Gabion Mesh,Road, Railway and Mountain Protection
The gabion structure of Mountain Protection Net is strong and not easy to damage. The characteristics of it determine its unique advantage in mountain protection.The broken stone was firmly fixed on the slopes by the high ductile mesh wire. In addition, Gabion Twisted Hexagonal Wire Mesh can also be combined to prevent landslides caused by rock slide due to sudden increase of mountain load. It can also reduce the mechanical energy caused by rock fracture and rock fall .
In the past, we didn't do anything to protection the dangerous cliff overhang the road. Now, with the road widening and construction of new roads, this issue was once again staring us in the face. We must come up with an effective method to solve this problem.
Gabion Mountain Protection Net can just solve these problems.
The unique high elasticity, hard decomposition and long-tern corrosion resistance of Gabion Twisted Hexagonal Wire Mesh make it adopted much more than other protective products.
Use and installation of the program:
Rockfall fence installation depends on the geographical features of the slope (the protected surface) and the size of loose stones. And of course, we also have to take into account the installation environment of the Rockfall fence at the top and the base. Because of the diversity of earth surface characteristics, we can only introduce the installation of protective nets in general environment, namely: the twisted-pair co-hexagonal protective net with high corrosion resistance.
At the top, mesh body must be firmly fixed on the soil layer, preferably folded into net volume about 0.33M to 0.5M. The installation of a specific program is different according to different natural and geographical environment.
Mesh Surface Installation: If possible, before installing the net surface, level and blast the slope first with a view to displace the loose rock. The individual mesh piece must be tightly tied by wire or chain link buckle. In the mesh convergence installation, it is recommended as a vertical overlap 0.33M, the level convergence is decided according to the construction environment. This work can be acted in accordance with engineers' experience.
The net bottom installation:
Installation method as follows: 1) In order to easily remove the stones fell off, the net can be loose about 0.33M in the end. 2) To prevent rocks falling off the net, mesh surface can be constantly connected to the bottom of the slope. This point should be applied combination with 1).