Reinforcement geogrids are structural elements used as earth reinforcements to build retaining walls and reinforced earth structures. Suitably placed within the structure to be reinforced, geosynthetic reinforcements develop a tensional state that allows the composite system to sustain high levels of stress.
 
Differently from a woven geofabric – which has a closed mesh surface – geogrids have a different geometrical structure. The open mesh structure allows the product to develop a “passive” resistance near transversal elements, thus increasing its intrinsic stabilizing effect. TeMa geogrids are woven uniaxial or PVA, PET or PE extruded structures.


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XGrid PET-PVC-0 110/20 - Reinforcement uniaxial geogrids made by PET and coated with PVC

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XGrid PET-PVC-0 150/20 - Reinforcement uniaxial geogrids made by PET and coated with PVC

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XGrid PET-PVC-0 200/20 - Reinforcement uniaxial geogrids made by PET and coated with PVC

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XGrid PET-PVC-0 250/50 - Reinforcement uniaxial geogrids made by PET and coated with PVC

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XGrid PET-PVC-0 300/50 - Reinforcement uniaxial geogrids made by PET and coated with PVC

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XGrid PET-PVC-0 400/50 - Reinforcement uniaxial geogrids made by PET and coated with PVC

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XGrid PET-PVC-0 500/50 - Reinforcement uniaxial geogrids made by PET and coated with PVC

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XGrid PET-PVC-0 600/50 - Reinforcement uniaxial geogrids made by PET and coated with PVC

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XGrid PET-PVC-0 700/50 - Reinforcement uniaxial geogrids made by PET and coated with PVC

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XGrid PET-PVC-0 800/50 - Reinforcement uniaxial geogrids made by PET and coated with PVC

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XGrid PET-PVC-PP 20/20 - Stabilisation biaxial geogrids made by PET and coated with PVC, with one nonwoven textile

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XGrid PET-PVC-PP 30/30 - Stabilisation biaxial geogrids made by PET and coated with PVC, with one nonwoven textile

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XGrid PET-PVC-PP 40/40 - Stabilisation biaxial geogrids made by PET and coated with PVC, with one nonwoven textile

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XGrid PET-PVC-PP 60/60 - Stabilisation biaxial geogrids made by PET and coated with PVC, with one nonwoven textile

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XGrid PP-0 20/20 - Stabilisation biaxial geogrids made by PP extrusion

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XGrid PP-0 30/30 - Stabilisation biaxial geogrids made by PP extrusion

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XGrid PP-0 40/40 - Stabilisation biaxial geogrids made by PP extrusion

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XGrid PET-PVC-0 20/20 - Stabilisation biaxial geogrids made by PET and coated with PVC

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XGrid PET-PVC-0 30/30 - Stabilisation biaxial geogrids made by PET and coated with PVC

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XGrid PET-PVC-0 40/40 - Stabilisation biaxial geogrids made by PET and coated with PVC

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XGrid PET-PVC-0 50/50 - Stabilisation biaxial geogrids made by PET and coated with PVC

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XGrid PET-PVC-0 60/60 - Stabilisation biaxial geogrids made by PET and coated with PVC

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XGrid PET-PVC-0 80/80 - Stabilisation biaxial geogrids made by PET and coated with PVC

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XGrid PET-PVC-0 90/90 - Stabilisation biaxial geogrids made by PET and coated with PVC

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XGrid PET-PVC-0 100/100 - Stabilisation biaxial geogrids made by PET and coated with PVC

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XGrid PET-PVC-0 200/200 - Stabilisation biaxial geogrids made by PET and coated with PVC

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XGrid PET-PVC-0 20/20 - Reinforcement uniaxial geogrids made by PET and coated with PVC

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XGrid PET-PVC-0 35/20 - Reinforcement uniaxial geogrids made by PET and coated with PVC

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XGrid PET-PVC-0 55/20 - Reinforcement uniaxial geogrids made by PET and coated with PVC

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XGrid PET-PVC-0 80/20 - Reinforcement uniaxial geogrids made by PET and coated with PVC

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