Recently, the rainfall process in South China covers an area of about 1 million square kilometers, which is the largest rainstorm process this year. This heavy rainfall is characterized by strong short-term rainfall and large accumulated rainfall. Guizhou, Hunan, Jiangxi, Zhejiang, Fujian, Guangdong, Guangxi and Yunnan urgently need to strengthen the prevention of floods in small and medium-sized rivers, waterlogging in urban and rural areas, waterlogging in farmland, mountain torrents and geological disasters. We should do a good job in reservoir reinforcement and slope reinforcement, strengthen monitoring, comprehensively treat upstream and downstream, left and right bank slopes, and give attention to flood control and security, water storage and drought resistance. In view of this situation, Anping Yayuan Gebin Network worked out a reservoir slope reinforcement plan for everyone!

After the reservoir impoundment operation, slope reinforcement should ensure the normal operation of the road and avoid slope erosion and collapse. According to engineering geology, site and section, construction difficulty and investment, several reinforcement methods are put forward, mainly as follows: slope protection with face wall, gabion cage net and gravity retaining wall have better ductility and flexibility, can resist high-strength pressure, have good structural integrity and strong deformation resistance; Permeability can be strong; High degree of mechanized construction and high durability; Low-cost water flow rate and velocity have significant influence.
Gabion gabion net with flexible structure has strong anti-deformation ability, the effect of adding slope protection integrity and stability, strong anti-erosion ability, and is not constrained by construction season, especially in winter, which can arrange construction, short construction period and save money. After selecting this skill, it can better reinforce the slope of the reservoir area, ensure the normal use of the newly built road, and achieve the expected purpose.
With the continuous development of new technology and skills, Gebin gabion is widely used in flexible retaining protection, river reinforcement, etc., besides being used in slope reinforcement of reservoir collapse bank. It is believed that this skill will have greater effects for national economic construction.
Gabriel network manufacturers in the complex environment of the application, as we all know, Gabriel network adaptability is very strong, in harsh environmental conditions can also play a very good role. So how does Gabin work in a complex environment?
Gebin net is a semi-rigid water conservancy flexible protection product, It has strong protection and ecological greening, and can reverse the dilemma of water conservancy ecology and protection. The product is made of high zinc metal wire by hexagonal twisting and braiding process and one-time forming process. Gabion net retaining wall built with block stone has strong stability and anti-erosion performance, and is widely used in the construction of canal, riverbed and slope protection projects. The gaps between the blocks in the box and the unique ecological grid form the unique water permeability and vegetation availability of the product, which can not only benefit the natural water circulation, but also optimize the water conservancy ecological environment and restore the natural ecological chain.
The gabion net at the concave bank of the bend should be set according to the principle of picking from top to bottom, sparsing from top to bottom and dense from top to bottom. The position and length of the first grid should be carefully selected. Under normal circumstances, the first grid network should be arranged at the upstream of the turning point of the water flow, so that the water flow can control the mainstream before approaching the river bank, and play a role in guiding the situation. If the first gabion net is arranged below the item punch point or the top punch point, the gabion net will not play a very good role. At the top impact point, the water flow approaches, the impact force is large, it is impossible to support the water flow to move outward, and it is difficult to defend. If placed below the item punch point, then the danger has been formed, and the Gabin net will not play a great role. The first gabion net should not be too long. If the first grid net is too long and protruding, it will bear too much force, seriously interfere with the water flow, and cause difficulties for the defense of each dam in the future.