Comparing the Quality and Longevity of Gabion Baskets and Vegetated Wall Systems

2023-05-04 07:36:43 By : admin
article on the benefits of using Flex MSE Vegetated Wall Systems over Gabion Baskets in construction projects.

Anping Haochang Wire Mesh Manufacture Co., Ltd. has been a renowned name associated with gabion baskets, reno mattress, gabion bags, gabion retaining wall, terra mesh and heavy hexagonal mesh for over a decade. However, as infrastructure and construction industry continues to evolve, new and innovative materials and systems are emerging. One such system is the Flex MSE Vegetated Wall System, which offers several benefits over traditional gabion baskets.
Gabion Baskets compared to the Flex MSE Vegetated Wall System


Gabion baskets have been a popular choice for retaining walls, soil erosion control, and slope stabilization projects for several years. The system involves stacking wire mesh cages filled with rocks that create sturdy walls. While gabion baskets are still widely used, the system presents some drawbacks that may not be suitable for all projects. For instance, the quality and longevity of gabion baskets rely on the type of rock, bracing and its packing. Over time, gabions can experience deformation and corrosion. The system also requires a lot of maintenance, involving the replacement of corroded or deteriorated wires and rocks.

In contrast, Flex MSE Vegetated Wall System is a more robust and environmentally friendly option, that offers long-term stability. As the name suggests, the system involves a vegetated wall that is flexible in nature. It comprises an engineered backfill material that serves as the foundation for the wall. The backfill material features a unique patented interlocking system that connects to the vegetated mat, creating a robust wall that can withstand external forces such as wind, water, and soil pressure.

According to several studies and reports, Flex MSE Vegetated Wall System offers several benefits over traditional gabion baskets. The system provides better erosion control, enhanced soil stabilization, and superior slope stabilization. The vegetated surface enhances biodiversity and aesthetics. In addition, the Flex MSE Vegetated Wall System can be installed using minimal excavation, reducing environmental impact.

The system is also designed to provide long-term stability, requiring little maintenance over time. The walls can be installed in an array of different design configurations, depending on the project requirements. This versatility, coupled with its cost-effectiveness, makes Flex MSE Vegetated Wall System an ideal choice for several infrastructure and construction projects.

Several case studies demonstrate the benefits of the Flex MSE Vegetated Wall System over traditional gabion baskets. For instance, in a project that aimed to enhance the aesthetics of a golf course, Flex MSE Vegetated Wall System was used to create a stepped wall that covered the existing precast concrete wall. The vegetation was introduced in the form of wildflowers, adding to the beauty of the wall. The project was completed quickly and efficiently, and the Flex MSE Vegetated Wall System has shown remarkable stability over the years since it was installed.

In another project, Flex MSE Vegetated Wall System was employed to create a wall for a high-end residential community. The system was installed on a steep slope and used to create an aesthetically pleasing wall, while providing enhanced soil stabilization. The vegetative cover has thrived on the wall, and it has required minimal maintenance since installation.

In conclusion, while traditional gabion baskets provide stability and strength, the system presents some drawbacks that may not be suitable for all projects. The Flex MSE Vegetated Wall System is an innovative, cost-effective solution that can offer superior performance and long-term stability, while enhancing the environment's aesthetics and biodiversity. As such, it is a better alternative for construction projects in areas that require erosion control, slope stabilization, and soil stabilization.