3D Curved Welded Mesh Fence
Single-wire welded panels with continuous V reinforcement folds for commercial, industrial and infrastructure boundaries.
- Wire diameter
- 4.0 mm / 5.0 mm
- Mesh aperture
- 50 x 200 mm
Industrial Application
Plan rigid panel runs, vehicle access and pedestrian gates around warehouses, factories, yards and logistics parks.
Selection Priorities
Inputs for Quotation
System Decision Matrix
Separate general fence runs, loading-yard edges, pedestrian access, vehicle gates and concrete-mounted sections so each zone has a comparable supply scope.
| Boundary Zone | Typical System | Confirm Before Quotation |
|---|---|---|
| General boundary | 3D welded mesh for efficient rigid bays | Confirm panel height, folds, posts and clips |
| Higher rigidity requirements | 868 or 656 double-wire panels | Review panel weight and clamp arrangement |
| Vehicle access | Manual or automation-ready cantilever gate | Provide clear opening and run-back space |
| Concrete edges | Base-plated posts where the support is suitable | Structural anchor design remains project-specific |
Implementation Interfaces
Inspection and Packing
Define the dimensional checks, finish checks, representative assembly, packing protection, component identification and loading records required for the project.
Review quality and export planningSystem Components
Single-wire welded panels with continuous V reinforcement folds for commercial, industrial and infrastructure boundaries.
Rigid 2D mesh panels with one vertical wire between paired horizontal wires for industrial, public-space and transport boundaries where higher panel rigidity is required.
RHS-framed cantilever gates with matched welded-mesh infill and counterbalance geometry for controlled industrial vehicle access.
RHS or round fence posts welded to pre-drilled structural flanges for direct anchoring to suitable concrete substrates.
Specification Guides
Solution RFQ
Send the site layout, boundary length, fence height, vehicle openings, preferred panel, post mounting, finish, packing limits and destination.