Shop 4mm welded wire mesh with 150×150mm spacing, ribbed steel, double welds, and uncut ends. Built for high-strength concrete reinforcement, fencing, and industrial use.
Heavy-Duty Welded Wire Mesh – 4.0mm Ribbed Low Carbon Steel, 150×150mm Mesh, Double Welded with Uncut Ends
Welded wire mesh, also referred to as welded wire fabric (WWF) or weldmesh, is a prefabricated steel reinforcement grid produced through electric fusion welding. It consists of parallel longitudinal and transverse wires that intersect at uniform intervals and are welded together to form a structurally rigid mesh.
Manufactured from 4.0mm ribbed low carbon steel wire, this heavy-duty mesh features a 150×150mm square grid pattern, double welds at all intersections, and uncut ends to improve anchorage when embedded in concrete or soil. The ribbed texture enhances bonding strength, making it highly suitable for structural applications such as reinforced concrete slabs, columns, and foundations.
Produced with precision machines, the mesh offers dimensional consistency, resulting in faster installation, less material waste, and significant savings in labor and cost—especially on large projects.
Wire Diameter: 4.0 mm
Mesh Opening Size: 150 mm × 150 mm
Material: High-strength low carbon steel
Surface Type: Ribbed for better grip and concrete bonding
Welding Method: Double welded for enhanced load capacity
Edge Treatment: Uncut ends for secure embedment
Finish Options: Plain, hot-dip galvanized, or PVC-coated (optional)
Manufacturing Method: Automated precision welding
Construction & Infrastructure:
Reinforced concrete (slabs, columns, beams, pavements)
Road and bridge reinforcement
Precast concrete panels
Agricultural & Industrial:
Heavy-duty fencing, animal enclosures, and crop protection
Warehouse partitions, cages, and machinery safety barriers
Landscaping & Environment:
Gabion support, retaining wall reinforcement, erosion control
Decorative fencing and green infrastructure
This 4.0mm mesh is ideal where maximum tensile strength, durability, and long-term performance are required in both structural and security-focused installations.