This product uses recycled concrete and porous aggregate as main materials, with a water permeability rate of 2.2mm/min, which is 2.75 times that of standard grass pavers, greatly improving the efficiency of stormwater management. The installation method of sand laying without mortar reduces construction cost and period by 30% compared with traditional fixed installation. It has zero formaldehyde emission and passed the stormwater management certification, which can effectively filter impurities in surface runoff and reduce non-point source pollution. The 60mm gap width is suitable for planting warm-season grass varieties, which is more conducive to the growth of turf. The 20+ year service life and recyclable material characteristics meet the requirements of green building development.
Each paver has a size of 450mm in length, 220mm in width and 100mm in thickness, with a single piece area of 0.099 square meters, and about 10.1 pieces are required per square meter. The compressive strength is 25MPa, which can bear a static load of 5 tons, meeting the needs of light pedestrian and vehicle passage. The water permeability rate is 2.2mm/min, which can quickly discharge surface rainwater and recharge groundwater. The product adopts recycled materials, reducing the consumption of natural resources, and has passed EU CE certification and domestic sponge city construction standard certification. It can be matched with different types of turf according to regional climate conditions, and the installation is simple and convenient without professional construction personnel.
High Permeability Ecological Grass Pavers are mainly used in sponge city pilot projects, open parking lots, urban greenways, rain gardens, river slope protection green spaces and other ecological landscaping scenarios. It is an important product to realize the combination of urban traffic and ecological environment, which can effectively alleviate urban waterlogging, improve the quality of urban ecological environment, and meet the green building assessment indicators of urban construction. It is suitable for municipal engineering, real estate development and landscape design projects that need to meet the requirements of stormwater management.
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