Bowers Grasslok Grass Paver Ironsands 400mm x 200mm x 80mm
Bowers Grasslok Grass Paver For Parking Areas & Traffic Solutions.
Colours: Ironsand,
Size: 400mm x 200mm x 80mm
Weight: 10.2kg
Pavers Per Pallet: 150
Pavers Per Square Metre: 12.5 per m2
Common installation will include laying a base of GAP20 or GAP40 and compacting that base, before laying a base of sand, lay grass pavers and then fill with either soil & grass seed or small stones.
Grasslok permeable pavers offer an innovative solution to address issues related to troublesome grassed areas with soft ground or potholes. These pavers provide a dual benefit of adding strength and durability to grassed lawns while accommodating light traffic or functioning as hard stand areas. By utilising Grasslok permeable grass pavers, you can transform problematic areas into functional spaces that maintain an attractive and natural appearance.
One of the key advantages of Grasslok permeable pavers is their ability to create a permeable surface. This permeability effectively manages stormwater by allowing water to infiltrate the ground rather than contributing to storm water runoff. This is especially crucial considering the concerns surrounding impermeable pavements, which can exacerbate storm water runoff issues. By adopting Grasslok pavers and constructing permeable areas, you not only mitigate storm water runoff but also eliminates the need
for costly drainage systems.
The versatility of Grasslok permeable pavers makes them suitable for various applications, including: paths, patios, driveways, hard stand and overflow parking areas.
By utilising Grasslok permeable grass pavers, you can effectively combine functionality and environmental responsibility. These pavers not only improve the aesthetics of your outdoor spaces but also contribute to sustainable storm water management. Whether
it’s for residential, commercial, or public areas, Grasslok permeable grass pavers offer a practical and eco-friendly solution for transforming problematic grassed areas into valuable and resilient spaces.