Concrete Repair Photo Album: Pool Deck and Patio Concrete Repair in Vista, CA with PolyLevel and NexusPro
This Vista, CA homeowner was experiencing widespread cracking, surface wear, and uneven concrete throughout their pool deck and backyard patio. Over time, soil movement beneath the slabs caused sections of the concrete to settle, leading to visible cracks, separation at joints, and potential trip hazards around the pool area.
Our team performed a full concrete restoration using PolyLevel® polyurethane foam to lift and stabilize the affected slabs. This process fills underlying voids and restores the concrete to a safe, even position without the need for replacement. After lifting and leveling, all joints and cracks were sealed with NexusPro® to prevent water intrusion, which is especially critical around pool decks where moisture exposure is constant.
The result is a safer, more attractive outdoor space that is protected against future soil movement and erosion. Concrete lifting and joint sealing are fast, durable solutions for homeowners in Vista and throughout San Diego County looking to restore their patios and pool decks without costly replacement.
Pool Deck After Concrete Lifting and Leveling in Vista, CA
After lifting and stabilization, the pool deck surface is restored to a more even and secure position.
Patio Surface After Concrete Repair and Joint Sealing in Vista, CA
The repaired patio shows improved alignment and sealed joints, helping prevent future water intrusion and soil erosion.
Cracked Patio Concrete Before Lifting and Sealing in Vista, CA
Visible cracking and discoloration across the patio surface highlight soil movement and concrete deterioration before repair.
Pool Deck Concrete Before Repair in Vista, CA
This wide view shows a pool deck in Vista, CA with surface wear and underlying settlement issues prior to concrete lifting and repair.
PolyLevel Injection Process for Pool Deck Lifting in Vista, CA
Technicians inject PolyLevel beneath the concrete to lift and stabilize the pool deck, filling voids and restoring structural support.
