Soil Stabilization Works as Concrete or Asphalt Alternative
Soil Stabilization Works as Concrete or Asphalt Alternative
The molecular level is where optimization of our technology and soil particles occurs.
At InnovaSoil Technologies, we redefine industry standards through innovation. Backed by years of intensive research and development, we have pioneered a groundbreaking technology built on a deep and integrated understanding of soil chemistry, biology, and advanced road engineering.
What sets us apart is our proprietary formula, meticulously engineered to trigger targeted chemical reactions within the clay matrix of the soil, delivering unparalleled results. Unlike synthetic polymers, soil cement, and enzymes, our formulations harness the power of a sophisticated biochemical blend derived from naturally occurring proteins, creating permanent molecular bonds that enhance soil stabilization and durability.
The molecular level is where optimization of our technology and soil particles occurs.
At InnovaSoil Technologies, we do things differently. Through years of research and development, we have developed a proprietary technology for soil stabilization and reinforcement that decreases construction time and cost by using as much of the existing material as possible.
Our formulations are not synthetic polymers, rather they are engineered using a complex blend of naturally occurring proteins that provide permanent molecular bonding to specific soils.
Tighter Bonding Allows for Denser Soil Compaction, Making Stronger Roads.
This process draws soil particles closer together making it easier for air and water molecules to be expelled during the compaction process. This results in the formation of a dense, permanent foundation that resists water penetration, weathering, and wear.
Resists Water Penetration
Withstands Weather
Outlasts Wear and Tear
Tighter Bonding Allows for Denser Soil Compaction, Making Stronger Roads.
This process draws soil particles closer together making it easier for air and water molecules to be expelled during the compaction process. This results in the formation of a dense, permanent foundation that resists water penetration, weathering, and wear.
Resists Water Penetration
Withstands Weather
Outlasts Wear and Tear
Our technology permanently alters the engineering properties of soils, which increases load-bearing capacity, providing strong and stable foundations for the construction industry.
Our technology permanently alters the engineering properties of soils, which increases load-bearing capacity, providing strong and stable foundations for the construction industry.
Innovative Technology for Stronger and Longer- Lasting Pavements and Foundations
Unlike polymers, and inorganic or petroleum-based products which temporarily hold soil materials together, our technology uses an innovative organic chemical process, resulting in the permanent bonding of soil particles.
Our technology is highly effective in increasing pavement strength and density, enhancing performance, and requires less compaction, machinery, fuel, and labor.
Innovative Technology for Stronger and Longer-Lasting Pavements and Foundations
Unlike polymers, soil cement, and inorganic or petroleum-based products which temporarily hold soil materials together, our technology uses an innovative organic chemical process, resulting in the permanent bonding of soil particles.
Our technology is highly effective in increasing pavement strength and density, enhancing performance, and requires less machinery, fuel, and labor.
