A Smarter Approach to Lifting Sunken Concrete
Helitech relies on a specialized polyurethane foam system that strengthens the soil while raising the slab back into alignment. Instead of relying on heavy materials or disruptive equipment, this method reinforces the base from within and provides a controlled lift. Homeowners appreciate the precision of the process, the fast curing time, and how little it interrupts their daily routine.
Strengthening Concrete for the Long Term
Rebuilding stability requires more than lifting the concrete. Helitech studies three core areas to strengthen the entire system supporting your slab:
- How water moves across your yard
We look for pooling, runoff patterns, and any spots where moisture is collecting near the slab.
- How the soil reacts during each season
Soil that expands in the spring and contracts in the summer creates pressure changes that weaken concrete.
- Where the slab is experiencing stress
Pressure points often develop long before cracks appear.
When a Full Replacement Becomes the Right Choice
Some slabs reach a level of deterioration where lifting alone will not create a lasting fix. When the concrete has structural breaks, deep fractures, or major surface failure, replacement provides a safer long term solution.
Benefits of installing a new slab include:
- Stronger performance during extreme temperature swings
- A cleaner, uniform look that improves curb appeal
- More predictable water flow around your home
- A surface built to handle daily vehicle and foot traffic
Protecting Repaired Slabs With Crack and Joint Sealing
Cracks and open joints give water a direct path beneath the slab. Once moisture reaches the soil, erosion begins.
Professional sealing helps:
- Keep the soil compact and stable
- Reduce freeze related expansion damage
- Extend the lifespan of your slab
- Maintain a smoother and cleaner surface
Improving Drainage for Long Term Soil Stability
If water consistently flows toward your concrete, the soil beneath it will soften and shift.
Our drainage solutions may include:
- Installing French drains to move subsurface water away
- Extending downspouts so runoff exits safely
- Adjusting the grading to direct water downhill and away from slabs
- Adding surface drainage paths for areas with heavy runoff