Products
GEOSYNTHETICS

DLT GEOTEX

DLT GEOTEX is a three-dimensional rectangular geosynthetic structure that ensures the safe and durable operation of transport, industrial, civil, hydrological, military and even the most complex engineering and geological conditions such as weak, unstable, destroyed, swamps, flooded soils or in regions with extreme climates.

DLT GEOTEX is a three-dimensional rectangular geosynthetic structure that ensures the safe and durable operation of transport, industrial, civil, hydrological, military and even the most complex engineering and geological conditions such as weak, unstable, destroyed, swamps, flooded soils or in regions with extreme climates.

This geotextile has excellent physical and mechanical characteristics, is resistant to ultraviolet radiation, salt water and other aggressive environments and sudden changes in temperature. Available in two colors: grey and white. To facilitate the filling of DLT GEOTEX, a technological casing is used. The filling is made with different types of soil, depending on its function: sand, sand and gravel mixture, medium and small fraction gravel. There is the possibility of filling it with concrete, cement mixture with fly ashes, etc. Although most of the time the material from the area is used.

geotex
geotex
geotex
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APPLICATIONS
  • Transport infrastructure (airfields, railways, roads, service roads, forest roads).
  • GEOTEX for helicopter, production, storage, industrial and mining platform bases, etc.
  • Application for the reinforcement and stabilization of slopes, natural and artificial hillsides, ravines, road shoulders, bridge access to embankments and retaining walls.
  • In hydraulic infrastructures: embankments, retaining walls, dikes, roads, dams, erosion control structures, reinforcement of beaches and coastal areas, alluvial zones, etc.
  • In the construction of trenches for the laying of supply pipes: water, gas, heating, etc.
FUNCTIONS
  • Increases the beariing capacity of the ground.
  • It retains and maintains the soil matrix.
  • Divides the land from the building material into several layers.
  • Reduces the height of the embankment.
  • Reduces unevenness of the embankment settlement (reduces the volume of settlement).
  • Limits deformation by displacement.
  • Allows uniform distribution of point and vertical load over the entire base of the embankment.
  • Forms drainage layers.
  • Prevents leaching of filler material by groundwater.