Moisture-resistant

Eco-bags are moisture-resistant; they do not absorb water, and when moisture is present, they do not damage the bag or cause deformation. They are also non-soluble in polluted liquids (EPA Method 9090).

Chemical Resistance (pH)

Extensive research and testing have shown that Eco-Bags exhibit strong resistance to a range of acidic and alkaline chemicals, making them suitable for most solid waste and heavily polluted sites.

Anti-biodegradable and animal-resistant

Eco-bags are made from a special formula material that does not support, absorb, or aid in the growth of fungi. They do not rot, mold, or deteriorate. Eco-bags are not digestible by insects or related animals and will not become food for rodents, termites, woodworms, beetles, silverfish moths, and the like.

Antiviolet High Polymer

Eco-bags can withstand temperatures up to 150 degrees Celsius without melting and can endure sub-zero temperatures down to -40 degrees Celsius.

Ultraviolet (UV) Protection

Eco-bags contain carbon ink and other UV-resistant ingredients.

Here, we illustrate with an example using the equivalent aperture:

One: Aperture too large (sack body, material too thin)

The aperture is too small (the material of the bag body is too thick).

The obstruction of vegetation growth and root extension formation severely affects the structural stability of flexible slopes.

The increased hydrostatic pressure along the slope due to this would cause the soil mass to collapse.

Unique Features

In slope engineering, this new material can completely replace stone and cement, significantly reducing construction costs. The post-construction slope features a surface suitable for vegetation coverage, achieving a green effect on the excavated slope and forming a natural ecological slope. It possesses a filtering function that allows water to permeate but not soil, resulting in a highly permeable slope. This slope offers strong protection and stability against soil erosion, localized mud (and) rock flows, and slope collapses, making it a high-stability natural slope.