Anti-seepage and Anti-erosion Effects of Geomembrane
It can be seen from the selection of geomembrane in the early stage that the textured geomembrane for sale selected in the anti-seepage construction of the reservoir bottom and dam body is a two-layered one. Before construction, professional design institutes and testing organizations conducted a comprehensive test on the specifications and performance of the composite geomembrane.
In order to ensure that the composite geomembrane can meet actual needs, it should be ensured that the composite geomembrane meets the standards in terms of roof resistance and puncture resistance. Only when these two indexes are met, the composite LDPE geomembrane for sale can play an anti-seepage effect in the reservoir bottom and dam body and improve the anti-seepage ability of the reservoir bottom and dam body. During the construction process, when laying composite geomembrane, the road surface should be smooth and sharp objects at the bottom should be removed. After passing the inspection and acceptance, it can be laid after meeting the design requirements.
In the actual laying process, a large composite wholesale LDPE geomembrane should be used to improve the overall laying quality and effectively reduce joints. When cutting composite geomembrane, a flat site and a special site should be selected to ensure the cutting quality. After cutting, it is manually transported to the site for laying. The on-site operation is carried out by professionals of the manufacturer welding with the geomembrane.
Geosynthetics refers to the polymer materials that come into contact with soil, rock, or other materials during construction, including geotextiles, environmental geomembrane manufacturers, geosynthetics, and special geotechnical materials. It is economical and efficient, simple in construction, beautiful in appearance, and has multiple functions such as filtration, drainage, anti-seepage, reinforcement, and protection. Geomembrane can reduce or prevent water infiltration and erosion, and is mainly used for seepage prevention and protection of dams and canals in water conservancy projects, such as the South-to-North Water Diversion Project. The porous geotextile provides drainage paths for dam drainage. The geotextile is woven from fibers, and its filtering function can effectively prevent the loss of soil particles.
The geogrid has extremely high tensile strength, which can effectively reduce the settlement of soft soil foundation and prevent the overall damage of soft soil foundation and embankment. You can also build steeper slopes and repair damaged slopes through reinforcement.
Geotextile mats can effectively protect grass seeds and slope soil from erosion, prevent soil erosion, and can also be used as a wind erosion protection layer to protect slopes filled with silt and fine sand.