Groundwork is the foundation of every successful construction project and selecting the right ground stabilisation products is essential for achieving long lasting results. Among the most effective solutions available today are geo grids and geotextile membranes. These geosynthetic materials improve ground performance, strengthen weak soils and support a wide variety of construction and civil engineering applications.
Geo grids are engineered reinforcement products designed to improve the stability and load-bearing capacity of the ground. They interlock with aggregates to create a stronger sub-base, reducing movement and distributing weight more evenly across the surface. This makes them particularly effective in areas where weak or unstable ground could otherwise cause settlement, rutting or structural damage. By reinforcing the underlying layers, geo grids help create a more stable foundation for roads, car parks, construction platforms and other infrastructure projects.
Geotextile membranes complement geo grids by performing several important functions within the ground. They are commonly used for separation, filtration, drainage, erosion control and reinforcement. These membranes prevent different soil layers from mixing while allowing water to pass through, helping maintain the integrity of the construction and reducing the risk of drainage problems. When used together, geo grids and geotextile membranes form an effective groundwork system that enhances both strength and long-term performance.
One of the key advantages of geo grids is their ability to improve load distribution. Additional benefits include:
At Rouden Pipetek, our geotextile membranes are available for separation, filtration, drainage, erosion control and ground reinforcement.
Our stocked products include:
Alternative roll sizes may also be available to suit specific project requirements.
At Rouden Pipetek, we supply a comprehensive range of geosynthetic products to support professional groundwork applications. Contact us today to find out more.