Geocells improve the performance of temporary access roads by providing a stable and reinforced surface that distributes the load of vehicles evenly. The interconnected cells prevent lateral movement of the infill material, such as gravel or soil, and enhance its confinement, resulting in increased load-bearing capacity and reduced rutting. This leads to improved traction, reduced maintenance requirements, and enhanced durability of the access roads, making them suitable for heavy equipment and vehicles during construction or temporary events.
Geocells improve the performance of temporary access roads by providing a stable and reinforced surface. They are made of a three-dimensional honeycomb structure that can be filled with various materials such as soil, gravel, or aggregate. This filling material locks into the cells, preventing it from shifting or eroding, even under heavy loads. This reinforcement increases the load-bearing capacity of the road, prevents rutting and erosion, and improves traction, making it suitable for heavy machinery and vehicles. Additionally, geocells distribute the load evenly, reducing stress on the underlying soil and minimizing the need for maintenance or repairs.
Geocells improve the performance of temporary access roads by providing a stable and reinforced surface. These cellular confinement systems help distribute load and prevent soil erosion, enhancing the road's strength, durability, and overall performance.
