Ecological Vegetation Slope Protection Net

Product features:

The product adopts a composite structure of 70% UV-resistant polypropylene fiber and 30% hot-dip galvanized steel wire, which has excellent tensile strength and water permeability. The mesh size of 100mm × 100mm is suitable for plant root penetration, allowing vegetation to grow normally through the mesh. The lower layer is laid with 200g/㎡ geotextile, which can effectively retain soil and moisture, providing a good growth environment for plants. The UV-resistant polypropylene coating has excellent anti-aging performance, with a service life of up to 15 years under outdoor conditions. It solves the pain point that traditional protection nets destroy the slope ecological landscape, providing a harmonious solution for slope safety and ecological environment restoration.

Product specifications:

The product uses 5mm diameter composite wire, with a mesh size of 100mm × 100mm, water permeability of 95%, and tensile strength of 500MPa. The UV-resistant polypropylene coating thickness is 60μm, which meets the anti-ultraviolet standard for outdoor geotechnical products. The geotextile underlay has a weight of 200g/㎡, which can effectively prevent soil erosion. The installation spacing is 1.2m, matching M14 specification expansion bolts for fixing. The plant survival rate is ≥90% when using common slope vegetation such as Cynodon dactylon and Festuca arundinacea, and it can be customized according to the requirements of different vegetation species.

Product application:

This product is widely used in urban road slope greening, river bank slope soil and water conservation, barren mountain revegetation projects, scenic area slope landscape restoration, tailings pond ecological restoration and other scenarios. It is suitable for slopes with a gradient of 10° to 50°, and can effectively prevent soil erosion while promoting vegetation growth. In urban construction projects, it can also improve the landscape effect of the slope, avoiding the monotonous visual effect of traditional rigid protection nets, and is an important product for ecological slope protection projects.