ZhouShan Slope Protection 3D Vegetation Mesh Manufacturer 3D Vegetation Mesh Price 3D Vegetation Mesh Manufacturer

1. Enhance its protective and mechanical stability properties within a certain thickness range; 2. Due to the presence of the three-dimensional mesh, the large root system of the plants is interconnected with the mesh structure, forming a plate-like structure (equivalent to reinforced soil on the slope surface), thereby increasing the tensile and shear strength of the protective layer, and limiting the expansion of the "gradual destruction" phenomenon caused by erosion (erosion can directly damage individual plants, and over time, the damaged area increases).Ultimately limits the occurrence of shallow surface landslides and heaves. Can form dense vegetation coverage on the slope surface, and form an intricate root system in the surface soil layer, effectively inhibiting the erosion of the slope by heavy rainfall runoff, increasing the shear strength of the soil mass, reducing pore water pressure and the self-weight of the soil mass, thereby greatly improving the stability and anti-erosion capability of the slope. The anti-erosion effect of vegetation is achieved through its three main components: first, the growth layer of the plant (including corolla, leaf sheath, leaf blade, stem),By providing dense coverage, it prevents the surface soil of the slope from being directly eroded by rainwater, reducing the scouring energy of heavy rain runoff and the speed of surface runoff, thereby reducing soil loss; secondly, the humus layer (including the interface between the leaf litter layer and the root stem), provides a protective layer for the surface soil of the slope; thirdly, the root system layer, which reinforces and anchors the surface soil of the slope, providing mechanical stability. Generally, in the early stages of plant growth, due to the loose intertwining of the root systems formed by individual plants, three-dimensional vegetation netting slope protection refers to a new technology that utilizes active plants combined with geosynthetic materials and other engineering materials to construct a protective system with self-growth capability on the slope surface. This system reinforces the slope through the growth of plants. According to the characteristics of the slope topography, soil quality, and regional climate, a layer of geosynthetic material is covered on the slope surface, and a variety of plants are planted at certain combinations and spacings. The growth activities of the plants achieve root reinforcement,The purpose of stem and leaf erosion prevention is to provide protection; however, without long-laying root systems and prone to separation from the soil layer, it fails to offer adequate protection. The application of three-dimensional mesh enhances the effectiveness of these three aspects, thereby achieving more comprehensive shallow protection.