Célula dreno para campos esportivos de gramado sintético na austrália

Key advantages of Drain Cell Rainwater can be quickly and effectively exported, greatly reducing or even eliminating the hydrostatic pressure of the waterproof layer, and the effect of active waterproofing can be achieved through this principle of active water conduction. 1. High strength and light load. Compared with the conventional process, the plastic drainage board and geotextile are combined, which have multiple functions such as drainage, waterproofing, ventilation, moisture retention, and partitioning; 2. The multiple fulcrum points of the 20mm plastic drainage cell form a gap between the building surface layer and the structural layer, which has the functions of moisture insulation, drainage, and heat insulation. 3. 20mm drainage cell can effectively protect structures and waterproof layers, and can protect buildings and waterproof layers from damage. 4. The edges of the plastic drainage cell have large and small fulcrum points, which can be overlapped with each other along the slope. Even if there is more leakage, they can be discharged in time and quickly. Construction and transportation are very simple and convenient. Drain cell, also drainage cell, is made of high polyethylene raw material in a flexible, honeycomb design of sub­soil HDPE modular drainage layer. BPM brand drain cell has a flat black which is pressed against an underground structure such as a basement wall or subsurface footing providing high compressive strength yet lightweight modules for sub­surface drainage purpose. Drain cell is the suitable geotechnical material that can create a permanent, non-clogging void between the concrete slab and the soil profile that will not collapse or distort. The pressure of backfilled soils holds the drainage cell in place. The optimized void enables a direct flow of water to designated outlets avoiding the risk of water build-up and penetration. The large surface and capacity void space enables superior drainage efficiency compared to the small voids created by using a gravel system. Generally, there will cover a layer of filtration geotextile upon the drainage core to allow the unrestricted flow of moisture into the core, while it restricts the passing of soil particles which may clog the core. It’s a good choice for vertical applications where require moderate compressive strength and flow capacity are adequate.