Introduction to ecological bags: A bag made of double-sided ironed needle punched non-woven fabric processed from polypropylene

or polyester fibers as raw materials. The use of ecological bags for slope protection and greening is one of the important construction

methods in barren hills, mine restoration, highway slope greening, riverbank slope protection, and inland river improvement.

Performance:

The ecological bag has excellent physical and chemical properties, can resist ultraviolet rays, aging, acid and alkali, is not affected by chemical

substances and microorganisms in the soil, is permeable to water and soil, and is friendly to plants and can be naturally greened.  

Moisture resistance: The raw materials of ecological bags do not absorb moisture, and when moisture appears, it will not damage the bag. The

bag will also not deform and is insoluble in contaminated liquids.  

● Chemical corrosion resistance: Extensive research and testing have shown that ecological bags have strong resistance to certain concentrations

of acidic and alkaline chemicals, and can be used for the vast majority of hazardous materials and severely polluted environments.  

● Anti biodegradation and animal damage: The ecological bag uses special formula materials that do not support, absorb, or aid in the growth

of fungi, and do not rot, mold, or spoil. Ecological bags will not be digested by insects and related animals, and will not become food for gnawing animals.  

● High temperature and low temperature resistance: The ecological bag can withstand high temperatures of up to 150 degrees Celsius without

melting, and can withstand low temperatures of negative 40 degrees Celsius. UV resistant: The ecological bag contains carbon ink and other UV resistant ingredients.

Ecological bags are an important component of flexible ecological slope engineering systems. Ecological bags have a targeted permeable and soil

impermeable filtering function, which can prevent the loss of filling materials and achieve normal exchange of water in the soil. Plants can grow freely

through the bag body, and the root system can enter the engineering foundation soil. For example, countless anchor rods complete the re stabilization

between the bag body and the main body, and the longer the time, the more solid it becomes, further achieving the goal of building stable permanent slopes and

greatly reducing maintenance costs.