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The quality inspection of stone cage mesh in construction is an important link to ensure the safety and effect of the project. The quality inspection of stone cage mesh includes raw material sampling and inspection, the appearance quality of gabion mesh, mesh size, mechanical properties, etc. In the construction process, the quality assessment should be carried out regularly, including the construction process of gabion mesh, the quality of filler, and the quality grade of the construction process of structural engineering.
The ecological function of the stone cage net can be enhanced by planting vegetation on it to achieve the greening and ecological restoration of the river embankment. The pores in the cage and mat are conducive to water flow and plant growth, which can be integrated with the surrounding natural environment to optimize and beautify the environment
. In addition, the permeable performance of the stone cage net helps to reduce the damage caused by hydrostatic forces, while saving transportation costs and facilitating construction and maintenance.
The quality inspection of stone cage mesh in construction is an important link to ensure the safety and effect of the project. The quality inspection of stone cage mesh includes raw material sampling and inspection, the appearance quality of gabion mesh, mesh size, mechanical properties, etc. In the construction process, the quality assessment should be carried out regularly, including the construction process of gabion mesh, the quality of filler, and the quality grade of the construction process of structural engineering.
The ecological function of the stone cage net can be enhanced by planting vegetation on it to achieve the greening and ecological restoration of the river embankment. The pores in the cage and mat are conducive to water flow and plant growth, which can be integrated with the surrounding natural environment to optimize and beautify the environment
. In addition, the permeable performance of the stone cage net helps to reduce the damage caused by hydrostatic forces, while saving transportation costs and facilitating construction and maintenance.
