Neoloy® Technology is based on a Novel Polymeric Alloy (NPA), engineered to significantly enhance the strength and durability of geosynthetic products.
It is the strongest, stiffest, and most resistant polymer alloy available on the market, and the only one that guarantees long-term geotechnical engineering properties – with a design life of up to 75 years, minimal maintenance, and the highest levels of performance and cost savings.
Neoloy® is a proven, commercially available material, offered to geosynthetics manufacturers seeking to provide long-term, warrantied performance in their products.
Geocell’s technology strengthens soft soil by mechanically confining the soil in three-dimensional honeycomb geometry. The geocell ability to confine soil over the long-term depends on retaining its geometry. If the geocell’s volume changes over time, the infill soil settles, compaction is lost and the design’s parameters invalidated. Even a change of 3% in the geocell’s geometry may result in a structural failure.
For example, vertical loading on geocells in load support applications, such as roads, railways, airports, and ports, is transferred laterally to hoop stresses on the cell walls. This stress causes strains (deformations) which gradually accumulate over the project design life. If, and when a geocell (polymer) creeps more than 3%, the change in dimensional stability will result in a loss of soil confinement and the structure may fail.
PRS Neoloy® Tough-Cells enables a geocell solution with unmatched long-term performance – guaranteed for the full project design life:
More than 100- academic papers were published validating the unique effectiveness of Neoloy (NPA) Tough-Cells for soil reinforcement in all applications like – roads, railways, airports, ports, retaining walls and other geotechnical engineering applications. As a result of this comprehensive research, Neoloy Tough-Cells are the only geocell with a proven engineering methodology that optimizes the cell performance with the structural engineering requirements. Learn more about PRS Geotechnical Engineering Methodology.
In addition, Neoloy Tough-Cells’ highest performance has been proven in thousands of projects worldwide. Testimonials from leading engineering firms and institutes demonstrate that Neoloy’s unique technology is fully validated for extended design-life civil engineering applications – across all load conditions and environmental challenges.
PRS Geo Technologies Ltd.
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