Stair-Step Foundation Cracking
Stair-step cracking in masonry walls is a clear indicator of differential foundation settlement. This type of structural distress signifies compromised foundation integrity and, if left unaddressed, may lead to progressive deterioration and potential wall collapse. Timely intervention to stabilize the foundation is critical, as delays can exacerbate the damage, increase safety risks, and result in substantially higher repair costs.
Push Piers Drilled into Load Bearing Soil
The installation area was excavated to facilitate the placement of push piers. These steel piers are hydraulically driven into the ground adjacent to the foundation footing until they reach bedrock or a stable load-bearing stratum. This process effectively transfers the structural load of the home from unstable, shifting surface soils to deeper, more competent material capable of supporting the weight of the structure, thereby mitigating settlement and restoring foundation stability.
Push Piers Secured to Footing
Once the push piers are securely attached to the foundation footing, hydraulic pressure is applied to drive them further into load-bearing strata and elevate the structure. This controlled lift can restore the home to its original elevation, effectively stabilizing the foundation. In many cases, this process alleviates common symptoms of settlement such as misaligned doors and windows, drywall cracks, and uneven floors, contributing to both structural integrity and improved functionality.
Push Pier Backfill
Following successful installation, the excavated area is carefully backfilled to restore the site to its original condition. Once backfilling is complete, the push piers are fully concealed below grade, leaving no visible evidence of the structural reinforcement while maintaining long-term foundation stability.
