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EROSION CONTROL

GEOGRID DLT MESH TR

The three-dimensional geogrid DLT MESH TR is a material designed to prevent and correct erosion on embankments, slopes and soils where a regeneration of the topsoil is to be achieved. This three-dimensional anti-erosion geogrid is formed by a layer of extruded polypropylene tangled filament, forming a mat with a high number of nodules. The main advantages of the geogrid DLT MESH TR are:

The three-dimensional geogrid DLT MESH TR is a material designed to prevent and correct erosion on embankments, slopes and soils where a regeneration of the topsoil is to be achieved. This three-dimensional anti-erosion geogrid is formed by a layer of extruded polypropylene tangled filament, forming a mat with a high number of nodules. The main advantages of the geogrid DLT MESH TR are:

  • The extruded polypropylene is stabilized against UV rays.
  • The three dimensional structure allows placing the plant substrate.
  • The mesh opening allows the passage of water and nutrients.
geogrid-for-erosion-control-in-slopes
geogrid-for-erosion-control-in-slopes
geogrid-for-erosion-control-in-slopes
geogrid-for-erosion-control-in-slopes
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APPLICATIONS

The main applications of the DLT MESH TR geogrid are:

  • Control soil erosion on slopes at risk of degradation due to weather conditions.
  • Regeneration and protection of the topsoil on slopes and embankments.
  • Reduces runoff and sediment transport in the ditches of highways and the side of the railway tracks.
  • Stabilization and reinforcement of green walls.
  • Revegetation in the construction of reservoirs and landfill sites
  • Regeneration of the topsoil in the sealing of landfills.
  • Easy installation even in adverse weather conditions.

 

geogrid-for-erosion-control-in-slopes
FUNCTIONS

DLT MESH TR fulfills the following functions:

  • Protection of the first layers of the soil from
  • Creates a rooting layer for regeneration and better rooting of plant species.
  • Reinforcement of the soil to prevent the formation of gullies.
  • Allows the passage of water through its three-dimensional structure improving the infiltration of water and nutrients.
  • Cost reduction in regeneration of degraded areas.
  • Reduces the environmental impact.