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Galfan matting is a specialized geotextile structure made of wire mesh sheets, designed for use in ecological hydraulic protection projects (such as slope protection reinforcement, canal construction, riverbed reinforcement, etc.). These pads, ranging in height from 0.3 to 1.0 meters, are not only used for dam slope protection but also fulfill the functions of reinforcing and protecting riverbanks and embankments, preventing soil and water erosion. Moreover, the gaps in the mesh can allow for plant growth, greening the environment and enhancing the natural scenery along the dam's embankment, achieving a perfect blend of hydraulic engineering and the natural environment.
Galvanized Wire Mesh Geotextile Production Process and Material Types:
1. The pads are engineered components, mechanically woven from high-corrosion resistant, high-strength, and ductile low-carbon steel wire, or wire coated with PVC, with a thickness significantly less than its length and width. The diameter of the low-carbon steel wire used varies according to engineering design requirements, generally ranging from 2.0 to 4.0 mm, with a tensile strength of not less than 38 kg/m², a metal coating weight typically exceeding 245 g/m², and a helical twist length of no less than 50 mm to ensure the integrity of the metal and PVC coatings. This structure is primarily used in erosion control layouts for hydraulic embankments, shore slopes, and sea walls, featuring flexibility and adaptability to the subgrade.
2. Material Types:
1) Electroplated Zinc Wire: The zinc coating on this low-carbon steel wire, after electroplating, is approximately 20g. It offers excellent flexibility and some corrosion and rust resistance. The drawback is its relatively short service life; it tends to rust easily when exposed to rain or river water for extended periods, but it does not impair the product's protective function.
2) Hot-Dip Galvanized Wire: The zinc coating on low-carbon steel wire treated with hot-dip galvanizing ranges from 50 to 60g, offering good corrosion and rust resistance, with moderate pricing. It is widely used in the construction of small and medium-sized ecological projects in water conservancy.
3) High-Zinc Galvanized Wire: The low-carbon steel wire with hot-dipped galvanizing treatment has a zinc coating of 245g or more, offering excellent corrosion and rust resistance, capable of withstanding prolonged exposure to rain and river water. It is widely used in the construction of various water conservancy projects.
4) Zinc-Aluminum Alloy Low-Carbon Steel Wire: Available in two types, 5% and 10% zinc-aluminum alloy, this material offers several times better corrosion and rust resistance than regular low-carbon steel wire, with a service life of over 50 years. After being coated with PVC/PE/silicone, the service life of the zinc-aluminum alloy wire can reach 70 years, providing extremely strong protective properties. It is widely used in major water conservancy projects, as well as in the construction of transportation and landscaping.
5) Coated Low-Carbon Steel Wire: This involves applying a PVC or PE protective layer to the surface of low-carbon steel wire, enhancing the product's resistance to highly polluted environments. Additionally, the wire can blend with the surrounding environment through the selection of various colors.
Technical Advantages of Gabion Mattresses:
Replacing traditional hydraulic engineering with this technology not only enhances the technical level of construction projects and ensures construction quality, but also benefits daily project management. What's more important is that it effectively combines hydraulic and ecological protection, which is why this technology has been widely promoted and applied in the Yellow River regulation construction projects.
Stone Box Padding Manufacturer
