Soil Strengthening Technology – Soil Cement Stabilize with Enduro-35
Enduro-35 is a high-performance cement additive designed specifically for soil stabilization. Engineered with advanced formulation, it delivers rapid soil solidification—achieving strength and durability in as little as 24 hours.
Road Construction with Soil Stabilization and Enduro-35
Stabilization with Enduro-35 uses in-situ soils to create structural capacity, reducing excavation depth from 550 mm to just 15 mm. This minimizes truck traffic and disposal needs, cutting costs, shortening project timelines, and significantly lowering greenhouse gas emissions for a more sustainable build.
What is Soil Stabilization?
Soil stabilization transforms ordinary ground into a stronger, longer-lasting foundation by blending existing soils with Portland cement and performance additives. Trusted worldwide, this method delivers superior strength and durability for highways, urban roads, rural routes, and even challenging high-altitude projects—helping build surfaces that stand the test of time.
Searching for a reliable way to construct roads in poor soil conditions?
Enduro-35 Benefits
Stabilization with Enduro-35 offers key advantages by creating structural capacity using in-situ soils, which significantly reduces excavation requirements from 550mm down to just 15mm. This reduction not only shortens project completion times and lowers overall costs but also minimizes the number of dump trucks and the volume of material disposal needed. As a result, projects see a substantial decrease in greenhouse gas emissions (GHG), contributing to greener, more sustainable construction practices.
Enduro-35 Enhanced Soil Cement
Traditional cement stabilization often leads to stiffness, cracking, and premature asphalt failures. Enduro-35 enhances cement performance by replacing about 10% of the cement content, creating a flexible, impermeable, and longer-lasting base for asphalt, chip seal, or even surfaces left without a wearing course.
Enduro-35
Its unique crystalline structure forms a closed-cell matrix that is flexible, waterproof, and frost-resistant—delivering durability and longevity for roads, foundations, and infrastructure projects.
Cement
In contrast, standard Portland cement hydrates with shorter, weaker bonds, increasing the risk of early cracking and failure when used on its own.
Stabilization Applications
Road Construction
Oil and Gas Sites
Rail Infrastructure
Construction Sites
Agriculture
Heavy Industrial
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