Foundation Wall Crack
Cracking observed in the foundation wall indicated active settlement, which allowed groundwater to penetrate the structure and damage the finished basement. Our corrective approach involved stabilizing and lifting the affected section of the home to restore structural integrity, followed by sealing the wall crack to provide long‑term protection against future water intrusion.
Push Pier Trenching
Soil was excavated to expose the home's footing, revealing a predominantly sandy substrate. Sandy soils have low cohesion and poor load‑bearing characteristics, making structures built on them more susceptible to differential settlement. This soil condition is a common contributing factor to foundation movement.
Push Piers Driven into Durable Soil
Push Piers were attached to the foundation footing and hydraulically driven to depths where competent, load‑bearing strata were reached. This ensures the structure is supported by stable soil layers capable of sustaining the required load.
Push Piers Lifting Home
After all push piers were properly installed and locked into position, they were hydraulically pressurized in unison to achieve a controlled lift of the structure, restoring the home to its intended elevation and ensuring uniform load transfer to competent bearing strata.
Foundation Crack Sealing
With the foundation now stabilized, NexusPro-a professional‑grade, UV‑resistant polyurethane sealant-was applied to repair and seal the foundation cracks. Its flexibility allows it to accommodate ongoing thermal expansion and minor structural movement, ensuring a long‑lasting seal that helps prevent future water intrusion into the basement.
Push Pier Backfill
Following the successful installation and load transfer of all push piers, the excavation was carefully backfilled to restore soil stability around the foundation and return the work area to its proper grade.
