The geomembrane bag is a large-area continuous bag-shaped material made of two layers of geotextiles. The bag is filled with concrete or cement mortar, and after solidification, it forms an integral concrete slab, which is suitable for slope protection. The upper and lower layers of the membrane bag are connected by a certain length of nylon rope to control the thickness during filling.
Geomembrane bags are continuous (or individual) bag-shaped products made of a double-layer polymer fiber synthetic material.By using a high-pressure pump to pour concrete or cement mortar into the membrane bag, the thickness of the concrete or cement mortar is controlled by the length of the hanging rib bag and the hanging rib rope (polymer such as nylon, etc.) in the bag. After the concrete or cement mortar is solidified Forming a plate-like structure or other-like structure with a certain strength can meet the needs of the project.Geomembrane bags are mainly used for slope protection, along coastal coasts, river slopes, etc.
Classification: According to different processing techniques, film bags can be divided into two categories: factory-produced woven film bags and hand-sewn simple film bags.
Principle: Geomembrane bags are continuous (or individual) bag-shaped products made of a double-layer polymeric chemical fiber synthetic material. Film bag mixed soil is continuous (or individual) bag-shaped products made of a double-layer polymer fiber synthetic material.By using a high-pressure pump to pour concrete or cement mortar into the membrane bag, the thickness of the concrete or cement mortar is controlled by the length of the hanging rib bag and the hanging rib rope (polymer such as nylon, etc.) in the bag. After the concrete or cement mortar is solidified Forming a plate-like structure or other-like structure with a certain strength can meet the needs of the project.
Geomembrane bags have the following advantages:
(1) The geomembrane bag is constructed by one-time spraying and molding, which is simple and fast.
(2) Geomembrane bags can adapt to various complex terrains, especially in deep-water bank protection and bottom protection, which do not require cofferdams and can be directly constructed underwater. They have a high degree of mechanization, a large slope area, strong integrity, good stability and a long service life.
(3) Geomembrane bags have a certain degree of water permeability. After concrete or cement mortar is poured in, excess water seeps out through the gaps in the fabric, which can quickly reduce the water-cement ratio, speed up the solidification of concrete, and increase the compressive strength of concrete.
Post time: Oct-23-2024