Ecoparking. Materials for ecoparking
After parking the car on the grass lawn, traces of car tires remain, which are poorly restored as the wheels gradually compact the soil. This can be avoided by using eco-parking technology, which involves installing a special high-strength modular grass grid on the grass lawn, which ensures the preservation of a dense grass cover and protects it from deformation and destruction. Such a grass grid has a porous structure and is not afraid of loads.
Grid for eco-parking effectively protects the grass cover from loads, promoting grass and rhizome growth. With its help, the soil surface is reinforced with clusters where the grass cover is located slightly lower by a few millimeters than the top edge of the grid, ensuring its protection from being trampled. Thanks to the use of eco-parking, the root system of the grass growing on the lawn remains protected during the movement of vehicles.
Using grids provides parking lots with a level surface and protects the soil from erosion. All mechanical loads from a car parked on the lawn fall on the grid, allowing the grass's root system to remain intact. Eco-parking grids are made of strong, frost-resistant polymer and have special locks on the edges for connecting them together to distribute the load between neighboring modules. In addition, a special anchor is used for additional fastening, preventing the displacement of grid modules horizontally.
The service life of eco-parking is twenty-five years. It does not require any additional care during operation and can withstand frosts down to minus forty degrees.
Eco-parking technologies are also used for:• Arranging access roads for vehicles.• In car parks in residential, industrial, sports, and commercial areas.• On pedestrian, bicycle paths, golf courses, and other sports facilities.• In areas designated for recreation and games, such as children's playgrounds, to protect the lawn from being trampled.• On terraces and flat roofs to protect the waterproofing layer.• On take-off and landing sites for light aircraft and helicopters.• Reinforcing slopes to protect them from erosion and soil erosion.• Around trees in decorative gardens.• Reinforcing the soil during mass events (exhibitions, fairs, outdoor theatrical performances, etc.).
