Geotextile is an effective solution solving construction of a stable granular layer over soft foundation soils. As the imposed loads often causing intermixing of two layers when stone is placed directly on a soft subgrade. This resulting loss in bearing strength, surface rutting and deformation at the sub-base/subgrade interface of the stone layer with Contamination
Non-woven geotextile is modern development in high tech process industries in which synthetic polymer fibers or filaments are continuously extruded and laid into moving belt. Then the mass of filaments or fibers are needle punched , in which filaments are mechanically entangled by a series of small needles in which fibers are welded together by heat and or pressure at their points of contact in a nonwoven mass.
Woven geotextiles are individual threads and tapes that are woven on a loom. The weaving process is same as textile cloth making. The main production polymer is 100% polypropylene (PP).
Oven geotextile fabrics strive to provide dimensional stability and deliver superior load distribution.
Gabions are flexible cages made of hexagonal double twist heavily galvanized mild steel woven wire mesh with an additional polymer coating if required. These units are laced together, packed with selected stone and act as building blocks. They are used in the construction of retaining walls, weirs, culvert inlet/outlet and other civil structures.
Geocomposites consist of a combination of geotextile and geogrid; or geogrid and geomembrane; or geogrid and geotextile and geomembrane; or any one of these three materials with another material.
Drainage Geocomposite normally consists of a polymer sheet core covered by a geotextile acting as a filter and separator on one or both sides