Basic requirements for construction eco-bags


Release time:

2024-02-12

Eco-bags are made of polyester or polypropylene, and are made of double-sided ironed non-woven fabrics through spunbond method, and then processed into standard bags. According to local soil conditions, fillers such as soil, sand, and fertilizer are put into the bag in a scientific proportion, and then sprayed with grass seeds suitable for local climate growth to form a product that can restore or establish a new ecosystem.

Basic requirements for ecological bag slope protection construction:
Eco-bags are made of polyester or polypropylene, and are made of double-sided ironed non-woven fabrics through spunbond method, and then processed into standard bags. According to local soil conditions, fillers such as soil, sand, and fertilizer are put into the bag in a scientific proportion, and then sprayed with grass seeds suitable for local climate growth to form a product that can restore or establish a new ecosystem.

It is suitable for large-scale beautification operations, fast and convenient construction, a wide range of vegetation seed selection and planning, dryland habits and other environmental requirements, and the cost is relatively low. This is a common sowing method for herbaceous plants and shrubs. It is suitable for various slopes, not suitable for water level change locations and rainstorm climates.
Cover non-woven fabrics, straw curtains, bamboo curtains, etc. Timely after spraying. There is more rain in the south, and non-woven fabrics (100g~150g/m2) can be covered to prevent rain erosion. The purpose of covering is to prevent rain erosion, prevent water from evaporating too quickly, and keep warm to facilitate seed germination.

Eco-bag slope protection is a slope protection technology that uses artificial geotextiles to make eco-bags, and plants grow in eco-bags filled with soil. The damaged part of the eco-bag should be repaired or replaced. There are usually two ways to connect adjacent pieces, namely overlapping and sewing. The overlapping width is generally 300 mm. Sewing should be done with a serger. On uneven ground, soft soil and underwater, the overlap width should be appropriately increased and not less than 500mm. The upstream piece at the water flow should be placed on the foundation piece.
When laying, the geocell unit is connected using the plug-in connection method. When connecting, align the unopened geocell plastic parts, align the corresponding connecting plastic parts, insert the special round pins, and then open them. When connecting, choose different unit assembly methods according to the slope of different slopes.

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