Key indicators include interior drywall cracks, exterior brick staircase fractures, sticking doors or windows, uneven floors, and gaps around trim.
Lewisville’s expansive clay soil swells with water and shrinks during dry heat, exerting continuous pressure that causes concrete slabs to shift and settle.
Yes, when concrete suffers total structural breakdown, extreme bowing, or severe crumbling that piering systems can no longer safely support.
It involves supporting the house on hydraulic rigs, demolishing the old foundation, pouring a new steel-reinforced concrete base, and reattaching the frame.
An engineering inspection determines this; intact concrete can be leveled with piers, while crumbling, non-viable concrete requires replacement.
Contractors use steel push piers, helical anchors, crawl space jack posts, and high-density polyurethane foam injection (polyjacking) to raise floors.
Stabilization using deep steel piers or helical anchors is permanent and engineered to last for the lifetime of the structure.
Heavy rainfall and high clay retention force groundwater through porous concrete, causing flooding, structural decay, and mold growth.
Commercial projects require heavy-duty weight capacities, strict ADA and municipal code compliance, and flexible scheduling to prevent operational downtime.
Yes, reputable contractors provide long-term, transferable warranties on steel piers, helical anchors, and waterproofing installations.
Still have questions?
Our Lewisville team is ready to provide clear answers and a free foundation inspection.