PRS-Neoloy® Geocell is an innovative soil stabilization and road reinforcement technology for civil engineering and infrastructure.
It is a 3D honeycomb geosynthetics made from Neoloy® – a nano-polymeric alloy (NPA) for unparalleled performance: stiffness, creep resistance and service life. Neoloy-based geocells stabilize weak soil while providing engineering, environmental and economic advantages than HDPE geocells, geogrids, chemical additives or any other reinforcement geosynthetics.
By mechanical confinement of weak soil using stiff and strong 3D cells, you will achieve better engineering performance at a much lower construction and maintenance costs. (Read more)
Learn how to optimize the right soil stabilization solution for your project needs. (Read more)
The new evolution in geosynthetics materials are proven to provide the best performance for soil stabilization. (Read more)
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Studies validate that NPA (Neoloy®) Geocells improve road base modulus by 2.75x and reduce structural thickness by 50% while using... (Read more)
The comparative “Roadeo” field test, evaluated the different engineering properties of 4 geosynthetics in poorly-graded sand embankments of new highway... (Read more)
This paper describes the experimental and analytical studies involved in the design of a 3m high embankment with a PRS-Neoweb... (Read more)
For rail track in these areas, the resultant heaving and shrinking causes severe degradation of rail alignment, requiring extensive maintenance.... (Read more)
This study from Geosynthetics Asia, provides academic proof that Neoloy Geocell reinforcement increases the stiffness and elastic modulus of... (Read more)
Four cyclic plate loading tests were conducted on unreinforced and geocell-reinforced RAP bases over weak subgrade while five cyclic plate... (Read more)
The research demonstrating that Neoloy Geocells improve layer modulus by up to x5 and reduce total costs of pavement construction... (Read more)
Research demonstrates that not all geocells are equal. Therefore, PRS decided to make the a strong, stiff and durable nano-polymeric... (Read more)
Most native soils require some stabilization to provide a strong base or sub-base for road construction and reinforcement. Various chemicals... (Read more)