T-Drain
HDPE geonet coupled with 1 or 2 nonwoven textiles
T-Drain is a drainage geocomposite obtained by bonding a three-dimensional HDPE diamond mesh structure – with two rows of overlapping, crossed-over and parallel wires – with either one or two PP non-woven geotextiles.
Used in applications like landfills and contaminated sites.
T-Drain exists in three different thicknesses: 4,2 – 5,2 – 6 mm
Available in different versions:
- T-DRAIN 4,2 50 12F (geonet + 2 NW geotextiles)
- T-DRAIN 4,2 50 12F TG (geonet + 1 NW geotextiles)
- T-DRAIN 5,2 65 12F (geonet + 2 NW geotextiles)
- T-DRAIN 5,2 65 12F TG (geonet + 1 NW geotextiles)
- T-DRAIN 6 84 12F (geonet + 2 NW geotextiles)
- T-DRAIN 6 84 12F TG(geonet + 1 NW geotextiles)
TeMa also offers a naked geonet in the versions T-NET 4,5 and 5,2.
Functions
 Drainage |
Applications
 Landfills and contaminated sites |
TECHNICAL DATA SHEET T-DRAIN 4,2 50 12F
TECHNICAL DATA SHEET T-DRAIN 4,2 50 12F TG
TECHNICAL DATA SHEET T-DRAIN 5,2 65 12F
TECHNICAL DATA SHEET T-DRAIN 5,2 65 12F TG
TECHNICAL DATA SHEET T-DRAIN 6 84 12F
TECHNICAL DATA SHEET T-DRAIN 6 84 12F TG
Maxistud GEO
Speedrain C10 40 10F
Geocomposite comprising monofilament core sandwiched between two filter nonwovens
Speedrain is a drainage geocomposite consisting of an extruded PP monofilament core thermocouple to two PP non-woven geotextiles acting as a filter. Its lower part can house a drainage pipe to facilitate the discharge of intercepted liquids. Used in drainage ditch applications.
Functions
| Drainage |
Applications
 Drainage ditches |
Q-Drain ZW8 WP Football 75 10F
Geocomposite with monofilament core sandwiched between a waterproofing film and a nonwoven
Drainage geocomposite made by a core of PP monofilaments bonded to one nonwoven getoextile and one poliolefinic membrane. The connections between the rolls are made with a butylic adhesive already included in the product. Designed for subbases with horizontal drainage system. Used in soccer field applications.
Functions
| Drainage and performance |
Applications
 Synthetic turf soccer fields |
Q-Drain ZW
Geocomposite with monofilament core sandwiched between two nonwovens, 5 mm thick
Q-Drain® is a drainage geocomposite obtained from extruded PP monofilaments, bonded with two filter elements (non-woven geotextiles). The ZW range has a parallel channel configuration, thus giving the product its high resistance to compressive strength. Used in applications like landfills and contaminated sites.
Available as ZW5 (5 mm thick) and ZW8 (8 mm thick). The non-woven geotextiles coupled vary from 100 g/m² (10F) to 140 g/m² (14F).
Consult the technical data sheets below to see all the variations.
A PE membrane (available in various thicknesses) can be provided on request.
Functions
| Drainage |
Applications
| Landfills and contaminated sites |
TECHNICAL DATA SHEET ZW5 30 10F
TECHNICAL DATA SHEET ZW5 40 10F
TECHNICAL DATA SHEET ZW8 40 10F
TECHNICAL DATA SHEET ZW8 50 10F
TECHNICAL DATA SHEET ZW8 50 12F
TECHNICAL DATA SHEET ZW8 50 14F
TECHNICAL DATA SHEET ZW8 75 10F
TECHNICAL DATA SHEET ZW8 75 12F
TECHNICAL DATA SHEET ZW8 75 14F
TECHNICAL DATA SHEET ZW8 100 10F
TECHNICAL DATA SHEET ZW8 100 12F
TECHNICAL DATA SHEET ZW8 100 14F
CATALOGUE
Landfills and contaminated sites
Q-Drain C
Geocomposite with monofilament core sandwiched between two nonwovens, 20 mm thick
Q-Drain® is a drainage geocomposite obtained from extruded PP monofilaments, bonded with two filter elements (non-woven geotextiles). The C range is bicuspid (pyramidal), and has thicknesses of 15 and 20 mm. Used in applications like landfills and contaminated sites.
The mat is coupled with different weight geotextiles (100, 120, 140 g/m²).
A PE membrane (available in various thicknesses) can be provided on request for the Football version is used under synthetic turf in FIGC-approved and non-approved football fields.
Functions
| Drainage |
Applications
| Landfills and contaminated sites |
TECHNICAL DATA SHEET C15 65 10F
TECHNICAL DATA SHEET C15 65 12F
TECHNICAL DATA SHEET C15 65 14F
TECHNICAL DATA SHEET C20 65 10F
TECHNICAL DATA SHEET C20 65 12F
TECHNICAL DATA SHEET C20 65 14F
CATALOGUE
Landfills and contaminated sites
MD
HDPE dimpled membrane
MD is a drainage geocomposite with high compressive strength, obtained by bonding a HDPE micro-studded membrane (4 mm) with up to two PP non-woven geotextiles.
The micro-studded membrane can also be used without filter elements, incorporated between two waterproofing membranes as leakage control system .
MD exists both with recicled vergin plastic.
Availble in different versions:
- MD 4 42 (membrane only)
- MD 4 50 (membrane only)
- MD 4 50 V (membrane only, virgin HDPE)
- MD 4 50 12F (membrane + 1 NW geotextile)
- MD 4 50 12F 12F (membrane +2 NW geotextiles)
Functions
| Drainage |
Applications
| Landfills and contaminated sites |
TECHNICAL DATA SHEET MD 4 50 V
HDD
10 mm HDPE studded membrane
Polyethylene geomembrane with a non-woven geotextile providing a drainage function. The special shape of the studs results in excellent compressive strength and impressive drainage capacity to cope with both high and low loads (up to 600 kPa).
Used in applications like landfills and contaminated sites.
Available with different compression strengths.
Functions
| Drainage |
Applications
| Landfills and contaminated sites |
HDD 1085 12F
HDPE studded membrane bonded to a filter geotextile
Mechanically very strong HDPE studded membrane laminated with a nonwoven geotextile providing a drainage function. Used in applications like landfills and contaminated sites.
Functions
| Drainage |
Applications
| Landfills and contaminated sites |
Membrana Nera GEO
8 mm studded membrane with one NW geotextile
HDPE geomembrane, laminated with a PP filter non-woven geotextile. Due to the presence of the membrane, the composite is able to protect the material on which it is installed and drain liquids and air from the side where the filter element is present. eatures good compressive strength and drainage capacity to cope with both high and low loads.
The product is available in roll widths of up to 4.8 m. Used in reinforced soil projects.
Functions
| Drainage |
Applications
 Reinforced earth structures |
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