Linfen Slope Protection 3D Vegetation Mesh Manufacturers Specifications and Quotation, 3D Vegetation Mesh Price, 3D Vegetation Mesh Manufacturers, 3D Vegetation Mesh Specifications

Cover the slope surface with geotextile materials and plant a variety of vegetation in a certain combination and spacing. The three-dimensional vegetation netting slope protection technology combines the advantages of geotextile nets and vegetation slope protection, serving a composite slope protection role. When the vegetation coverage rate of the slope reaches over 30%,Can withstand light rain erosion; above 80% coverage, it can endure heavy rain erosion. As the plants grow lush, it can resist runoff velocities up to 6m/s, which is more than twice the speed for general turf. The presence of geotextile nets is beneficial in reducing soil moisture evaporation on slopes and increasing infiltration. Additionally, due to the black polymer material of the geotextile nets, they have a heat-absorbing and insulating effect, which promotes seed germination and is conducive to plant growth. They provide a protective layer for the surface soil of the slope; thirdly, the root zone.This section reinforces the surface soil on the slope, providing mechanical stabilization. Generally, in the early stages of plant growth, the roots formed by individual plants are loosely intertwined without extensive horizontal roots, making them prone to separate from the soil layer, thus failing to offer protection.The application of three-dimensional mesh is to achieve more thorough shallow protection by enhancing the effects of the above three aspects. Three-dimensional vegetation mesh slope protection refers to a new technology that constructs a protective system with self-growth capabilities on the slope by utilizing active plants and combining with engineering materials such as geosynthetic materials. This is achieved by reinforcing the slope through the growth of plants. Based on the characteristics of the slope's topography, soil quality, and regional climate.