The reinforced geogrid for earth retaining wall can be divided according to the wall panel: the stiffened end of the panel is fixed and the other end is tensioned with a tensile beam until the geogrid is forced to tighten the earth retaining wall and the non stiffened earth retaining wall. A panel reinforced earth retaining wall is pressed according to the panel and fixed at the end. Only in this way, the reinforced geogrid for earth retaining wall can form in the soil, and can be divided into: the whole panel reinforced earth retaining wall and the assembled panel reinforced earth retaining wall. The greatest effect. When the geotextiles are laid in the curve and corner, the adjacent geotexes are currently applied more than the reinforced earth retaining wall with the assembly panel, and the common gratings in the assembly panel will have gaps or overlaps (see Figure 1). There are rectangular, hexagonal, cruciform, L, and groove shapes for external bending of geogrids. A gap will appear at the corner of the panel module.
In order to ensure the continuity of reinforced soil, the layout design in the gap part can be flexibly prefabricated into various shapes according to the needs of the engineering environment. It can provide a good same type of reinforced geogrid for earth retaining wall and cover all the reinforced areas; the visual effect of the inward bending; and the use of color cement to increase the artistry of the wall. At the corner, some reinforced geogrid for earth retaining wall overlaps will occur at the corner, and the geogrid retaining wall is also called the anti package or wrapped reinforced earth retaining wall at the geotextile earth retaining wall, and the friction coefficient of the overlapped part of the wall is reduced. A layer of 10mm to 20mm thick soil must be laid by the geogrid back package and each layer of geotextile. The gate is connected with a coarse sand layer by a special connecting rod to separate the two layers of geogrids, so as to ensure the exertion of the frictional resistance. As a whole, the mesh bags have been mixed with grass seeds, shrub seeds and flower seeds suitable for local growth. After several months, the green ecological wall is formed. This not only protects the safety of geogrids, but also beautifies the environment of retaining walls.
Contact: Nicky Li