Shed Base Kit – Plastic Gravel Grids 330mm And Weed Fabric
Plastic Grids
We supply high-quality plastic grids for ground reinforcement and drainage. Our plastic grids can be used in car park areas for the environment, private lanes, construction sites, and garden bases among others. These grids are a cost-effective, eco-friendly ground reinforcement solution. So, both professionals and the public prefer them.
Coming from the UK, our plastic grids are manufactured from 100% recycled plastic and their high durability makes them fit for reuse. It measures 330 x 330 x 40mm and 9 grids occupy 1 square meter of surface. They are pressure vessels, coming with a carrying power of up to 200 tons per square meter to facilitate bearing the loads and traffic. These grids are frost and UV-resistant. They are durable despite extreme weather.
The plastic grid can be filled with soil, grass turf, gravel, stones, or sand and it can be used virtually anywhere. They are versatile. Use them to create drives, parking, or even foundations for greenhouses and sheds. The grids are easy to install as it will mean fewer employees are needed for installation and time is conserved. On the contrary, you can cover up to 100 sqm per person per hour.
Another advantage of plastic grids is to slow gravel flow. They also reinforce the gravel surface. The grids form a solid base. They create a natural depression that stops water from stagnating. This, in turn, prevents soil erosion. They are ideal for places with heavy rainfall. Also, for areas where water must drain quickly, like construction sites, paths, and golf courses.
Plastic grids are also lightweight. So, they cost less to transport and handle. They are dimensionally stable and are more easily worked with saws so that any given size can be fitted into any project. Their low management needs make them ideal for long-term use. They can reinforce the outer zones. In construction, like building houses or garden foundations, these plastic grids provide the desired strength, durability, and sustainability.