Yangzhou Slope Protection Eco-Bag Manufacturer, Specifications and Models, Eco-Bags for Slope Protection, Eco-Bag Manufacturer, Eco-Bag Prices, Slope Eco-Bags

Eco-bags are made from polypropylene (PP) or polyester fibers.Bags made from double-sided heat-pressed needle-punched nonwoven fabric produced from raw materials such as (PET). These UV-resistant ecological bags undergo strict selection for indicators such as thickness, unit weight, physical and mechanical properties, appearance, fiber type, stress mode, direction, geometric dimensions, and waterproof performance, as well as equivalent aperture to meet plant growth requirements. They feature UV resistance, anti-aging, non-toxicity, non-flammability, and non-spreading of rips, truly achieving zero pollution. Mainly used for constructing flexible ecological slopes. Ecological bag slope protection greening is one of the important construction methods for desertification control, mine reclamation, highway slope greening, riverbank slope protection, and river management. The ecological bags possess excellent physical and chemical properties, and this specially formulated material can resist the erosion of UV rays.Unaffected by chemical substances in the soil, it does not undergo quality change or rot, is non-degradable, and can resist pest infestation; it is resistant to aging, non-toxic, and can withstand erosion from acids, alkalis, salts, and microbial decomposition. It allows water to pass through but not soil, being friendly to plants and suitable for vegetation greening. As a type of slope construction material, it offers the following environmental versatility advantages: In slope engineering, this new material can completely replace stones and concrete, significantly reducing construction costs. The slope after construction has a surface that can be covered with vegetation, achieving greening effects on the excavated slope.Form a natural ecological slope. It possesses a filtering function that allows water to pass through but retains soil, resulting in a slope with high permeability. This slope effectively prevents soil erosion, local mud (and) rock flows, and slope collapses, making it a highly stable and natural slope. Under the comprehensive consideration of various disciplines such as material mechanics, hydraulics, biology, and botany, strict selection has been made for the thickness, unit mass, physical and mechanical properties, shape, fiber type, load-bearing method, direction, geometric dimensions, permeability, and equivalent pore size to meet plant growth requirements. It features UV resistance, aging resistance, non-toxicity, non-flammability, and the characteristic of not extending cracks, truly achieving zero pollution.