geosynthetics SOKE
geosynthetics SOKE

What are GeoSynthetics? In all, geosynthetics, perform five major functions: separation, reinforcement, filtration, drainage and moisture barrier. There are six families of geosynthetics: geotextiles, geogrids, geonets, geomembranes, geocomposites and "geo-others." Geotextiles form the largest group of geosynthetics.

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Geomembrane
Geomembrane

A geomembrane is very low permeability synthetic membrane liner or barrier used with any geotechnical engineering related material so as to control fluid (or gas) migration in a human-made project, structure, or system. Geomembranes are made from relatively thin continuous polymeric sheets, but they can also be made from the impregnation of geotextiles with asphalt, elastomer or polymer sprays, or as multilayered bitumen geocomposites. Continuous polymer sheet geomembranes are, by far, the most

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Geogrid
Geogrid

Geogrid is a flexible mesh that is used to create a reinforced coherent mass behind the retaining wall by stabilizing the soil. The stability of the soil depends greatly on the friction angle it contains. The friction angle is often referred to as the shear strength of the soil.

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geosynthetics SOKE
geosynthetics SOKE

What are GeoSynthetics? In all, geosynthetics, perform five major functions: separation, reinforcement, filtration, drainage and moisture barrier. There are six families of geosynthetics: geotextiles, geogrids, geonets, geomembranes, geocomposites and "geo-others." Geotextiles form the largest group of geosynthetics.

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Unidirectional Tension Geogrid

Unidirectional Tension Geogrid

Soke unidirectional tension Geogrid is produced from macromolecule polymer by pressing into sheet, punching into regular mesh net and vertical tension. The process makes macromolecule form directional linear status, and forms integral net structure with uniform distribution, high node strength and long ellipse shape.

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    Unidirectional Tension Geogrid

    Product survey

    Soke unidirectional tension Geogrid is produced from macromolecule polymer by pressing into sheet, punching into regular mesh net and vertical tension. The process makes macromolecule form directional linear status, and forms integral net structure with uniform distribution, high node strength and long ellipse shape. The structure has high tensile strength and tensile modulus, especially the product of our company has high early tensile strength (elongation rate of 2%-5%) and tensile modulus that exceed international level. It provides ideal force bearing and spread interlock system to soil. The product has large tensile strength (150Mpa), suits various soils, and is widely used reinforcing material at present