Geocellular Confinement


Geocellular Confinement takes infill materials and produces a stiff base by creating a semi-rigid slab. The system prevents the lateral displacement of infill materials which eliminates rutting and washboarding usually associated with gravel pavements. The system allows for a reduction in overall base thickness, as well as enabling subgrade materials to withstand more than 10 times the number of cyclic load applications, without the appearance of deflection when compared to unconfined aggregates. GCS allows for the use of lower quality infill materials in situations where quality aggregates are not readily available and helps to create pavements on soft soil subgrades. When it comes to load support in porous paving applications, Cell-Tek's LSG SERIES delivers the competitive advantage.
Showing posts with label Jobs / Projects. Show all posts
Showing posts with label Jobs / Projects. Show all posts

Monday, November 22, 2010

Paving the Anchorage Trail with Cell-Tek Load Support Grid.

A recent article in Hardscape Magazine (Nov/Dec 2010 issue) explained how Cell-Tek's LSG 200 load support grid was the perfect solution for paving the Anchorage Trail.

"Ingenious Engineering to a Paver Trail in a Flood Plain" by Tom Hatlen

In the article,  Terry Chapman explains how and why he chose Cell-Tek products to support the paver trail with very little excavation and without reshaping the surrounding terrain in any way. Terry learned of Cell-Tek's LSG Series Load Support Grid and had explored its various uses since seeing it at Hardscape North America.

"I talked to the Cell-Tek guys in Nashville about what it could do and my jaw just dropped."

Tuesday, September 21, 2010

Beach Access - City of Miami

The City of Miami needed to find an eco-friendly way for fire trucks and other heavy emergency vehicles to drive on Miami Beach without their tires becoming stuck in the sand.

Bernie's Rock and Garden of Miami, FL provided the solution by installing a non-woven geotextile fabric, Cell-Tek's 4" cell depth Load Support Grid, filling the cells with existing beach sand, rebar J shaped hooks every 3 feet, and a layer of 2" sand overfilling the cells as a wearing layer.