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Polypropylene Geoflax geocell
Geocell is made of polypropylene using the extrusion method followed by regular punching and stretching in two directions to obtain a biaxial flexible mesh of cells of the same size and shape with the rigid connection of nodes.
In practice, biaxial soil Geoflax geocell or flat Geoflax geogrids are successfully used to increase the strength of landscape structures layered with grain-like materials (crushed stone, gravel, slag, expanded-clay aggregate, marble chips, decorative granulated glass, etc.). Geocell is designed to stabilize the vegetable soil and earth on slopes, to prevent soil erosion, and to retain sediments during engineering landscape works. The installation of geocell between layers (into load-bearing and under-rail formations of roads and tracks) together with geotextile contributes to improved efficiency of building structures and reduces the cost of materials.
Advantages of polypropylene Geoflax geocell
1.In layering any structure, the use of geocell reduces by up to 40% the backfilling layer of stone, sand, crushed rock, peat or granulated materials. At the same time, the project requirements for the structure stability are met as Geoflax geocell serves to strengthen the layers regardless of the bed softness degree.
2.We add black carbon to polymer so that the high resistance to UV radiation is achieved.
|Standard value for grid grades:|
|1.||Surface density, g/m2||300||380||510||570|
|2.||Maximum load at tensile tests, kN/m, at least:|
|3.||Tensile stress at relative elongation of 2%, kN/m, at least:|
|4.||Tensile stress at relative elongation of 5%, kN/m, at least:|
|5.||Relative elongationat maximum load,%, no more than:|
|6.||Cell size, mm:|
|– along roll length||35||35||35||35|
|– across roll width||З5||35||35||35|
|7.||Skewness of cells, deg.||±3||±3||±3||±3|
|8.||Roll width, cm||400||400||400||400|
|9.||Roll length, m||50||50||50||50|