Our EnviroGrid geocell is a green solution for numerous challenges presented in civil engineering.  The construction footprint imposed on the environment by manmade applications is often highly damaging to the environment, and the world is swiftly seeking better solutions without compromising on utility and efficacy.

GeoProducts has thus been increasingly sought after as a manufacturer of eco-friendly, cost-effective solutions for soil stabilization in any civilian application.  The EnviroGrid geocell uses cellular confinement technology to provide durable soil stabilization, slope and channel protection, and earth retention in projects worldwide.

By confining the fill material, EnviroGrid reinforces the system both horizontally and vertically, thus preventing any lateral movement of the material.  The three-dimensional cells increase the shear strength and stiffness of the infill material, significantly boosting their weight-bearing capabilities in any capacity.  Each grid is welded together by full-depth ultrasonic welds, thereby maximizing the total performance of the cells by strength of their united capabilities.  The panel altogether acts as a large mat for load support and erosion control purposes, distributing the weight capacity over a far larger area while simultaneously increasing the weight capacity of the soil.  
All EnviroGrid products adhere to strict quality management inspections in our manufacturing facility, as well as being ISO 9001:2008 certified by NSF International. All EnviroGrid products are manufactured with 100% virgin HDPE resins and carry a 10-Year material warranty.

Choosing A Product

EnviroGrid is offered in varying cell sizes and cell depths in order to fill any specific needs.  Factors such as soil strength, expected applied loads, and surface type directly affect the appropriate version of EnviroGrid.  For applications with concentrated loads at specific points, such as vehicle-supporting applications, smaller cell sizes are generally desired to ensure proper weight distribution.  For erosion control or earth retention, larger cell sizes may be used given various factors such as slope geometry and  confinement requirements.