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Composed of virgin HDPE plastic, geocell grids are a system of welded cells creating a stable structure of cell walls to provide cellular confinement support to slope, base, channel, and vertical applications.provides load support and stability to base layers of gravel, rock, soil or sand.
The utilization of geocell grids effectively distributes the load over a larger surface area, resulting in a significant reduction of stress on both the geocell grid and the underlying sub-grade. As a result, it becomes possible to decrease the thickness of the structure in base applications or enhance the strength and overall integrity of the reinforced structure.
Moreover, the inclusion of geocells enables the use of lower quality fill material. This is made feasible by the numerous cell walls within the geocell grid, which offer excellent distributed load support. Additionally, geocells aid in retaining soil particles in slope and channel applications.
What is the Geocell ground grid used for?
The Geocell helps spread any applied weight over a greater area, and significantly reduces weather erosion. The material is perfect for construction of driveways, road, and trails. It is ideal for use on slopes and embankments to prevent erosion and to keep material in place.
What is the best gravel for Geocell?
We highly recommend compacting 3/8″ gravel and not pea gravel or any rounded fill. The Agtec Geocell provides load support and stability to base layers of gravel, rock, soil or sand. It greatly improves a layer’s lateral strength and prevents fill from shifting or being pushed sideways.
What do you fill Geocell with?
Agtec Geocell can be filled with base layers such as gravel, sand, rock and soil to keep the material in place and greatly increase the strength of the base layer.
What size is Geocell gravel?
Cell size : 12.6” x 11.3” (320mm x 287mm) Made of Black HDPE. UV stabilized to increase the life of the product. 1.5+/-0.1mm rhomboidal indentation texture to keep fill in place.
It greatly improves a layer’s lateral strength and prevents fill from shifting or being pushed sideways. The increase in strength allows for a decrease in the amount of material needed to form a solid base and saves users time, money, and resources.
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