Shop 2.3mm ribbed welded wire mesh with 150×150mm spacing, double welds, and uncut ends. Perfect for reinforced concrete, fencing, industrial partitions, and agricultural applications.
Heavy-Duty Welded Wire Mesh Panel – 2.3mm Ribbed Steel, 150×150mm Mesh, Double Welded, Uncut Ends
Welded wire mesh, also known as welded wire fabric (WWF) or weldmesh, is a high-strength, prefabricated steel wire grid made by electric fusion welding. It consists of parallel longitudinal wires that are electrically welded to cross wires at exact intervals, forming a rigid and uniformly spaced mesh. This product is manufactured using low carbon steel—optionally ribbed for additional grip and load-bearing capability.
The 2.3mm wire thickness and 150×150mm mesh size make this welded mesh panel suitable for both light and heavy-duty applications, offering a balance of flexibility and structural integrity. The double welds at each junction significantly improve durability, while uncut ends provide excellent anchoring when embedded into concrete or soil.
Thanks to its consistent quality and precise dimensional control—achieved through advanced automated manufacturing—this mesh delivers significant savings in labor, time, and material waste, especially in large-scale installations.
Wire Thickness: 2.3 mm
Mesh Size: 150 mm × 150 mm (square pattern)
Material: Low carbon steel
Surface Type: Ribbed for enhanced concrete bonding
Weld Type: Double weld for maximum structural integrity
Ends: Uncut for secure embedding and increased bond strength
Finish: Available in plain or galvanized upon request
Construction: Reinforced concrete slabs, walls, columns, and pavements
Agriculture: Animal enclosures, farm fencing, and trellises
Industrial: Machine safety barriers, storage partitions, and warehouse cages
Transportation: Road and bridge reinforcements
Horticulture & Landscaping: Garden structures, retaining walls, and erosion control
Decorative Uses: Modern architectural panels, fencing designs, and interior features
This welded mesh is ideal for structural reinforcement, security fencing, and functional partitioning, particularly where strength, longevity, and clean aesthetics are required.