Welded Galvanized Steel Bar Panels for Concrete Reinforcing

Steel Bar Spot Welded Structure for Concrete Buildings Floor Construction Constructional Reinforcing Mesh

This welded fabric can also be used in suspended floor slabs, concrete walls, culverts / drains and composite brick / concrete retaining walls.

GI. Welded Wire Reinforcement Mesh is the irreplaceable concrete reinforcing mesh used in modern construction. It is made of high tensile steel wire spot welded into a square or rectangular mesh mat structure, prefabricated for concrete elements uses. Both electro galv. and hot dipped galvanised treatment available for anti corrosion resistance and long term uses.

Wire / Bar Diameter: 4mm-16mm

Space center of neighbor steel bar
Vertical: 100mm, 150mm, 200mm, 300mm
Horizontal: 100-400mm
Width: 0.5m-3m
Lengt: 2m-6m

Welded steel bar panels are widely used in construction reinforcement, the ground for the tunnels, bridges, highway, airport and wharf, also in construction of wall body.

Features and Benefits 
• Economic transport;
• Ease and economy of storage space;
• Reduction of implementation time (high application performance);
• Installation does not require skilled labor;
• Quality ensured by the implementation in factory;
• Reduction of waste and failings.  

Concrete Reinforcing Mesh of Welded Steel Grid, Non Galvanized Black Finish
Steel bar reinforcing mesh, Galvanizing finish, or Black wire mesh, non galvanized.
Wire diameter: 10mm, Mesh: 250mm x 250 mm (8” x8”), Sheet size: 11.6ft length x 7.6ft width

Structures:

Concrete Reinforcement Welded Mesh Sheet 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.

The hole of the grid is in square or rectangular shape:

Rectangular Welded Mesh with wires crossed in a form of a rectangle, and longitudinal wire as the supporting ones

Square opening welded steel mesh with wires crossed in a form of a square, and both longitudinal and transversal wires as supporting ones

Concrete Reinforcing Mesh, in 6 m × 2.4 m Sheet

Technical Specifications
Longitudinal wire (6 m) Cross wire (2.4m) Fabric Grid Pattern
Size (mm) Pitch (mm) Area (mm2/m) Size (mm) Pitch (mm) Area (mm2/m)
10 200 393 10 200 393 Welded steel mesh Rectangular
10 200 393 8 200 393

 

Welded Wire Reinforcement Mesh, Crimped, Galvanized, Conforming to ASTM 810

Welded Wire Mesh for Reinforcement
Wire form: Crimped / curved
Material: Galvanized mild steel
Quality: Conforming to ASTM 810
7½ width (190.5 MM)
Mesh: 67 mm x 25.4 mm
Number of line wire / width: 8
Wire diameter: 2.10 mm line wire x 1.70mm cross wire
Roll length: 165m

Welded Wire Mesh Reinforcement
Wire form: Crimped / curved
Material: Galvanized mild steel
Quality: Conforming to ASTM 810
Conforming to ASTM 810
7½ width (190.5 MM)
Mesh: 67 mm x 25.4 mm
Number of line wire / width: 8
Wire diameter: 2.20 mm line wire x 1.80mm cross wire
Roll length: 160m

Steel rebar welded mesh cage for oil industry construction project
Carbon Steel Rebar Welded Cage, especailly used for strengthening concrete in sub marine construction of oil pipes projects. It is made by welding with black steel rods into a cage-shaped steel banding mounted skeleton.

 

Welded Steel Rebar Mesh Cages

Reinforcing steel bar welded cages are circular mesh pads used in the pre-casting production of pits, covers and tunnels.

Ways to connect the short pile cages together:
A, Combine the main rebar first and then the pile cage, that is to say, butt weld the rebar of 9m length together to 9-27 meters and then use the pilemaster to longer pile cage.
B, Combine the pile cage and then the main rebar, first make the pile cage of 9m or 12m of standard. And then weld the short pile cages to longer pile cages.

Installation of the inner reinforcing bar and double rebar:
To get the double rebar pile cages to improve work efficiency, normally we suggest welding the second bar after the pile cage is formed.

And for the inner reinforcing bar, we supply the rebar bending machine to reinforcing the stirrup. Compare to weld manually, the difference is the rebar ends do not bond together, hence easier to install.

Standard Meshes (4.8m x 2.4m) 

  Longitudinal wires / bars Cross wires / Bars    
British Standard Reference Size
mm
Pitch
mm
Area
mm²/m
Size
mm
Pitch
mm
Area
mm²/m
Kg/m² Kg/sheet
Square Mesh Fabric  
A393 10 200 393 10 200 393 6.16 70.96
A252 8 200 252 8 200 252 3.95 45.50
A193 7 200 193 7 200 193 3.02 34.79
A142 6 200 142 6 200 142 2.22 25.57
A98 5 200 98 5 200 98 1.54 17.74
"A" Mesh - Detail of a Standard Sheet
 
Structural Mesh Fabric  
B1131 12 100 1131 8 200 252 10.90 125.57
B785 10 100 785 8 200 252 8.14 93.77
B503 8 100 503 8 200 252 5.93 68.31
B385 7 100 385 7 200 193 4.53 52.19
B283 6 100 283 7 200 193 3.73 42.97
B196 5 100 196 7 200 193 3.05 35.14
"B" Mesh - Detail of a Standard Sheet
 
Long Mesh Fabric  
C785 10 100 785 6 400 70.8 6.72 77.41
C636 9 100 636 6 400 70.8 5.55 63.94
C503 8 100 503 6 400 49.0 4.51 51.96
C385 7 100 385 6 400 49.0 3.58 41.24
C283 6 100 283 6 400 49.0 2.78 32.03
"C" Mesh - Detail of a Standard Sheet
 
Wrapping Mesh Fabric  
D49 2.5 100 49 2.5 100 49.0 0.77 8.87

Netting Type for Welded Reinforcement Concrete Mesh for Slabs Production
Detail Design of 150x300 Weld Wire Mesh Net
Welded Iron Steel Wire Mesh Fabric of 5mm, in 960mmx710mm sheet, detail technical reference