Turf Cell® - Permeable Paver - Grass Reinforcement
Verified by manufacturer over a year ago
Atlantis Turf Cell® highly effective product for root growth in vertical and horizontal plane. Unlike concrete systems, roots remain isolated and aerated, allowing grass to grow strong and homogeneous
Application
Suitable application for:
- Access roads.
- Roadways.
- Residential parking.
- Roads.
- Golf cart trails.
- Pop-up vehicle access.
- Helicopter landing strips.
Description
Atlantis Turf Cell® can be used in any landscape where low to medium use parking surfaces, access roads and driveways are required. Turf reinforcement provides a reinforced grid for evenly distributed plant growth.
With Atlantis Turf Cell® the sub-base required for cells is equal to or less than the sub-base required for concrete or bitumen. The elimination of the traditional storm water system required by impermeable paved areas provides an immediate cost saving when installing Atlantis Turf Cell for the same application.
General information
Color | Black |
Finish | Smooth |
Material | Polypropylene |
Shape | Square |
Length | 575 mm |
Width | 575 mm |
Height | 50 mm |
Warranty description | Seven year |
Uniclass | |
SpecPack | 02920 Lawns and Grasses |
SpeedSpec | 02910 Landscape Works 02315 Excavation and Site Works |
NATSPEC National Classification System | 0252 Landscape – Natural Grass Surfaces 0250 Landscape - Combined |
Specification data - Plastics cellular pavers
Material | Polypropylene. |
Unit size | |
Length | 575 mm. |
Width | 575 mm. |
Depth | 50 mm. |
Colour | Black. |
Recycled content | |
Value | 85%. |
Strength | 140 t/m². |
Weight | 4.95 kg/m². |
Flowrate | 2.56 L/s/m @ 1% gradient. |
Volume void | 90%. |
Sustainability data
Contains Red List materials | No |
Country of material origin | Malaysia |
Country of product manufacture | Malaysia |
Recyclability | 100% |
Recycled contentAs defined in clause 7.8 of BS EN ISO 14021 | 85 % Guidance for specification option: Recycled Polypropylene 15% Propriety Selected Materials. |
Case studies
Macquarie University Car Park Turf Cell