Description:
1.Material:
1)Hot dipped galvanized Hot dipped galvanized Hot dipped galvanized;
2)Electro galvanized Electro galvanized;
3).Stainless steel
2.Type:
1)Truss-Mesh Reinforcement
2)Ladder-Mesh Reinforcement
3.Characteristics:1).Economic transport;
2).Ease and economy of storage space;
3).Reduction of implementation time (high application performance);
4).Installation does not require skilled labor;
5).Quality ensured by the implementation in factory
6).Reduction of waste and failings.
Applications:
Reinforced Welded Wire Mesh Panels are made of galvanized welded wire mesh for constructional uses, for example, block slab structure reinforcing, hollowed slabs reinforcement, building wall reinforcement and support wall reinforcement.
Placing of Fabric:
In order to obtain the best results when using fabric reinforcement, special care must be taken to ensure that the mesh is positioned and maintained at the correct depth after the concrete pour. This can be done by using stools or plastic or concrete spacers. Another option is to place the fabric on poured concrete that has been leveled to the desired reinforcement depth. After placing the mesh the concrete can be topped up to the specified overall slab thickness.
Ideally fabric must be located 50mm from the top of the slab and where bottom steel is required,, it must also be supported 50mm above the substrate.
Specifications:
1.Reinforcing Mesh Sheet Width: 0.5m -1.5m (2 foot -6 foot)
2.Length of Sheet: 0.5m -4m (2 foot -6 foot)
3.Opening of Welded Wire Mesh: 2.54cm-20cm (1 inch -8 inch)
4.Wire Diameter Applied: BWG 18- BWG10 (1.6mm- 3.0mm)
Reinforced Welded Wire Mesh Panels are made of galvanized welded wire mesh for constructional uses, for example, block slab structure reinforcing, hollowed slabs reinforcement, building wall reinforcement and support wall reinforcement.
Placing of Fabric:
In order to obtain the best results when using fabric reinforcement, special care must be taken to ensure that the mesh is positioned and maintained at the correct depth after the concrete pour. This can be done by using stools or plastic or concrete spacers. Another option is to place the fabric on poured concrete that has been leveled to the desired reinforcement depth. After placing the mesh the concrete can be topped up to the specified overall slab thickness.
Ideally fabric must be located 50mm from the top of the slab and where bottom steel is required,, it must also be supported 50mm above the substrate.
Specifications:
1.Reinforcing Mesh Sheet Width: 0.5m -1.5m (2 foot -6 foot)
2.Length of Sheet: 0.5m -4m (2 foot -6 foot)
3.Opening of Welded Wire Mesh: 2.54cm-20cm (1 inch -8 inch)
4.Wire Diameter Applied: BWG 18- BWG10 (1.6mm- 3.0mm)
Weaving and characteristics:
1.Hot dipped galvanizing after weaving
2.Weaving with hot dipped galvanized iron wire
3.Electric galvanizing after weaving
4.Weaving with electric galvanized iron wire
5.PVC coated welded wire mesh
2.Weaving with hot dipped galvanized iron wire
3.Electric galvanizing after weaving
4.Weaving with electric galvanized iron wire
5.PVC coated welded wire mesh
Specification | Wire Gauge BWG |
1"X1" | 14 15 16 17 18 |
2"X2" ' | 10 11 12 13 14 15 16 17 |
3"X3" | 10 11 12 13 14 |
4"X4" | 8 10 11 12 13 14 |
1"X2" ' | 14 15 16 17 18 |
2"X1" | 14 15 16 17 18 |
3/4"X3/4" | 16 17 18 19 20 21 |
1/2"X1/2" | 18 19 20 21 22 |
1/2"X1' | 16 17 18 19 |
1/4"X1/4" | 23 |
3/8"X3/8" | 21 |
.jpg)
.jpg)
.jpg)
.jpg)
.jpg)
