Drainage geocomposites and membranes

Drainage geocomposites refer to a special type of coupled geosynthetic products that, thanks to the filtration and permeability features of non-woven fabrics and the high percentage of empty volume between the filters, create a preferential path to drain percolating water.

TeMa drainage geocomposite range includes one or two non-woven fabrics coupled to textured membranes, monofilament or extruded meshes. Textured membranes are made of HDPE and are classified based on their thickness or compressive strength; they are coupled with non-woven fabrics and are used as drainage geocomposites both in the construction field – for foundation works or flat coverings – and in landfills, tunnels or other applications.

Drainage products comprising an inner core obtained by extruding synthetic monofilament twisted and welded in contact points can be thermocoupled to one or two filtering geofabrics.

Characterized by a very high percentage of empty volume, monofilament can be used in the construction field, as well as in landfills, tunnels and synthetic turf soccer fields.

Lastly, extruded meshes are drainage geocomposites comprising an HDPE geomesh with two twisted wires coupled to one or two geofabrics, often used to drain landfill bottoms, thanks to the low compressibility of the product.

  • Highly density polyethylene (HDPE) studded membrane, bonded to a filter geotextile

    HDD 10105 12F

    HDPE studded membrane bonded to a filter geotextile Mechanically very strong HDPE studded membrane laminated with a ...
  • Highly density polyethylene (HDPE) studded membrane, bonded to a filter geotextile

    HDD 1085 12F

    HDPE studded membrane bonded to a filter geotextile Mechanically very strong HDPE studded membrane laminated with a ...
  • HDD

    HDPE studded membrane bonded to a filter geotextile Mechanically very strong HDPE studded membrane laminated with a ...
  • HDPE studded membrane, 20mm thick, with one nonwoven textile

    Maxistud GEO

    HDPE studded membrane, 20 mm thick, with one nonwoven textile Maxistud Geo is a 20 mm thick HDPE studded membrane, c...
  • HDPE studded membrane, 20 mm thick

    Maxistud

    HDPE studded membrane, 20 mm thick Maxistud is a 20 mm thick HDPE studded membrane, consisting of studded elements a...
  • MD

    HDPE dimpled membrane MD is a drainage geocomposite with high compressive strength, obtained by bonding a HDPE micro...
  • HDPE studded membrane, 8 mm thick, with one nonwoven textile

    Membrana Nera GEO

    HDPE studded membrane, 8mm thick, with one nonwoven textile Membrana Nera Geo is a HDPE studded membrane that bonded...
  • Q-Drain C

    Geocomposite with monofilament core sandwiched between two nonwovens, 20 mm thick Q-Drain® is a drainage geocomposit...
  • Geocomposito drenante con anima in monofilamenti e un tnt, sp. 5 mm

    Q-Drain ZW

    Geocomposite with monofilament core sandwiched between two nonwovens, 5 mm thick Q-Drain® is a drainage geocomposite...
  • Geocomposito drenante con anima in monofilamenti e con due tnt

    Q-Drain ZW8 WP Football 75 10F

    Geocomposite with monofilament core sandwiched between a waterproofing film and a nonwoven Drainage geocomposite mad...
  • Drainage geocomposite: core of monofilaments, bonded to 2 filtering nonwoven geotextiles

    Speedrain C10 40 10F

    Geocomposite comprising monofilament core sandwiched between two filter nonwovens Speedrain is a drainage geocomposi...
  • T-Drain

    HDPE geonet coupled with 1 or 2 nonwoven textiles T-Drain is a drainage geocomposite obtained by bonding a three-dim...
  • Highly density polyethylene (HDPE) studded membrane, bonded to a filter geotextile

    HDD 10105 12F

    HDPE studded membrane bonded to a filter geotextile Mechanically very strong HDPE studded membrane laminated with a ...
  • Highly density polyethylene (HDPE) studded membrane, bonded to a filter geotextile

    HDD 1085 12F

    HDPE studded membrane bonded to a filter geotextile Mechanically very strong HDPE studded membrane laminated with a ...
  • HDD

    HDPE studded membrane bonded to a filter geotextile Mechanically very strong HDPE studded membrane laminated with a ...
  • HDPE studded membrane, 20mm thick, with one nonwoven textile

    Maxistud GEO

    HDPE studded membrane, 20 mm thick, with one nonwoven textile Maxistud Geo is a 20 mm thick HDPE studded membrane, c...
  • HDPE studded membrane, 20 mm thick

    Maxistud

    HDPE studded membrane, 20 mm thick Maxistud is a 20 mm thick HDPE studded membrane, consisting of studded elements a...
  • MD

    HDPE dimpled membrane MD is a drainage geocomposite with high compressive strength, obtained by bonding a HDPE micro...
  • HDPE studded membrane, 8 mm thick, with one nonwoven textile

    Membrana Nera GEO

    HDPE studded membrane, 8mm thick, with one nonwoven textile Membrana Nera Geo is a HDPE studded membrane that bonded...
  • Q-Drain C

    Geocomposite with monofilament core sandwiched between two nonwovens, 20 mm thick Q-Drain® is a drainage geocomposit...
  • Geocomposito drenante con anima in monofilamenti e un tnt, sp. 5 mm

    Q-Drain ZW

    Geocomposite with monofilament core sandwiched between two nonwovens, 5 mm thick Q-Drain® is a drainage geocomposite...
  • Geocomposito drenante con anima in monofilamenti e con due tnt

    Q-Drain ZW8 WP Football 75 10F

    Geocomposite with monofilament core sandwiched between a waterproofing film and a nonwoven Drainage geocomposite mad...
  • Drainage geocomposite: core of monofilaments, bonded to 2 filtering nonwoven geotextiles

    Speedrain C10 40 10F

    Geocomposite comprising monofilament core sandwiched between two filter nonwovens Speedrain is a drainage geocomposi...
  • T-Drain

    HDPE geonet coupled with 1 or 2 nonwoven textiles T-Drain is a drainage geocomposite obtained by bonding a three-dim...
  • Highly density polyethylene (HDPE) studded membrane, bonded to a filter geotextile

    HDD 10105 12F

    HDPE studded membrane bonded to a filter geotextile Mechanically very strong HDPE studded membrane laminated with a ...
  • Highly density polyethylene (HDPE) studded membrane, bonded to a filter geotextile

    HDD 1085 12F

    HDPE studded membrane bonded to a filter geotextile Mechanically very strong HDPE studded membrane laminated with a ...
  • HDD

    HDPE studded membrane bonded to a filter geotextile Mechanically very strong HDPE studded membrane laminated with a ...
  • HDPE studded membrane, 20mm thick, with one nonwoven textile

    Maxistud GEO

    HDPE studded membrane, 20 mm thick, with one nonwoven textile Maxistud Geo is a 20 mm thick HDPE studded membrane, c...
  • HDPE studded membrane, 20 mm thick

    Maxistud

    HDPE studded membrane, 20 mm thick Maxistud is a 20 mm thick HDPE studded membrane, consisting of studded elements a...
  • MD

    HDPE dimpled membrane MD is a drainage geocomposite with high compressive strength, obtained by bonding a HDPE micro...
  • HDPE studded membrane, 8 mm thick, with one nonwoven textile

    Membrana Nera GEO

    HDPE studded membrane, 8mm thick, with one nonwoven textile Membrana Nera Geo is a HDPE studded membrane that bonded...
  • Q-Drain C

    Geocomposite with monofilament core sandwiched between two nonwovens, 20 mm thick Q-Drain® is a drainage geocomposit...
  • Geocomposito drenante con anima in monofilamenti e un tnt, sp. 5 mm

    Q-Drain ZW

    Geocomposite with monofilament core sandwiched between two nonwovens, 5 mm thick Q-Drain® is a drainage geocomposite...
  • Geocomposito drenante con anima in monofilamenti e con due tnt

    Q-Drain ZW8 WP Football 75 10F

    Geocomposite with monofilament core sandwiched between a waterproofing film and a nonwoven Drainage geocomposite mad...
  • Drainage geocomposite: core of monofilaments, bonded to 2 filtering nonwoven geotextiles

    Speedrain C10 40 10F

    Geocomposite comprising monofilament core sandwiched between two filter nonwovens Speedrain is a drainage geocomposi...
  • T-Drain

    HDPE geonet coupled with 1 or 2 nonwoven textiles T-Drain is a drainage geocomposite obtained by bonding a three-dim...

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