Galvanized stone笼mesh is an ecological lattice structure. The stone mesh is made of low-carbon steel wire with high corrosion resistance, high strength, and ductility, either plain or coated with PVC, which is mechanically woven. The stone mesh box is a box made from the stone mesh. The diameter of the edge lines of the stone mesh is generally larger than that of the mesh wires. The double-line twisting part is typically double twisted to ensure that the metallic coating and PVC coating on the twisted wire are not damaged.
Galvanized cage net is produced in one-piece molding, with the side panels, end panels, and bottom panels being inseparable, excluding the lid.
The assembled structure includes separate production and assembly of the lid, side panels, end panels, and bottom panels to form a cage. Each part is wrapped and tied with helical steel wire, and all the edges of the cage are reinforced with thick wire to enhance the strength of the stone笼cage.
Good for combination: Easy to process and transport, can be bundled into various shapes according to design requirements, adapting to the shapes of hillsides, riverbanks, and embankments.
Application: 1. Controlling and guiding rivers and floods with gabion boxes, 2. Flood relief and guidance dams using wire mesh baskets, 3. Rockfall protection with gabion mats, 4. Preventing soil and water erosion with wire mesh baskets, 5. Bridge protection with gabion and wire mesh, 6. Soil stabilization structures with gabion, 7. Coastal defense engineering with gabion, 8. Port engineering with gabion, 9. Retaining walls with gabion and wire mesh, 10. Road protection with gabion.
Galvanized wire mesh baskets structure
Galvanized stone笼wire mesh assembly, cover, side panels, end plates, and bottom plate are all produced independently, then assembled into a cage. Each component features spiral steel wire wrapped around the coarse wire edges, enhancing the lifting strength of the stone笼wire mesh box.
Galvanized wire cage assembly: Convenient transportation, processed into various shapes according to design requirements, adaptable to the shapes of slopes, beaches, and embankments.