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This Jacksonville, FL property was experiencing foundation settlement due to shifting soil conditions, causing visible cracking and instability along the exterior wall. Our team excavated the affected area to expose the footing and installed high-strength helical piers deep into stable soil layers. These piers permanently stabilize the structure by transferring the weight of the building to load-bearing strata below. After installation, the area was carefully backfilled and prepped for proper drainage, helping protect the foundation from future moisture-related issues. This solution ensures long-term structural support and peace of mind for the property owner.
The LawnScape™ Discharge Line Outlet is a grated outlet system that attaches to the end of your sump pump's discharge line.
This discharge line outlet is designed to blend in with your lawn and landscaping. Its recessed installation eliminates a tripping hazard in your lawn to for added peace of mind.
The CleanSpace Drainage Matting System helps manage moisture in wet crawl spaces by creating an air gap that allows water to flow freely towards a drainage system, reducing humidity, mold growth, and wood rot. It also provides a stable, dry surface, enhancing structural integrity and improving indoor air quality.
Installing our CleanSpace Vapor Barrier System in this customer's wet crawl space will prevent moisture damage by creating a durable, airtight barrier that blocks moisture from the ground and walls. CleanSpace Vapor Barrier a thick, puncture-resistant liner that covers the crawl space floor and walls, preventing water vapor from entering the space.
Stair-step cracks in buildings are typically caused by foundation settlement or shifting. This can occur due to soil movement, poor soil compaction, or changes in moisture levels. Helical piers are used to repair these cracks by being driven deep into the ground until they reach stable soil. They then transfer the weight of the building from the unstable soil to the stable soil, stabilizing the foundation and preventing further movement.
