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Geosynthetics TENAX GEOSYNTHETICS
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TENAX geosynthetics
| SOIL REINFORCEMENT | "Geosynthetics" is a general term which identifies a broad range of products, such
as geotextiles, geomembranes, geogrids, geonets, geocomposites,
geomats and many other.
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TENAX TT geogrids are produced for the reinforcement of soil. Soil and aggregate interlock within the geogrid openings, which, confine the soil and limit its relative displacements and increase the soil’s shear stress resistance. |
The reinforcing element provided by the TENAX RIVEL System is composed of a TENAX TT geogrid and on the face by a non structural guiding and supporting "left in place" formwork. |
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| SOIL STABILISATION | |||
TENAX LBO SAMP geogrids for soil stabilisation reinforcement. Interlocking of the aggregate within the apertures allows for the confinement of the soil. |
TENAX GT is a geocomposite for soil stabilisation where a reinforcing action and the separation between a granular base and very fine soil are required. |
Manufactured by combining up to 5 layers of geogrids: the number of strands allows for a very uniform distribution of stress conditions. |
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   TENAX 3D GRIDS 3 dimensional geogrids A new innovative range of 3-Dimensional Geogrids that aim to maximise the interlocking within the soil or stone / grid matrix. |
Geocomposites having high filtering and drainage capacity, produced by laminating geonets with geotextiles. |
The TENAX GEORAFT system is designed to allow the building of structures with rigid foundations on very soft and yielding soils. |
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| DRAINAGE | |||
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Three-dimensional structures composed of overlaying and intertwined parallel strands that create high capacity flow channels. |
A triplanar structure with rigid vertical ribs. that increase the tensile strength and compressive resistance of the geocomposite. |
A triplanar structure with rigid vertical ribs. that increase the tensile strength and compressive resistance of the geocomposite. |
 TENAX HF High Friction geocompositesHigh friction and high transmissivity geocomposite, produced by a geonet in HDPE + EVA and a geotextile. |
Geocomposites having high filtering and drainage capacity, produced by laminating a geonet with a geotextile. |
Geocomposites having high filtering and drainage capacity, produced by laminating geonets with geotextiles. |
The combination of a geotextile (filtering action) and a cuspated geonet (drainage and protection) offers a complete system of filter, drainage and protection. |
The lamination of a geotextile to a cuspated geomembrane having a high drainage and protection capacity offers an effective filtering, drainage adn protection system. |
| EROSION CONTROL | |||
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Designed for the protection and planting of slopes subjected to surface erosion whenever a suitable vegetative substrate soil already exists. |
Designed for the protection and planting of slopes subjected to surface erosion whenever a suitable vegetative substrate soil already exists. |
The cellular structure is therefore particularly useful on arid, rocky or impermeable soils where vegetation is almost or totally lacking. |
Manufactured by combining up to 5 layers of geogrids: the number of strands allows for a very uniform distribution of stress conditions |
 TENAX ECOMATBiomats Fiber mattresses made from straw and coconut capable for anti-erosion protection on not-excessively inclined slopes where a suitable underlying vegetative base capable of permitting planting already exists. |
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