Gabion Mesh
Product Description
The gabion mesh is made of high-corrosion, high-strength, and ductile low-carbon steel wire or the above steel wire covered with PVC using mechanical weaving. The box-shaped structure made of this mesh is the gabion cage. According to ASTM and EN standards, the diameter of low carbon steel wire used varies according to engineering design requirements. Generally between 2.0-4.0mm, the tensile strength of the steel wire of the gabion mesh is not less than 38kg/m2, the weight of the metal coating is generally higher than 245g/m2, and the diameter of the edge line of the gabion mesh is generally larger than the diameter of the mesh wire. The length of the double-wire stranded part shall not be less than 50mm. To ensure that the metal-plated gabion mesh of the stranded part of the steel wire can be used for slope support, foundation pit support, mountain rock surface hanging net shotcrete, slope vegetation (greening) , Railway and highway isolation and barrier nets, it can also be made into cages, net pads, used for anti-scour protection of rivers, dams and seawalls, and cages for reservoirs and river closures. The most serious disaster of the river is that the water flow scours the river bank to destroy it, which causes flooding, which leads to a lot of loss of life and property and a lot of soil erosion. Therefore, when dealing with the above problems, the application of the ecological grid structure has become one of the good solutions, which can protect the riverbed and banks for a long time.
1. The flexible structure can adapt to the changes of the slope without being damaged, and has better safety and stability than the rigid structure;
2. Strong anti-scour ability, can withstand water flow speed up to 6m/s;
3. The structure is permeable in nature, and has a strong tolerance for the natural action and filtration of groundwater. The suspended matter and silt in the water can be deposited in the filling cracks, which is conducive to the growth of natural plants and gradually recovers. original ecological environment.
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