High strength slope protection polyester green sand geo bag
1. It can resist ultraviolet (UV) erosion and is not affected by chemical substances in the land. 2. It is insoluble in polluted liquid and resistant to acid and alkali (PH), non-toxic, non-combustible, stable, and does not extend the crack. 3. It has physical and water permeability recognized by the industry. The raw material of the eco-bag is resistant to moisture and does not absorb moisture. When moisture appears, the bag will not be damaged and the bag will not be deformed.
Application fields of ecological bags
1. Water conservancy and traffic engineering: ecological river bank, reservoir fluctuating zone re-greening, wetland engineering, lake coast engineering, highway subgrade slope, bridge pier slope protection and culvert entrance "eight-character" wall. 2. Municipal garden engineering: mountain restoration, mountain excavation slope, retaining wall engineering, urban center ecological river bank, park lake bank, garbage landfill, golf course, etc. 3. Real estate landscape engineering: artificial landscape rivers, residential slopes, garden landscape walls, hydrophilic retaining walls, roof greening, etc. 4. Other projects: emergency treatment of slope collapse, desert greening, nature reserve, ecological bag flood control wall, ecological vertical wall, ecological bag restoration of existing hard structure surface, etc.
Eco-bag slope protection foundation construction plan
1) Lay a certain number of layers of bags on the rammed base or rammed soil under the slope angle, and the outermost eco-bag should be built vertically. The foundation soil is generally compacted to a density of 95%. No obvious settlement and deformation will occur. 2) When placing the eco-bag basement, the horizontal line should be hung for construction, the vertical seams of the upper and lower layers should be staggered, the three-dimensional drainage connection buckle should be placed on the seam, and the artificial pressure plate should be stepped on and compacted to ensure the stability of the interlocking structure. Place the seam joint inside or try to hide it as much as possible to achieve a neat and beautiful effect. 3) The height of each basement is 1 meter, and the drainage pipes with a diameter of 3 cm should be placed at 1 meter horizontal intervals. The drainage pipes should be inserted into the slope. 4) When building eco-bags on the stone or other hard foundation interface, the eco-bags in the first row can be fixed with anchor nails or the three-dimensional drainage connection buckle (single-sided nail removal) can be nailed to the hard On the interface, the ecological bag can be fixed with cement mortar.