3S Product Range
At AECON, we are proud to offer a comprehensive range of sustainable soil stabilization products. Aligned with our strong environmental focus, these offerings are designed to provide eco-friendly solutions, incorporate sustainable manufacturing practices, utilize renewable resources, and undergo thorough environmental impact assessments. Our commitment to the environment drives us to develop products that balance performance and ecological responsibility.
3S-100
3S-100 is specifically designed for environmentally sensitive areas where preserving ecosystems is crucial. This product serves as both a dust control agent and a soil stabilizer, minimizing disturbance to plant and animal life. 3S-100 is the perfect choice for projects that require maintaining ecological balance while stabilizing the soil.
3S-200
Our flagship product, 3S-200, represents the cutting edge of soil stabilization technology. Derived from natural ingredients, this solution significantly improves soil strength and erosion resistance. By providing long-lasting stabilization results, the 3S-200 ensures a durable and sustainable solution for a wide range of applications.
3S-300
Our third product, 3S-300, offers a bio-based approach to soil stabilization. It utilizes biopolymers to promote soil stability while prioritizing environmental sustainability. As a sustainable alternative to traditional chemical binders, 3S-300 maintains soil integrity without compromising ecological balance.
3S-SSP
This specialized paver is designed for road pavement projects. By combining the power of our 3S-300 product with the capabilities of the paver, we ensure strong chemical bonding for heavy traffic road construction. It is particularly effective in desert road construction, petrol road construction for emergency access, and the creation of temporary roads.
Application Methods
Sand stabilization involves two primary application methods: the topical method and the infused method. In the topical method, a spray application is used to apply a stabilizing substance directly onto the surface of the sand. This helps to bind the sand particles together, reducing erosion and improving stability. On the other hand, the infused method involves mixing a stabilizing substance with the soil, creating a homogenous mixture. This mixture is then applied to the sand, penetrating the layers and enhancing its overall stability.
Both methods offer effective solutions for sand stabilization, ensuring durability and preventing issues such as erosion and shifting. The choice of method depends on the specific project requirements and the desired outcome for long-term stability.
