Views: 0 Author: Site Editor Publish Time: 2022-09-02 Origin: Site
Geocell is designed for the reinforcement of weak soils and has many applications, including retention of soils on steep slopes and highway and rail embankments. The cells of the hdpe geocell retain the fill material, while allowing water through.
Earth retaining walls
Slope reinforcement
Subbase reinforcement
Erosion control
Basal reinforcement
Tree root protection
Concrete shuttering
Green roofs
Cost effective
Easy to install
Reduces stone requirements
Confines soil and fill material
Environmentally friendly
Plastic geocell works by confining and stabilising the surface of weak soils, creating a honeycomb of interconnected polymer strips that form pockets to locate and strengthen the infill material.
Geo cell can be laid over stable, steep slopes where the cell walls provide a tensile force, increasing the strength of the material and acting as mini-weirs to reduce run off velocity and soil loss. On a slope Erosaweb geocell is normally secured to the underlying material by frequent pinning, usually with steel pins. Where this is inadvisable or impossible, for instance when Erosaweb is installed over a geomembrane, the webs should be secured to a high-strength geogrid such as Trigrid.
Using it is also possible to strengthen sub-bases and reduce foundation stone thickness under loaded areas by up to 50%.
Earth retaining walls can be formed with horizontal layers of Erosaweb geocell filled and placed one on top of another. A specific retaining wall product is available as geo cel.
Three dimensional cellular matrix confines and reinforces weak soils for use in soil retention on steep slopes.
Landscape Architects
Housing Developers / Retail Developers
Highways Authorities
Highways Engineers
Drainage Consultants
Local Authorities
If you have any needs or questions, please feel free to contact us, Mary +8618130028453, mary@zhongloo.com, Anhui Zhonglu (www.zlgeo.com).
If you have any needs or questions, please feel free to contact us, Mary +8618130028453, mary@zhongloo.com, Anhui Zhonglu (www.zlgeo.com).