Design requirements of lead wire gabion


Published:

2021-09-08

The mesh size of the lead wire gabion ranges from 60*80mm to 120*150mm. The diameter of the wire used for weaving the mesh is 2 mm to 4 mm The wire can be galvanized or polyethylene coated. The larger the mesh, the thicker the steel wire used. The thicker the edge, the thicker the wire. Each cage should be at least as strong and durable as the binding lead wire cage when closed If the parts are properly tied, the stability of the structure can be increased. There are many ways to close the edges of the grid If the lead wire cage is only hooked on the edge of the cage and not woven to the edge of the cage, it is easy to loosen

The mesh size of the lead wire gabion ranges from 60*80mm to 120*150mm. The diameter of the wire used for weaving the mesh is 2 mm to 4 mm The wire can be galvanized or polyethylene coated. The larger the mesh, the thicker the steel wire used. The thicker the edge, the thicker the wire. Each cage should be at least as strong and durable as the binding lead wire cage when closed If the parts are properly tied, the stability of the structure can be increased. There are many ways to close the edges of the grid If the lead wire cage is only hooked on the edge of the cage and not woven to the edge of the cage, it is easy to loosen

When the pebbles are installed in the lead wire gabion, the pebbles with a grain size of not less than 10cm are laid out artificially. The appearance is beautiful and the pebbles are prevented from rushing out of the cage by water Overfill stone should be 2.5-3cm high to leave room for sinking. In order to adapt to the shape of stone, lead wire cage should be cut

You should take care to make sure that the lead cage bound from the beginning after cutting is the same as the lead cage without cutting. Generally, the better Stone is placed outside to prevent the inferior Stone from being filled, so the poorly shaped Stone may squeeze through the lead cage and be washed away by water

The application field of lead wire cage is river management. High-quality metal wire is processed into hexagonal network structure, all of which are flexible design The lead wire cage box and mesh pad are made through multiple processes Lead wire cage cushion is used to protect dikes. Net cushion can prevent soil erosion and prevent river water from scouring dikes Sex design and overall characteristics provide necessary conditions for plant growth. Surface layer can provide necessary conditions for plant growth

Designers should consider soil properties, slope load, flow impact force, slice size and other factors when choosing suitable slope protection scheme with lead wire gabion. Using lead wire gabion cushion, designers can measure the roughness of canal foundation and embankment to enhance its stability, promote plant growth and reduce canal water leakage It is important to prevent soil erosion in the canal

 

key word:

Lead wire gabion