In this era of rapid economic development, better products are constantly emerging. The so-called galvanized plastic-coated gabion mesh is a product with a chemical name called polyvinyl chloride added to the surface of low-carbon steel wire (galvanized steel wire) or (zinc-aluminum alloy). This product is also widely known as PVC-coated or PE coated by the public. The choice of green is because it is used for embankment and slope protection, as well as flood prevention and control. It can be used for ecological greening, blending in with the surrounding environment and enhancing one's aesthetic sense. Another color option is grey.
The products are sold to coastal areas such as Zhejiang, Shanghai, Yunnan, Fujian, Shaanxi, Gansu and Ningxia, and the three northeastern provinces, which are severely eroded by water flow. Especially in areas with strong sunlight and high water pH, galvanized plastic-coated gabion mesh is the most suitable. Gabion mesh material: Generally, the raw material used is hot-dip galvanized/(aluminum or aluminum plus zinc) steel wire. The overall effect is: polyester film + hot-dip galvanized/(or aluminum plus zinc) steel wire.
Basic parameters of gabion mesh
The inner diameters of the mesh wire are 2.0mm, 2.2mm, 2.5mm, 2.7mm and 3.0mm.
The outer diameters of the mesh wire are 3.0mm, 3.2mm, 3.5mm, 3.7mm and 4.0mm.
Mesh size: 6*8cm, 8*10cm, 10*12cm, etc. (Other mesh sizes can be customized).
Materials: Hot-dip galvanized, Galfan, zinc-aluminum alloy, low-carbon steel wire.
It can also be made into cages and net pads, which are used for anti-scouring protection of rivers, DAMS and sea dikes, as well as for net cages in reservoirs and river diversion.
Gabion nets are widely used and can withstand different pressures. They can be installed and twisted according to surface devices. At the same time, they must have sufficient capacity to bear the weight of the stones and other gabion nets placed on them. They can also withstand the erosion of rain and still maintain the integrity of their structure.
