Soil stabilization is a process in which a binding agent is mixed with soil material to improve its engineering properties. Cement, when interacting with soil, enhances its strength, moisture resistance, and load-bearing capacity.
By adding cement, the soil becomes stronger, more resistant to moisture, and better suited for supporting loads. This approach is widely used in the construction of roads, airfields, buildings, and other infrastructure projects on unstable or weak soils.
WHAT SOIL IMPROVEMENT GOALS DO YOU WANT TO ACHIEVE?
Reduction of expenses compared to traditional technologies
Facilitates the formation of long, flexible polymer chains.
PROVEN EXPERTISE IN REINFORCING 1,000,000 M² WITH CHIMSTON
Local soil is used as the basis for the new monolithic foundation. Based on soil analysis, a formulation is developed for the introduction of binders and the CHIMSTON stabilizer to achieve the required strength characteristics of the foundation.
Based on the soil stabilization task, soil type, and required characteristics, the appropriate binder and its percentage are selected. The binder is distributed and evenly mixed with the soil. After that, the process of bond formation and soil mass cementation takes place.
The CHIMSTON stabilizer is introduced into the soil along with other binders. Its mechanism of action involves the formation of strong, long polymer chains, which effectively transform weak soil into a durable, flexible, frost-resistant monolithic foundation.
Curiosity about life in all its aspects, I think, is still the secret of great creative people.
Curiosity about life in all its aspects, I think, is still the secret of great creative people.
Curiosity about life in all its aspects, I think, is still the secret of great creative people.
Curiosity about life in all its aspects, I think, is still the secret of great creative people.
Curiosity about life in all its aspects, I think, is still the secret of great creative people.
Curiosity about life in all its aspects, I think, is still the secret of great creative people.
TECHNOLOGICAL PROCESS OF SOIL STABILIZATION
SOIL STABILIZER
CHIMSTON
FOR SOIL CONSOLIDATION
MAKE THE SOIL
STRONG
ANG STABLE
CHIMSTON COST-EFFECTIVE POLYMER STABILIZER WITH MINIMAL APPLICATION
CHIMSTON stabilizer is used for soil stabilization and reinforcement. It contains a complex of polymers and additives that interact with the soil to improve its strength and geotechnical properties.
It is applied in construction to create stable foundations, prevent soil deformations, and enhance its load-bearing capacity.
CHIMSTON – TRANSFORM WEAK SOIL INTO A STRONG MONOLITHIC FOUNDATION
Combined application improves density, compressive and tensile strength, elasticity modulus, and frost resistance while reducing optimal moisture content, capillary water absorption, water saturation, swelling, and heaving.
The most cost-effective 0.007% CHIMSTON application with cement in soil for creating a monolithic foundation.
EFFECT OF USING THE CHIMSTON STABILIZER
Improved plasticity
Enhanced soil load-bearing capacity
Increased strength
Soil resistance to water saturation and frost
Protection against soil erosion
The economic effect of using the soil stabilization technology and the CHIMSTON stabilizer lies in a significant cost reduction (sometimes up to 70%) by utilizing local soil as the construction base, eliminating the need for removal or replacement.
FIND OUT THE COMPOSITION FOR THE PROJECT
I want to reduce the soil water saturation.
I aim to lower the expenses of soil stabilization.
I want to improve the soil plasticity.
I want to improve the elasticity modulus.
I want to improve the foundation strength.
I want to make the soil more resistant to frost.
