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Seawalls and bulkheads are essential for protecting Houston waterfront homes and commercial properties from coastal erosion, tidal movement, and storm surge. Over time, however, these structures can deteriorate. Cracking concrete, soil washout, and voids behind your seawall are common signs that your shoreline protection system is failing. When this happens, it’s important to act quickly to prevent costly structural damage.
At Lifted Concrete Houston, we provide an advanced solution: polyurethane seawall and bulkhead stabilization. Our high-density foam injection fills voids, seals cracks, stops soil erosion, and restores structural integrity—without the disruption of traditional seawall reconstruction.
Houston and Gulf Coast seawalls face constant environmental pressure. Common causes of damage include:
Repeated wave action and storm surges gradually wear down concrete, creating cracks and eroded sections.
Water flow behind the wall washes out soil, forming voids that reduce stability and cause leaning or bowing.
Marine environments are highly corrosive, breaking down concrete and steel reinforcement over time.
Temperature changes can cause concrete to expand and contract, leading to surface cracks and structural damage.

Our polyurethane seawall repair process is fast, cost-effective, and long-lasting, making it one of the most popular erosion control methods in Texas. Benefits include:
✔ Stops soil loss and void formation
✔ Strengthens and stabilizes the structure
✔ Water-resistant polyurethane foam will not wash out
✔ Quick installation with minimal downtime
✔ Non-invasive, no major excavation or equipment required
✔ Ideal for residential, commercial, and marina seawalls
This method extends the life of existing seawalls and bulkheads without the high cost of full replacement.


Locate voids and weak zones behind or under the seawall.
Inject high-density polyurethane through small drilled ports.

Foam expands to fill gaps, compact loose soil, and block water pathways.

After curing, the seawall becomes stronger, more stable, and resistant to future erosion.
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