Applications of Woven Gabion Mesh

Gabion mesh, known for their stability, durability, and eco-friendliness, are widely used in infrastructure and environmental protection projects. As a leading manufacturer, Fande Metal Products leverages years of experience and advanced technology to offer a wide range of gabion mesh solutions for various industries.

Slope protection is a common use of gabion mesh, especially in mountainous areas and around roads, where soil erosion and instability are common. Fande Metal Products' braided gabion mesh, made from high-strength galvanized or plastic-coated steel wire, offer strong compressive and tensile strength. When combined with stones, they form a solid structure that effectively prevents soil erosion and protects against landslides and collapses.

Fande Metal Products' gabion mesh can be customized to suit various river regulation and bank protection needs. By filling the grids with stones, they create a strong protective layer that withstands water flow impact and prevents soil erosion. The permeable design allows natural water infiltration, avoiding pressure buildup on the structure.

The woven gabion meshes of Fande Metal Products are suitable for various water conservancy projects and can provide strong support in aspects such as flood prevention, anti-seepage and anti-corrosion. The protection structures of dams and reservoirs should not only be able to resist huge water flow pressure, but also have the function of preventing soil erosion. The gabion mesh forms a solid barrier by filling stones, preventing water from eroding the dam and ensuring the long - term safety of the reservoir.

The woven gabion mesh products of Fande Metal Products, due to their excellent compressive strength and resistance to water impact, have been widely used in flood control and disaster prevention projects. By constructing a stable gabion mesh structure, it can effectively prevent flood damage to infrastructure, prevent soil erosion and dam collapse, and ensure the safety of people's lives and property.