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This eco-friendly chain link slope protection net solves the dual pain points of slope stabilization and ecological restoration, with core advantages in integrated design and vegetation adaptability. The large 100mm × 100mm mesh opening provides sufficient space for planting vegetation, and the supporting PVC nutrient planting bags can fix soil and provide growth environment for plants. The hot-dip galvanized process ensures long-term anti-corrosion performance, while the snap buckle installation design allows quick on-site assembly without professional welding equipment. The mesh structure maintains good water and air permeability, creating a good growth environment for planted vegetation, and the flexible structure avoids damaging the original slope soil structure during installation.

Crafted from 3.2mm diameter hot-dip galvanized low carbon steel wire, this product features a 100mm × 100mm mesh opening and a 90μm thick galvanizing layer, meeting the national standard for highway traffic engineering steel component anti-corrosion. The standard roll measures 20m in length and 2m in width, with a unit weight of 15kg per square meter, which is convenient for transportation and on-site handling. Each square meter is equipped with 8 PVC nutrient planting bags, which can be filled with local soil and planted with herbs such as ryegrass or shrubs such as rosewood. The supporting snap buckle set includes 8mm diameter stainless steel buckles and fixed pressure plates, suitable for fixing most medium-slope terrain.
This eco-friendly chain link slope protection net is ideal for slope restoration and greening projects with a gradient of ≤50°, including abandoned quarry slope restoration, highway green belt slope protection, urban mountainous area slope greening, and riverbank slope stabilization. It is particularly suitable for areas with high requirements for ecological environment, as it can quickly restore the vegetation cover of the slope and improve the local ecological environment while providing slope stabilization. It can also effectively block small falling rocks and loose soil, reducing the risk of slope erosion and water and soil loss.