EcoGrid E30 330mm x 330mm x 30mm

Price per sqm (9.2 tiles per sqm)

The EcoGrid E30 paver is an ideal solution for pedestrian access, equine ground stabilisation, general landscape construction, stabilising permeable paving products and overlay systems to grassed parking.

The interlocking grid system is capable of withstanding high amounts of pressure and has a 20 year manufacturer's warranty. This environmentally friendly ground reinforcement tile provides excellent water drainage and can be filled with pea gravel or soil which can be seeded to grow grass.

Features

• For light duty loading applications
• Interlocking grid system
• Withstands high amounts of pressure
• 20 year manufacturer's warranty
• Environmentally friendly - manufactured from 100% recycled polyethylene
• Excellent water drainage
• Available in a choice of four colours

One square metre weighs approximately 5.04kg and is manufactured from 100% recycled polyethylene. The product is fully tested, approved and guaranteed to be the best available from the market. Each tile is 330mm x 330mm x 30mm high with a wall thickness of 4.4mm, a carrying load capacity of 250 tonnes/sqm when filled and is available in a choice of four colours.

Although generally classed as a pedestrian loading grid, EcoGrid E30’s high compression capacity of 20 tons axel load allows usage in a wide variety of applications including as a footpath or a cycle path and temporary paths for foot traffic around caravan parks, fates, building sites, country shows and other outside events. The E30 can also be used for garden shed bases and other garden structures such as a pagoda, summer house and even a small pavilion.

All EcoGrid products arrive on-site pre-locked in rows of 12 grids or 1.33 metres, fitting is very swift and uncomplicated. All grids feature a unique patented locking system to ensure that they remain locked together even under the most demanding conditions. Since 1994, EcoGrid has enjoyed the status of world leader in completely recycled plastic reinforced surfacing systems.