Geohex in Mackay
Geohex
We are the local stockists for GEOHEX Erosion Control System, which is an Australian-made plastic grid turf and substrate stabiliser that has a huge variety of uses and applications (driveways, around boggy water troughs, garden paths, playgrounds, parking areas etc).
With a maximum load bearing capacity of 1200t/sqm and made from recycled and recyclable interlocking polypropylene hexagonal cells, Geohex is suitable for use in just about any type of ground and geological conditions
See an example in our shop.
Ensuring Ground Stability
Geohex is the ideal solution for stabilising ground in high-traffic areas, offering exceptional durability and eco-friendly benefits. Perfect for driveways, car parks and pathways, Geohex helps prevent erosion and manages soil movement effectively.
Designed for heavy load support, this innovative geocell product is easy to install and built to last. Whether you’re a commercial landscaper, construction company or property developer, Geohex provides a reliable, long-term solution for your projects.
Available in bulk and with flexible delivery options, we ensure Geohex meets the demands of large-scale projects. Contact us for expert advice or to place an order.
Call Blue River Landscape Supplies today on (07) 4942 0154 to learn more about Geohex and how it can enhance your next project in Mackay. Let us help you create stable, functional spaces with this versatile ground stabilisation product!
What is Geohex?
Geohex is an Australian-made erosion control system designed to stabilise turf and substrates in a wide variety of applications. This innovative plastic grid system is perfect for driveways, boggy areas, garden paths, playgrounds and parking spaces.
Made from recycled and recyclable polypropylene, Geohex features interlocking hexagonal cells that can handle a maximum load of 1200 tonnes per square metre. Its durable design makes it suitable for virtually any ground or geological conditions.
Call us today to discuss your project needs and bulk purchasing options.