Geohex Erosion Control – Vic Parks Members

Geohex is an erosion control system that is designed to stabilize and reinforce the ground surface. It is made of 100% recycled post-consumer plastics and is more cost-effective than concrete and other bitumen-type products. The system comes in a standard size of 1000mm L x 500mm W, and can easily be cut with power tools to suit specific ground requirements such as positioning around a pole, tree or other immovable structure. The plastic, grid-like paver is easy to lay, easy to remove and can be recycled after use. The system is environmentally friendly, easy to install, and long-lasting, it helps stabilize soil and turf, enhances water-saving measures and improves safety on work sites.

The Geohex pavers are standardly sized at 0.5 square meters. However, they feature embossed numeric measurements on the sides, allowing them to be cut to a custom size if necessary. Each individual paver weighs 2.3 kilograms.

The Geohex erosion control system can be implemented in a variety of soil and geological conditions. However, for sloped installations with a grade of 10 per cent or more, it is recommended to consult with the Geohex team for tailored advice on installation and selecting appropriate aggregate materials.

In one word, Geohex is u003cstrongu003eSTRONG!!u003c/strongu003ernrnThe Geohex Erosion Control System is highly durable and has a maximum load-bearing capacity of 1,200 tonnes per square meter when filled. This is significantly more than a standard semi-trailer truck’s weight, which is around 5 tonnes per square meter per axle.

Yes, the GEOHEX™ Erosion Control System can be used on sloped ground. For inclines greater than 10 per cent we recommend the use of ground pins.u003cspan class=u0022Apple-converted-spaceu0022u003e  u003c/spanu003eType 17 Bugle Head Screws, galvanised and a minimum of 300mm long can be screwed into the sub-grade without the need for hammering through the cell material.rnrnFor sloped installations greater than 10 per cent we recommend you speak with u003ca href=u0022https://www.melbournebrick.com.au/contact-usu0022 target=u0022_blanku0022 rel=u0022noopeneru0022u003eour teamu003c/au003e for support on installation and aggregate choice for best results.

The Geohex pavers have a small amount of flexibility that allows for minor adjustments to be made or to follow any ground contours if necessary.

1mu003csupu003e3u003c/supu003e of aggregate will cover approximately 20sqm of Geohex.

While using a local product for infill is an option, using a coarse granulate material that comprises a mix of different sizes and grades that can be packed down into the matrix will produce the best results. For roads, cracker dust, road base or limestone are recommended. It’s important to note that any aggregate larger than 15mm will not settle into the void.

It is recommended to start laying the Geohex pavers from one corner with the female lugs facing outward. Once the starting point is determined, the pavers should be laid in a grid pattern for strength and durability and clicked into place.

A minimum excavation depth of 200mm is recommended for civil and mining applications. However, the final excavation depth will depend on the existing material in the installation area. For instance, a thicker base is required for water-soaked mud and sandy soils than for solid clay or rock bases. A 150mm compacted road base sub-layer is also recommended to be laid prior to installing the Geohex pavers.

Absolutely! The Geohex Erosion Control System can be used on inclines as well. For sloped areas with a grade of 10% or more, we recommend using ground pins for added stability. Type 17 Bugle Head Screws, which are galvanized and at least 300mm long, can be screwed into the subgrade without needing to hammer through the cell material. If you’re working on a sloped area, feel free to u003ca href=u0022https://www.melbournebrick.com.au/contact-usu0022 target=u0022_blanku0022 rel=u0022noopeneru0022u003ereach out to our teamu003c/au003e for assistance and advice on the best installation and aggregate choices for your project.

The Geohex Erosion Control System is designed to promote safety in a variety of ways. One of the main benefits is that it stabilizes turf and ground areas, which greatly reduces the potential for accidents to occur. When the ground is unstable, it can be difficult for people and machinery to move around safely. By stabilizing the ground, the Geohex Erosion Control System makes it much easier for people and equipment to move around, which greatly reduces the risk of accidents.rnrnAnother benefit of the Geohex Erosion Control System is that it minimizes the risk of machinery or livestock getting bogged in muddy areas. When the ground is wet and muddy, it can be difficult for heavy machinery and animals to move around. This can lead to accidents and damage to equipment and animals. By using the Geohex Erosion Control System, you can create stable ground that is less likely to become muddy, which greatly reduces the risk of accidents and damage.rnrnIn addition, the Geohex Erosion Control System is ideal for use in landscape applications. It can be used to prevent embankment subsidence and large movements of soil and rock. These are common problems in landscape applications, and they can lead to serious accidents and damage. By using theu003ca href=u0022https://youtu.be/lS5FbtlVxW0u0022 target=u0022_blanku0022 rel=u0022noopeneru0022u003e Geohex Erosion Control Systemu003c/au003e, you can prevent these problems and keep people and property safe.

The Geohex Erosion Control System is designed in a unique hexagonal shape which is non-porous, it captures water in the soil and diverts it into storage or detention tanks. This reduces the amount of surface water runoff and hence, minimizes soil erosion, and allows the captured rainwater to be used for secondary purposes such as irrigation or other purposes. This way the Geohex Erosion Control System promotes water conservation by collecting and storing water in the soil, reducing the dependency on external sources of water and making the most of natural resources. It also helps to preserve the natural water cycle and maintain healthy ecosystems in the area.