The linear drainage system is designed to collect and disposal of storm water from the surface and melt water. The system consists of the trays, grids, trash boxes, drainage and sewerage pipe. A properly designed and efficiently mounted drainage system to prevent flooding of the foundations of buildings, flooding of basements, greatly extend the life of the road surface, to ensure the safe movement of vehicles and pedestrians during the heavy rains and floods.
All the surface water drainage elements are divided by class load, bandwidth, and the materials from which they are made
The trays standard series are designed for operation with small loads of class A15 -. C250. This system is perfect for use in low-rise and cottage construction. Trays reinforced class D400 installed on roadsides, at filling stations, urban and transport infrastructure with non-intensive vehicular traffic. Trays with operational load E600 are set on highways, storage terminals and infrastructure sites with heavy traffic. Trays F900 class drainage system designed for devices on takeoff and landing strips and airports objects with particularly heavy loads on the road surface. Proper selection of trays by class operational loads will create a drainage system that will reliably perform its function without any repair costs.
In its capacity linear drainage system elements are different hydraulic cross section: DN100-DN500. In order to correctly pick up the necessary cross section of the trays, you need to consider a number of factors: the surface area and the nature of the coating material which will be given water, surface water catchment slopes, the maximum amount of rain and melt water for a specific region. All these factors influence the choice of a particular section of the hydraulic trays. To do this hydraulic calculation of a specific catchment system. Our professional will do all the necessary calculations, podbirut all the elements to drainage system of the host and drainage of surface water, even in the peak precipitation and reliably operated in different areas of dynamic loads.
