The STRONGEST surface stabilisation & erosion control system on the market
DiamondGrid™ - Great for Driveways
Perfect for Rural & Residential Driveways and more
DiamondGrid™ - Utilised by Golf Clubs across the world
Improving pathways and creating new, cost effective permenant surfaces
Diamond Grid - Perfect for farm use
Perfect for feedlots, trough and gate pads, day yards and more
DiamondGrid™ is TOUGH and Sustainable.
DiamondGrid™ can carry up to 1000 Tonnes Per Square Meter and is made from recycled material
DiamondGrid™ is 100% recycled UV treated polypropylene, engineered for load of up to 1000 Tonnes per square meter, with up to 96% permeability, used extensively for driveways, hardstands, and shed flooring. DiamondGrid™ is proven for heavy static and high-frequency traffic load, for mining, construction, and agriculture. DiamondGrid™ is also an alternative to traditional concreting – using 60% less concrete thus reducing greenhouse gas emissions.
Proud clients and partners:
Before and After DiamondGrid™
Before DiamondGrid™
The ground surface is battered with erosion, tyre ruts and mud after long spells of rain, representing a risk to foot or vehicular traffic.
After DiamondGrid™
DiamondGrid™ cost-effectively delivers and maintains a permeable surface that eliminates mud, erosion, and runoff, a safer, tougher, and more durable surface.
DiamondGrid™ Recommended Fill Options
-
- 7-12mm stone
-
- 7-12mm stone
-
- 7-12mm stone
-
- Roadbase
-
- Turf
-
- Concrete
-
- Asphalt
-
- Crushed stone
-
- Crushed stone
-
- 7-12mm stone
-
- 7-12mm stone
-
- 7-12mm stone
DiamondGrid™ Applications
The STRONGEST in the game.
The DiamondGrid™ - easy to install with a robust interlocking system.
Applications suitable for Diamond Grid include:
Heavy Vehicle Haul/Access Roads
Roads
Driveways
Shed/Workshop floors
Concrete pavements
Car Parks
Made from 100% recycled, UV treated polypropylene, Diamond Grid is ecologically friendly and highly durable. The product has been load tested by the Facility of Engineering and Surveying Centre of Excellence in Engineered Fibre Composites, University of Southern Queensland and Sageos CTT Group and found to withstand loads in excess of 300 tonnes per square metre when empty or over 1000+ tonnes crush resistance per m/2 when grids are filled.
