Technology

Everything you need to know about geocell technology

Geocells protect channels in construction and provide structural reinforcement for load support, earth retention, stabilizing soil, and reducing erosion. Early in the 1990s, geocells were created to increase the stability of roads and bridges.

What are Geocells?

Geocells are a system of cellular confinement for stabilizing and protecting the roads. They are easy to use and last long. The soil’s compaction is successfully maintained using a cellular confinement system, which results in a stronger structure for the infill and pavement.

The Geocell is made to be sturdy and long-lasting thanks to the cells’ three-dimensional honeycomb construction. The structure this format creates enhances the distribution of load.

High-density polyethylene (HDPE) is used to strengthen and stabilize the soil. That capacity reduces the lateral movement of soil particles while loading on the confined infill vertically.

Geocells add stability, a mattress effect, and enhancement of the material. The cells enhance the product’s load distribution because of their high tensile strength and elastic stiffness.

Less rutting happens in the materials on the surface above because of the weight distribution that the cells produce. As a result, less granular infill is needed. Because of how the cells are made, it is possible to import the infills, which also makes it possible to use marginal soil.

Uses of Geocells

Due to their capacity to expand and the consequent ability to condense things inside, geocells are incredibly valuable. This growth produces a free-draining system that restricts large-scale motions that other building materials and techniques cannot do.

Geocells are versatile and multi-functional thanks to their high-quality design. Structure protection is one of the key applications. Large firms, for instance, use the cells as protective linings for their hydraulic systems and numerous types of industrial machinery.

The cells can also stabilize and protect surfaces on steep slopes. In mountainous places, geocells are used to strengthen and extend the life of roadways in addition to stabilizing the ground.

Iceland’s Avalanche Protection System is a fantastic illustration of this. Instead of building a concrete retaining wall as originally intended, they built several Geoweb barriers to protect the city from avalanches.

Frequently Asked Questions

Still looking for more info? We’ve compiled a list of FAQs – Check them out.

What does Performance Footing do?

Performance Footing has everything you need, whether you have a parking pad continuously flooding or want to stabilize your driveway. Your surfaces will be of higher quality thanks to Geocells, protecting them from future harm.

What are the benefits of Geocells?

Geocells have various benefits and can also strengthen the support for static and dynamic loads on weak subgrade-level soils. An illustration of this is the Geoweb in Britain, where shifting would occur when particularly soft sand was utilized close to the city of Kent. This was Geocell’s ideal application as it was used to stabilize the earth and build sturdy roads simultaneously.

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