REUSABLE GREEN TECHNOLOGY IN ROAD CONSTRUCTION
StabilRoad® – Does not require new quarry materials but reuses 100% of existing soils. Consumes 80% less Earth’s resources per square meter of road built and significantly reduces CO2 pollution
StabilRoad® technology is scientifically and practically proven!
We have invested in laboratory research in order to create a stabilization additive that would be suitable for use in very different climates and for different soils. The biggest advantage of our stabilization method is that it is not necessary to excavate the existing soil materials and replace them with new ones, but all the existing soil material, including the old degraded pavement, is mixed with StabilRoad® additive and cement. StabilRoad® cement additive is produced by our German partner company, which specializes in soil stabilization.
We bring you modern, innovative soil stabilization technology. The existing soil is treated with a stabilization additive and cement, as a result of which the soil becomes particularly durable, elastic, water- and frost-resistant. The compressive strength and load capacity are significantly improved and increased.
Today, we have 20 years of experience on several continents, in different climate zones and with many different types of soil. Quality control and supervision of work execution is carried out jointly with Estonian and German specialists at every stage. Follow-up samples taken over the years and customer satisfaction are proof of this.
Soil stabilization is carried out on the basis of the existing soil, mixing the stabilization with additives and cement. Unlike conventional road construction technology, there is no need to excavate and dispose of the existing soil. Therefore, there is no need to purchase and deliver new and expensive quarry materials.
StabilRoad® supports a young Estonian drift driver!
– 2023: 6th place in the D1 Grand Prix Thailand Championship
– 2021: 6th place in Drift Masters European Championship
– 2020: The best Estonian drift athlete of the year
