Welded Reinforcement Mesh (for construction) is regularly used for concrete slab construction, such as roadways, in curved structures such as in domes and as bonding fabric for gunite. The cost, time and labor savings of welded wire fabric reinforcing offers an advantage over traditional tied rebar.

Welded Reinforcement Mesh can be classified into four major types:

1. Rectangular Welded Mesh with wires crossed in a form of a rectangle, and longitudinal wire as the supporting one;
2. Square opening welded steel mesh with wires crossed in a form of a square, and both longitudinal and transversal wires as supporting ones;
3. Welded Wire Mesh for vertical wall building;
4. Special type.
Ref No: Nominal Pitch Wire Size Cross sectional area per meter width Nominal
Weight
Main Bar Cross Bar Main Cross main cross per m2
DWM001 200 200 10 10 393 393 6.16
DWM002 200 200 8 8 252 252 3.95
DWM003 200 200 7 7 193 193 3.02
DWM004 200 200 6 6 142 142 2.22
DWM005 200 200 5 5 98 98 1.54
DWM006 100 200 12 8 1131 252 10.9
DWM007 100 200 10 8 785 252 8.14
DWM008 100 200 8 8 503 252 5.93
DWM009 100 200 7 7 385 193 4.53
DWM010 100 200 6 7 283 193 3.73
DWM011 100 200 5 7 196 193 3.05
DWM012 100 400 10 6 785 70.8 6.72
DWM013 100 400 9 6 636 70.8 5.55
DWM014 100 400 8 5 503 49 4.34
DWM015 100 400 7 5 385 49 3.41
DWM016 100 400 6 5 283 49 2.61

Above reinforcement mesh can all be used in concrete reinforcing. Concrete is one of the more common materials used in the construction of commercial buildings. Its properties make concrete an excellent choice for steel structures, cladding systems and floor slabs on grade.
Although concrete is an excellent building material and is extremely strong in compression, it has one limitation - concrete is weak in tension. By combining concrete with material that is strong in tension, we can create a composite that greatly reinforced. This type of steel reinforcement used in concrete is welded wire mesh (WWM) or welded wire fabric (WWF).

Concrete reinforcement mesh consists of pieces of wire or rebar welded together to form a grid pattern. The size of the grid pattern is typically 4-inch-by-4-inch up to 8-inch-by-8-inch. This type of reinforcement is used to minimize shrinkage cracking in the surface of the concrete.
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