Advantages of the ecological function of the stone cage net

The stone cage net is an ecological grid structure. The gabion mesh is made of high-corrosion-resistant, high-strength, malleable low-carbon steel wire or PVC-coated steel wire above. The wire diameter of the gabion mesh is generally larger than the diameter of the wire. The twisted part of the double wire is generally twisted to ensure that the metal coating and PVC coating of the stranded wire are not damaged.

Due to the large pore size of the gabion net, if only the gabion net is used, it is easy to form a dry and barren environment where plants cannot grow. Therefore, in order to enable the plants to grow as soon as possible, the gabion should be covered with soil or filled with cracks, and it cannot passively wait for the sedimentation caused by the flood.

The stone cage net is used for slope protection or retaining wall engineering, and the structure is of good integrity. According to relevant tests, the anti-collision coefficient of the hexagonal net gabion protection project is twice that of the general rock-throwing protection project, and when the rock-throwing revetment is impacted by water flow, after the stone is compressed, once the initial movement occurs, the bank slope soil Was washed away, causing damage to the entire protection project. However, even if the stones in the gabion mesh pad protection project are displaced, the deformed pad structure will be adjusted to reach a new balance, and the whole will not be damaged, thus effectively protecting the bank slope soil from being damaged.

Because there is a certain gap in the block stone in the gabion net, when the wind wave and the wave peak are photographed, the spray is crushed, reducing the impact force of the wave pressure. Vacuum suction reduces the damage to the protection project, and the overall structure can be fine-tuned when the wind and wave forces act, avoiding the shortcomings of cracks in the wall.

The raw material of the gabion mesh can be coated hot-dip galvanized low-carbon steel wire. The steel wire forming the grid has a certain strength and is not easy to be broken. The overall strength of the cage is high. The low-carbon steel wire withstands moderate deformation characteristics and can connect all projects into a whole without slitting. Even if a mesh is broken in the structure for some reason, it will not affect the integrity of the structure. Especially when the foundation soil is subsidenced or the soil behind the wall has a small deformation, the structure can be fine-tuned to its own adaptability, and there will be no subsidence cracks due to uneven subsidence, and the overall structure will not be damaged.