Double-twisted hexagonal gabion mesh with a thick hot-dip galvanized coating provides strong corrosion resistance for long-term river slope engineering. We offer custom mesh size, box dimensions, and wire gauge, with complete export packing for bulk water conservancy orders. Its flexible integrated structure adapts to ground deformation and is widely used for river renovation, slope stabilization,···
Double-twisted hexagonal gabion mesh with a thick hot-dip galvanized coating provides strong corrosion resistance for long-term river slope engineering. We offer custom mesh size, box dimensions, and wire gauge, with complete export packing for bulk water conservancy orders. Its flexible integrated structure adapts to ground deformation and is widely used for river renovation, slope stabilization, and flood control projects.
· Made from Q195 low-carbon steel wire and woven using a double-twisted technique; the mesh structure will not come apart under impact.
· Thick hot-dip galvanized finish or PVC-coated surface for strong resistance to water, salt, and humid soil environments.
· Flexible full-box structure that settles naturally with soil and rocks without cracking.
· Uniform hexagonal mesh openings for stable tensile strength; easy to assemble and fill with stones on site.
· OEM customization available for gabion box dimensions, wire diameter, coating type, and project packing labels.
· Raw material: Q195 low-carbon steel wire
· Surface treatment: Hot-dip galvanized / PVC-coated galvanized
· Wire diameter: 2.0 mm to 4.0 mm
· Mesh opening: 60×80 mm, 80×100 mm, 100×120 mm
· Standard box size (reference): 1m×1m×1m; 2m×1m×0.5m; customizable length, width, and height
· River bank reinforcement, channel renovation, and flood control water conservancy projects.
· Mountain slope stabilization, landslide prevention, and roadside slope protection.
· Landscape retaining wall, park decorative stone cages, and ecological greening engineering.
· Reservoir and dam reinforcement, coastal erosion prevention, and highway isolation barriers.



