Product description
Plastic Paving Grids Description Plastic Paving Grids manufactured from recycled HDPE plastic. Paving grid inter-connect with ith each other to provide a very strong stable surface capable of withstanding heavy vehicle loads. The porous paving grids can be filled with gravel, grass or a soil / rootzone to provide a gravel or a natural grass surface. Applications include regularly trafficked areas (pedestrian and vehicles), overflow grass parking lots, golf cart paths, grass fire truck lanes, wheelchair / handicap paths and grass driveways. Pavers can be installed with either a grass or gravel filled surface depending on the application required. Features Plastic Paving grid is available in black, green and natural white and is manufactured from UV Stabilized 100% recycled HDPE. Paving grids are strong, chemically inert & non-toxic and provide a durable, safe and eco-friendly surface for trafficked areas. Applications Grass Parking Lots Overflow grass car & bus parking lots Grass Fire Truck Access routes / Fire Lanes Grass Helipads / Helicopter landing pads Grassed light aircraft / airplane taxiways Handicap access routes Golf cart paths Emergency grass access roads Residential access and parking spaces Grass Driveway and grass shoulders Color
Weight
Load Bearing
Capacity
Material
Part No.
Black
0.54/pc
200tons/sqm
100% Virgin
Polyethylene
HB-50
Green
0.54/pc
200tons/sqm
100% Virgin
Polyethylene
HG-50
Natural White
0.54/pc
200tons/sqm
100% Virgin
Polyethylene
HW-50
Production Specification Installation Guidelines For full installation instructions and guidelines download our Specification, Design & Installation Guidance documents which can be accessed through the downloads section below. Benefits Grass pavers have a load bearing capacity up to 200tons/sqm 100% recycled plastic, fully recyclable. Pavers filled with grass allow free water drainage into the natural sub-grade Natural looking, , permeable environmentally friendly & free draining reinforced grass surface / pavement Porous paving helps reduce storm water run off and recharges groundwater supplies