Uses of Geocell in road construction What is geocell in road construction? Geocell is a mixture of concrete and asphalt with a protective membrane located between the metal reinforcement bars. It is used primarily in road construction. Homeowners may have seen this material used in new home construction as well, for example, when adding a garage floor to an existing home. One or two layers are placed on top of the existing concrete slab, which keeps water from dripping down through the cracks and into the earth below. The layer also protects against soil movement caused by foot traffic outside or underground construction activities like digging. In road construction, geocell is used in place of traditional steel-reinforced concrete. It reduces the need for extensive drainage systems and provides excellent load-bearing support without the use of traditional concrete footings. The material also holds up well to excessive moisture, which can damage roadbeds and sidewalks causing cracking, settling, or other issues. In addition to adding strength and stability, asphalt adds an extra layer of insulation which protects the roadway from extreme temperature changes in the summer and winter months.
What is the use of geocell in road construction? The use of geocell in road construction is a technology that is used for the building and rebuilding of roads. It’s not only good for constructing highways, or what people commonly refer to as roads but it also can be used for other purposes, such as building new neighborhood parks. Geocells are sheets that are placed on-site by the road construction company. They are made from recycled oil plastic bags donated by consumers who find them during their everyday shopping trips. The geocells are put into place by layering the cells between layers of crushed rock. This makes the road resistant to temperature changes, rain, and most importantly, traffic. The geocell sheets are also able to withstand earthquakes of a magnitude greater than 45 degrees. Until recently, roads were made using large amounts of concrete that took up a lot of space and were very costly. With the use of geocell, new roads can be constructed within a very short timeframe and for a much lower price. Geocells may also be used in other projects such as in building new neighborhood parks, as well as for the construction of schools and public buildings. The oil plastic bags collected from uses can be converted to use in building new roads. This will not only help support the conservation of energy by eliminating the need for transportation materials but it will also have a beneficial impact on the environment. Sometimes, you want an "out-of-the-way" design where the seal is small or even nonexistent. This is what geocell road design is all about.