Bengbu Green Environmental Protection Eco-Bag Manufacturer's Quotation: Long Fiber Eco-Bags, Seedling Eco-Bags, River Channel Eco-Bags
Ecological bags are a high-strength eco-synthetic material that is resistant to UV rays, frost, thawing, acid, and alkali. They represent a new type of special material, boasting high strength against UV rays, resistance to acid and alkali, corrosion, and frost-thawing. These bags can remain non-degradable for over 70 years, truly achieving zero pollution. They are primarily used in the construction of flexible ecological slopes.
Eco-bags are moisture-resistant, non-absorbent, and water won't damage or deform them; they are also non-soluble in polluted liquids, making them an excellent tool for ecological protection and highly practical. These bags are made from double-sided needle-punched non-woven fabric, which is processed from raw materials such as polypropylene (PP) or polyester (PET). Eco-bags undergo strict selection for their thickness, unit weight, mechanical properties, shape, fiber type, loading method, direction, geometric dimensions, and water permeability, as well as equivalent aperture to meet plant growth requirements. They feature UV resistance, anti-aging, non-toxicity, non-flammability, and the characteristic of not spreading cracks, truly achieving zero pollution. They are primarily used for constructing flexible ecological slopes. Eco-bag slope protection and greening is an important construction method for restoring barren mountains, mines, highway slope greening, riverbank protection, and river restoration. Eco-bags possess excellent physical and chemical properties; this specially formulated material can resist UV degradation.
Unaffected by chemical substances in the soil, it does not undergo qualitative changes or rot, is non-degradable, and can resist pest infestation. It is resistant to aging, non-toxic, and can withstand侵蚀 by acids, alkalis, salts, and microbial decomposition. It allows water passage but not soil penetration, is plant-friendly, and conducive to vegetation greening. As a type of slope component material, it boasts the following environmental versatility advantages: Under comprehensive consideration of the requirements of various disciplines such as materials science, hydraulics, biology, and botany, strict selection has been made of the thickness, unit mass, physical and mechanical properties, shape, fiber type, load-bearing method, direction, geometric dimensions, water permeability, and equivalent pore size to meet the requirements of plant growth. It features resistance to ultraviolet (UV) rays, aging, non-toxicity, non-flammability, and the inability to propagate cracks.
Achieves true zero pollution. The ecological bags have a targeted function of allowing water to pass through but not soil, preventing the loss of filling material (a mixture of soil and nutrients) while enabling normal water exchange in the soil. This effectively preserves and timely replenishes the water needed for plant growth, being very friendly to plants, allowing them to grow freely through the bags. The root systems enter the engineered foundation soil, like countless anchor rods that reinforce the stability between the bags and the main structure. Over time, they become increasingly firm, further achieving the purpose of constructing stable slopes and significantly reducing maintenance costs.
