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Geogrids exhibit a fast growing segment within the sphere of geosynthetics. Rather than being a woven, non-woven or knitted textile fabric, the Geogrids are plastics formed into a grid-like configuration with large openings. For excellent physical properties, they are stretched in one or two directions, or made on weaving machines using innovative methods. There are over 25 application areas of Geogrids, however they work almost exclusively as reinforcement material.
The geogrids are relatively high-modulus, high-strength and low-creep-sensitive polymers with apertures varying from 0.5 to 4 inch (1 to 10 cm) in size. These openings are either elongated ellipses, rectangles, squares or near-squares with rounded corners. Under some circumstances separation might be a utility, but normally it is not. Constantly, the geogrids are active in some form of reinforcement.
Our Geogrids are made with the latest technology in state-of-the-art facilities. There is a perfect combination of graded raw materials, innovative manufacturing techniques and experience. We provide our customers the assurance of quality as well as performance.
We are providing superior standard of geogrid, which is available in biaxial and uniaxial polyester kind. It is made out of optimum molecular weight, has PVC covering and elevated tenacity many filament polyester threads, which provide resistance against UV and further makes the geogrid stronger and additionally reduces fiber degeneration. Moreover, it is an accurately knitted geogrid, which gives high junction power and a enhanced coefficient of soil response.
Our range is extensively utilized for many purposes, for example, stabilization and reinforcement of embankment, side slop and river side; holding wall' roadbed support of railway and road, break prevention, enhancement in roadbed strength; soil support and dyke support on smooth ground for pressure equity, sedimentation alteration, increment of balance and loading limit of foundation.
SOME OF THE SALIENT ATTRIBUTES:
High elasticity at low lengthening
High long-run plan intensity
Fabulous resistivity from creep
Adaptable and sturdy
Expanded pull-out retardance and compound standard
Ideal soundness of the intersection of the grid
High biological and chemical resistance
Improved resistivity to installation harm and simplicity in installation