①Gabions :
Gabions are filled with rock at the project site to form flexible, permeable, monolithic structures such as retaining walls, channel linings and weirs for erosion control projects.

②Heavy hexagonal mesh
Gabions are fabricated from heavy hexagonal mesh, used in control and guide of water or flood, flood bank or guiding bank, preventing of rock breaking, water and soil protection, bridge protection, strengthening structure of soil, protection engineering of seaside area, seaport engineering, isolation walls, protection of road, etc.

③Gabion mattress
Mattresses are relatively small in height in relation to the lateral dimension of a gabion and are generally used for channel linings.

④Sack Gabions
Sack Gabions are filled with rock at the project site to form flexible, permeable, monolithic structures used for emergency and river training works where local conditions require fast installation or where the water does not allow for easy access to the site and where underwater installation is necessary.
⑤Reinforcement Gabion
Its property is as same as gabion mesh cases, and it can be filled with gravel, soil or soil work cloth. The outside part can be covered with soil or plant.

⑥Welded gabion
Welded gabions units filled on site with hard, durable stone to form mass gravity retaining structures. Due to their inflexibility, welded gabions are generally not considered suitable in areas susceptible to differential settlement, or in water courses.

⑦Chain Link Gabion
Chain Link Gabion shall be supplied in various lengths, widths and heights. In order to strengthen the baskets, all the edges of the structure shall be selvedged with wire of greater diameter.

⑧Rockfall Protection Netting
rockfall protection netting is an open system to reinforce slopes. Considering it's merits-easy to install, high efficiency, low cost and artistic effect on slopes, it has been widely used in many fields of domestic industries, such as hydropower station, civil transportation and mining engineering. The rockfall protection netting overcomes the inconvenience of traditional ways to reinforce slopes, improves the effect of the vegetation, and becomes a developing method with ecological and social benefits.


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