TurfPave® XD Grass & Gravel Paver
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Grass & Gravel Paver Creating Cities Where Urban Meets Nature Our Innovation Your Solution TurfPave® is an interlocking grass and gravel paver manufactured from recycled plastics. It is designed to stabilise and support grass or decorative gravel that is subject to pedestrian and occasional vehicular traffic.

TurfPave® XD is designed for use in the creation and stabilisation of grass and gravel access pathways for heavy emergency vehicles. It also serves as a stabiliser for mild slopes and functions as an erosion control measure. TurfPave® XD is a high strength plastic module designed to contain and stabilize grass or decorative gravel with the ability to withstand heavy loads imposed by emergency vehicles such as fire trucks. It replaces asphalt and concrete to create permeable surfaces that may be turfed or planted with ground cover and enable these areas to blend into the aesthetics of their...

TurfPave® Build-Up Enhancing the Urban Experience Enhancing the Urban Experience Turfing 40 mm thick TurfPave® with soil and sand mix Leveling Sand (if required) Compacted Hardcore / Crusher Run Compacted Sub-Base Permeable Surface for Stormwater Management TurfPave® XD is suitable for use as a permeable surface in stormwater management systems as it allows rain water to percolate through the infill and infiltrate into the base course below. This process serves to filter pollutants from stormwater at source and prevents water logging. TurfPave® XD reduces use of concrete or asphalt surfaces...

Technical Specifications Material PP Dimensions 500 mm x 500 mm Height Cell Size (diagonal) Weight ~4.3 kg/m2 Compressive Strength (unfilled) Compressive Strength (sand filled) Service Temperature Biological Resistance Chemical Resistance Unaffected by moulds and algae Resistant to rot, oils, acids, alkalis, bitumen and naturally occurring soil chemicals Leveling Sand TurfPave® XD Topsoil Grass/Turfing TurfPave® XD has been tested* in accordance with ASTM D695-08 to withstand compressive exceeding 3000 t/m2 (4267psi) and exceeds typical load requirements of vehicles, namely: Passenger...