Summary
A cellular confinement system made from high density polyethylene designed to improve soil stabilization, reduce erosion, and increase load support.
A cellular confinement system made from high density polyethylene designed to improve soil stabilization, reduce erosion, and increase load support.
Application
Typical uses include slope erosion control for topsoil and vegetation, load platforms and road subbase stabilisation, and tree root protection (TRP).
Typical uses include slope erosion control for topsoil and vegetation, load platforms and road subbase stabilisation, and tree root protection (TRP).
Description
A robust three dimensional cellular confinement system fabricated from textured and perforated strips of high density polyethylene (HDPE) with ultrasonically welded joints designed to improve soil stabilization, reduce erosion, and increase load support.
Features and benefits:
- Stiff HDPE material does not easily flatten and allows fast filling of the cells.
- Strong joints with excellent load transfer gives improved stabilization of all fill materials and higher bearing capacity.
- UV stabilized material with excellent long term durability in all soil types.
- Full depth stabilization of all granular fills reducing the amount of imported material required by 50%.
- Allows the use of local infill material such as sand removing the cost of importing traditional pavement subbase materials.
- Reduces bearing pressures helping to control differential settlement in soft and variable strength ground.
- Holes in the cell walls provide fixing points for helical pins allowing faster installation and reduced repetitive manual activity.
A robust three dimensional cellular confinement system fabricated from textured and perforated strips of high density polyethylene (HDPE) with ultrasonically welded joints designed to improve soil stabilization, reduce erosion, and increase load support.
Features and benefits:
- Stiff HDPE material does not easily flatten and allows fast filling of the cells.
- Strong joints with excellent load transfer gives improved stabilization of all fill materials and higher bearing capacity.
- UV stabilized material with excellent long term durability in all soil types.
- Full depth stabilization of all granular fills reducing the amount of imported material required by 50%.
- Allows the use of local infill material such as sand removing the cost of importing traditional pavement subbase materials.
- Reduces bearing pressures helping to control differential settlement in soft and variable strength ground.
- Holes in the cell walls provide fixing points for helical pins allowing faster installation and reduced repetitive manual activity.
Color
Black
Black
Material
Polyethylene
Polyethylene
Shape
Rectangle
Rectangle
Length
6100 mm, 6520 mm, 8350 mm, 12630 mm, 13720 mm
6100 mm, 6520 mm, 8350 mm, 12630 mm, 13720 mm
Width
2400 mm, 2560 mm
2400 mm, 2560 mm
Height
75 mm, 100 mm, 125 mm, 150 mm, 200 mm, 250 mm, 300 mm
75 mm, 100 mm, 125 mm, 150 mm, 200 mm, 250 mm, 300 mm
Warranty description
100 year
100 year
SKU Code
TG330,TG356,TG445,TG660,TG712
TG330,TG356,TG445,TG660,TG712
Specification
Classification data
Material
High-density polyethylene (PE-HD). Multiple rhomboidal indentations
Perforations: <10mm diameter holes, horizontal rows <12% cell wall surface area.
High-density polyethylene (PE-HD). Multiple rhomboidal indentations
Perforations: <10mm diameter holes, horizontal rows <12% cell wall surface area.
Cell dimensions (expanded)
-
-
Cell size (nominal)
259 x 224 mm.
320 x 287 mm.
Cell depth
100 mm., 150 mm., 200 mm.
100 mm., 150 mm.
Properties
-
-
UV resistance
Weathering (UV Exposure) to EN 12224: 30 days.
Weathering (UV Exposure) to EN 12224: 30 days.
Dry weight
26.8 kg., 40.2 kg., 53.7 kg.
27.1 kg., 40.7 kg.
Additional properties
Ageing
Combined ageing (Oxidation, temperature and moisture) to EN ISO 13438: 100 years.
Combined ageing (Oxidation, temperature and moisture) to EN ISO 13438: 100 years.
Sustainability data
Contains Red List materials
No
No
Country of material origin
India
India
Material
Polyethylene
Polyethylene
Expected Life
100 year
100 year