application area 

Ecological Restoration and Environmental Protection

1. On both sides of the river: a natural shoreline environment where humans and wildlife coexist

2. Open pit mine restoration: Comprehensive utilization of mineral gangue, scientific remediation of subsidence areas, greeningof barren

mountains, purification of water and gas, opening up a new era of ecological restoration of mines and greening of barren mountains.

3. Coastal and shore management, surface landslide control, culvert openings, drainage ditches, soil erosion, irrigation systems, steep slope stabilization, etc.

Infrastructure construction and clean energy conservation

1. Bridge head, railway, highway, and embankment slope protection.

2. Anti noise wall

Commercial residential and harmonious areas

1. Roof garden style greening, vertical greening, garden art, etc.

2. Military facilities and flood control emergency, shelters, flood control dams, etc.

3. Artificial wetlands

Design specifications

Plane size range: 81.5cm × 44.0cm, 81.5cm × 46.0cm, 83.0cm × 52.0m, 118.0cm × 46.0cm (can be customized according to design and engineering needs)

Fabric weight range: ≤ 110g, ≤ 125g, ≤ 150g (customizable)

Fabric tensile strength: ≥ 0.650kN/m Fabric elongation at break: ≤ 50%

The formula for calculating the volume of soil formed in ecological bags is:

Length=length of ecological bag - (12~15) cm

Width=width of ecological bag * 0.7

Height=height of ecological bag * 0.4

For example, a bag with an outer diameter of 115 * 52, after being filled with soil, has approximately a length of 100cm, a width of 36cm, and a height of

21cm (the specifications of the ecological bag and the formed specifications after being filled with soil can be designed according to actual requirements. 

The maximum allowable deviation is 8%)