Pavement damage often starts beneath the surface.
Issues like water accumulation, environmental stress, and heavy traffic loads cause cracks, instability, and costly repairs. Traditional fixes, like full slab replacements, are time-consuming and expensive.
Our unique silicate resin technology stabilizes subgrades, displaces water, and strengthens infrastructure in record time, reducing maintenance costs and downtime while extending pavement life by decades.
Our Geo-Plus Silicate Resin is the ultimate solution for subgrade and pavement stabilization, designed to reinforce infrastructure quickly and effectively while ensuring durability under the most demanding conditions.
Water Displacement:
Resin penetrates subgrade layers, forcing out excess moisture to stabilize and level slabs.
Rapid Strength:
Cures to 90% strength in just 15 minutes, achieving full strength within an hour.
Balanced Performance:
Delivers an optimal ratio of compressive, tensile, and shear strength to handle dynamic loads.
No Brittle Behaviour:
Long-Term Durability:
Reliable Consistency:
Freeze-Thaw Resilience:
Water-resistant properties ensure consistent performance in extreme weather conditions.
Chemical Resistance:
Highly resistant to hydro-carbons, including oil and fuel, making it ideal for industrial and roadway applications.
With a strong foundation in engineering, materials science, and on-site operations, we deliver unparalleled expertise to every project.
Greg Smith
Managing Director
Jason Cabrera
Operations Director
Chris Cabrera
Finance Director
Tim Alte-Teigeler
Technical Director
Martyn Sherwood
Technical Director
Stuart Cave
Sales Director
What makes TerraStable's solution unique?
How long does it take to complete a project?
Most projects are completed within a couple of days, thanks to the resin’s quick curing time.
How does TerraStable help reduce costs?
By avoiding slab replacement and minimizing maintenance cycles, our solution delivers substantial cost savings over traditional methods.
Is the TerraStable solution environmentally freindly?
Yes! The resin minimizes waste, extends the lifespan of existing infrastructure, and resists degradation from environmental factors.