3D Vegetation Mesh

3D Vegetation Net

Three-dimensional Vegetation Net (3D Geotextile Mat) Slope Protection Technology combines the advantages of geotextile and vegetation slope protection, serving as a composite slope protection solution. When the vegetation coverage on the slope reaches over 30%, it can withstand the erosion from light rain; with a coverage rate above 80%, it can endure heavy rain erosion. As the plants grow lushly, the runoff velocity that can be resisted reaches up to 6m/s, more than double that of ordinary grass. The presence of the geotextile effectively reduces soil moisture evaporation on the slope and increases infiltration. Additionally, due to the black polyethylene material of the geotextile, it has heat-absorbing and insulating properties, which promotes seed germination and is beneficial for plant growth.

Product Overview: 

Three-dimensional Vegetation Net is a three-dimensional mesh structure made of high molecular synthetic materials, with a loose and flexible texture. It retains 90% space to accommodate soil, sand particles, and plant roots that can pass through it for balanced growth. The turf that grows after the process firmly binds the netting, turf, and soil surface together. As the plant roots can extend 30-50cm underground, a sturdy green composite protective layer is formed.

Product Features:

Before the turf is established, the embankment can protect against erosion from wind and rain.

2. Can maintain even distribution of grass seeds on the slope, preventing them from being blown away or washed away by rain.

3. The webbing can absorb a large amount of heat, enhance ground temperature, promote seedling germination, and extend the growth period of plants.

4. The composite protective layer formed by plant growth can withstand high water levels and strong water flow erosion.

5. Suitable as an alternative to concrete, asphalt, and rubble for slope materials, primarily used for slope protection on highways, railways, waterways, and embankments.

Product Features:

Can significantly reduce the construction cost.

2. Due to the use of high polymer materials, it boasts excellent chemical stability and is environmentally friendly with no pollution.

3. Easy to install and operate.