Concrete sidewalk polyjacking is an innovative technique that involves injecting expanding polyurethane foam beneath sunken or uneven concrete slabs to raise and stabilize them. This method is known for its precision and durability, offering a lightweight yet strong solution to common sidewalk problems. Polyjacking is less invasive than traditional methods, allowing quick repairs with minimal disruption to the surrounding area. It effectively restores safety, improves curb appeal, and prolongs the lifespan of concrete sidewalks.
🚀 Fast and Efficient Process
Polyjacking typically takes less time than conventional concrete repair methods, often completed within a few hours. This rapid process means sidewalks can be used again quickly, reducing downtime and inconvenience.
💪 Durable and Long-Lasting
The polyurethane foam used in polyjacking is highly durable and resistant to water and soil erosion. This makes the repair more stable and long-lasting compared to mudjacking or concrete replacement.
🌿 Environmentally Friendly
Polyjacking requires less material and avoids demolishing concrete, minimizing waste and environmental impact. It also uses eco-friendly materials that are safe for soil and groundwater.
⚖️ Lightweight Solution
The foam used in polyjacking weighs significantly less than traditional grout mixtures, reducing the risk of further soil compaction and settling beneath the slab.
🔧 Precise Leveling
Polyurethane foam expands to fill voids evenly, providing a highly precise and uniform lift to the concrete slabs, which enhances structural integrity and safety.
💧 Resistant to Water Damage
The closed-cell structure of the foam resists moisture infiltration, protecting the soil and preventing further erosion or freeze-thaw damage.
Our Service
📞 Get contacted by local pros
⏱️ Get quick and convenient quotes
💬 You choose the best deal
🔨 Have local contractors do the work for you
Fill out the contact form to request professional concrete sidewalk polyjacking and enjoy fast, durable, and eco-friendly sidewalk repairs.