Woven Gabion Baskets

Woven Gabion Baskets are a new type of protective structure woven from high-strength polyester fiber mesh or stainless steel mesh, filled with stones or other fillers, and are commonly used in revetments, embankments, retaining walls and other projects. When constructing Woven Gabion Baskets revetments or retaining walls on soft soil foundations, there are specific construction considerations that need to be considered to ensure the stability and safety of the project.

First, detailed geological surveys and soil mechanics experiments need to be conducted before construction to determine the bearing capacity and deformation characteristics of the soft soil foundation. According to the experimental results, necessary reinforcement treatment is required for the foundation, such as replacement filling, mixing piles, steel sheet piles, etc., to improve the bearing capacity and stability of the foundation. During the construction process, it is necessary to avoid excessive disturbance to the foundation to avoid instability and deformation of the foundation.

Secondly, the construction of Woven Gabion Baskets requires attention to the selection and filling quality of fillers. The filler should be made of materials that are wear-resistant, corrosion-resistant, easy to drain and have a certain load-bearing capacity, such as cobblestones, stones, etc. When filling, attention should be paid to controlling the gradation and density of the filler to ensure the stability and protective effect of Woven Gabion Baskets. In addition, settlement joints need to be set during the filling process to absorb the displacement of Woven Gabion Baskets caused by foundation deformation and temperature differences.

Finally, attention needs to be paid to environmental protection and soil and water conservation during the construction process. During the construction of Woven Gabion Baskets, the work sequence needs to be arranged reasonably to avoid damage to the environment. At the same time, necessary measures need to be taken to protect on-site vegetation and water sources and prevent soil erosion and environmental pollution. After the construction is completed, the site needs to be cleaned and restored to ensure the sustainable development of the project.