Geocell

The advantages of geocells Geocells are a network of cellular structures formed by strong welding or riveting of high-strength HDPE or PP copolymer materials, with the following advantages: - High lateral restraint and anti-slip property The three-dimensional structure of geocells can provide strong lateral restraint to the filler, effectively preventing the lateral movement and sliding of filler particles, enhancing the stability of subgrades or slopes, and is particularly suitable for steep slopes and other areas prone to sliding. - Good flexibility and adaptability Geocells have a certain degree of flexibility and can adapt to changes in different terrains. Whether on soft soil foundations or complex mountainous terrains, they can better fit the ground and exert their reinforcement effect, reducing engineering problems caused by topographic differences. - Improved foundation bearing capacity By evenly distributing the load over a larger area, geocells can effectively reduce the pressure per unit area on the foundation and improve the bearing capacity of the foundation. This can reduce the cost and difficulty of foundation treatment, making engineering construction more economical and efficient. - Corrosion resistance and durability Geocells are usually made of corrosion-resistant polymer materials, which can resist the erosion of water, chemicals, etc., in the soil, maintain stable performance during long-term use, have a long service life, and reduce the later maintenance costs of the project. - Convenient and fast construction Geocells are light in weight and small in volume, making them convenient for transportation and installation. On the construction site, they only need to be unfolded and fixed, and then filled with earth, stone, and other materials. The construction speed is fast, which can effectively shorten the project duration. - Ecological and environmental protection Geocells can be combined with vegetation. In slope protection and other projects, after filling the cells with soil, plants can be planted, which not only plays a role in reinforcing the slope but also achieves greening and ecological protection, beautifies the environment, and meets the environmental protection requirements of modern engineering construction.