Geocells | PRS Geo-Technologies

PRS Neoloy® Tough-Cells are an innovative soil stabilization and road reinforcement geocell technology for civil engineering projects.

Neoloy Tough-Cells are a 3D honeycomb geosynthetic made from a nano-polymeric alloy (NPA) for unparalleled performance in terms of stiffness, creep resistance and service life. NPA-based Neoloy Tough-Cells stabilize soft soil with more engineering, environmental and economic advantages than Soft-Cells (HDPE geocells) , geogrids, chemical additives or any other reinforcement geosynthetics.

3D Tough-Cells made of a strong and stiff polymer (NPA) mechanically confine weak soil to increase the strength of infill and reinforce pavements. The result is higher engineering performance, sustained for long-term, achieved with lower construction and maintenance costs.

How does Neoloy Tough-Cells technology work?

How to improve your project performance?

How to overcome challenges at much lower costs?

Following an extensive R&D process, PRS proven engineering methodology with Neoloy Tough-Cells provides you with the optimized configuration tailored to your project needs. These methods were adopted by leading engineering firms and successfully used in 1000’s of projects.

What are the 4 Key Factors for choosing geocells?

What geocell properties are required for your project?

How can you lower costs by choosing the right geocell configuration?

Geocells mechanically confine soil based on cell geometry. Upon loading, the geocell polymer material will elongate (creep) over time, and reduce the confinement. Neoloy is based on a strong and stiff Novel Polymer Alloy (NPA). Thanks to its unique properties Neoloy Tough-Cells sustain loading for long-term with extremely low degradation in performance.

Why do Tough-Cells made of Neoloy guarantee your project success?

What geocell properties provide the required design performance for the entire project lifespan?

Why Neoloy Tough-Cells are the new generation of soil stabilization geocells?