Get high-strength 4.7mm welded wire mesh with 150×150mm spacing, double welds, and uncut ribbed steel. Ideal for reinforced concrete, industrial fencing, and infrastructure projects.
Heavy-Duty Welded Wire Mesh – 4.7mm Ribbed Steel, 150×150mm Grid, Double Welded with Uncut Ends
Welded wire mesh—commonly referred to as weldmesh or welded wire fabric (WWF)—is a prefabricated steel grid manufactured through electric fusion welding. This mesh is constructed from parallel longitudinal wires that are welded to cross wires at consistent intervals, producing a strong and stable steel mesh structure.
This version features 4.7mm thick ribbed low carbon steel wire, a 150×150mm mesh pattern, double welds at every junction, and uncut ends for secure embedment into concrete or soil. The ribbed surface offers excellent bonding with concrete, making it especially effective for high-load structural reinforcement, fencing, and industrial applications.
Manufactured with automated precision, this welded mesh ensures accurate dimensions, easy handling, and efficient installation—leading to significant savings in labor, time, and construction costs.
Wire Diameter: 4.7 mm
Mesh Size: 150 mm × 150 mm (square)
Material: High-tensile low carbon steel
Surface Finish: Ribbed steel for better concrete adhesion
Welding: Double weld at all intersections
Edges: Uncut ends for superior anchorage
Optional Coatings: Plain, hot-dip galvanized, or PVC-coated (upon request)
Manufacturing Process: Precision machine-welded grid
Construction & Concrete Reinforcement:
Slabs, pavements, foundations, precast components
Walls, columns, and beam cages
Industrial & Infrastructure:
Fencing, safety partitions, equipment enclosures
Bridge and road reinforcement
Agriculture & Landscaping:
Animal enclosures, greenhouse supports, boundary fencing
Retaining walls and erosion control
Decorative & Functional Design:
Architectural mesh panels, display structures, and custom barriers
This 4.7mm welded wire mesh panel is suitable for medium to heavy-duty applications where structural integrity, longevity, and precise construction are critical.