoLock® wall anchors were installed to provide additional reinforcement and prevent further inward movement of the foundation wall. Installation began by advancing high‑strength steel GeoLock rods through the auxiliary wall and the existing foundation wall, extending into a pre‑excavated trench outside the home to establish anchorage in stable soil.
GeoLock Anchors
Upon reaching the exterior trench, GeoLock anchor plates were attached to the rods and embedded against durable, undisturbed soil. This configuration allows lateral forces acting on the foundation wall to be effectively redistributed into stable ground.
GeoLock Plates
The interior GeoLock plates were positioned against the foundation wall and torqued to design specifications, activating the anchoring system and transferring corrective forces to resist further wall movement.
