07/21/2026
As a foundation repair expert, we handle both structural stabilization and water mitigation to protect the integrity of residential and commercial buildings.
Our work goes beyond basic surface patching, focusing on the root causes of movement, moisture, and load-bearing failure.
Here is a comprehensive breakdown of what we do:
1. Inspection and Structural Diagnosis
Before performing repairs, an expert determines the exact cause of stress on the foundation.
Elevation & Floor Level Mapping: Using laser levels or zip levels to measure slope differences across floors and map out foundation settlement.
Crack Analysis: Identifying the direction, size, and type of cracks (e.g., horizontal cracks indicating hydrostatic pressure vs. diagonal stair-step cracks indicating differential settlement).
Site & Soil Assessment: Evaluating surrounding soil conditions, poor drainage, tree root intrusion, or hydrostatic water pressure driving against basement walls.
Engineering Coordination: Reading structural plans, coordinating with geotechnical or structural engineers, and pulling required local building permits.
2. Structural Stabilization and Underpinning
When a foundation shifts, settles, or sinks, structural interventions are needed to lift or permanently stabilize the building.
Installing Helical & Push Piers: Driving heavy-duty steel piers deep into the earth past unstable upper soil down to load-bearing bedrock or competent soil strata, then attaching brackets to lift and stabilize the footing.
Foundation Underpinning: Extending the depth or breadth of an existing foundation by excavating underneath in sections and pouring new, reinforced concrete footings.
Mudjacking & Polyurethane Slab Lifting: Injecting high-density polyurethane foam or hydraulic slurry beneath sunken concrete slabs (garage floors, patios, basement floors) to lift them back to level.
3. Wall Reinforcement and Stabilization
For basement or crawlspace walls that are bowing, leaning, or buckling inward due to soil pressure:
Carbon Fiber Strap Installation: Bonding high-tensile carbon fiber grid straps to interior concrete block or poured walls using epoxy to prevent further inward movement.
Wall Anchors & Tiebacks: Drilling steel rods through the foundation wall deep into the outside soil, securing them to anchor plates in the yard to pull bowing walls back into position over time.
I-Beam Installation: Mounting vertical steel I-beams against interior foundation walls to counteract lateral soil pressure.
4. Crack Repair and Concrete Restoration
Fixing breaches in poured concrete or masonry units to restore strength and stop leaks.
High-Pressure Injection: Injecting polyurethane foam (which expands to fill voids and stop active water leaks) or structural epoxy (which welds cracked concrete back together to restore full tensile strength).
Parging and Tuckpointing: Repairing spalled, deteriorating concrete coats or replacing eroded mortar joints in brick and block foundations.
5. Waterproofing and Water Management
Since water is the leading cause of foundation failure, specialists install systems to manage moisture.
Exterior Waterproofing: Excavating soil around the exterior foundation perimeter down to the footing, cleaning the exposed concrete, applying rubberized asphalt membranes, dimple boards, and installing new weeping tile (french drain) systems.
Interior Water Control: Chipping out the perimeter of the basement floor slab to install internal drain tile, wall v***r barriers, and sump pit/sump pump systems with battery backups.
Crawlspace Encapsulation: Installing heavy-duty v***r barriers (12-20 mil class A retarders) across crawlspace dirt floors and walls, and adding dehumidifiers to control humidity and rot.
