Detailed Photos
Product Description
| Product name |
Building concrete reinforcement mesh |
| Wire diameter |
1.5 mm to 12 mm |
| Surface treatment |
Primary or hot-dip galvanizing |
| Raw material |
Wire or steel |
| Production technology |
Automatic welding |
| package |
tray |
| Country of origin |
It is produced in Anping, Hebei, China |
The uses of architectural steel wire mesh are primarily found in mine roadway reinforcement, concrete pavements, bridge deck pavements, airport runways, tunnel linings, building floors, roofs, walls, flooring, concrete pipes, piles, and various other applications.
Specifically, architectural steel wire mesh plays a crucial role in construction projects. It is used to reinforce concrete structures, improving their tensile strength and load-bearing capacity, thereby ensuring the stability and safety of buildings. For instance, in floor slab construction, steel wire mesh is employed to reinforce the bottom of the slab, enhancing its load-bearing capacity and stability. In wall construction, it serves as the supporting framework for wall formwork, ensuring the flatness and verticality of the walls and effectively preventing deformation or cracking due to external forces.
Furthermore, architectural steel wire mesh distributes the loads borne by buildings uniformly across the structure, reducing stress concentrations and enhancing the overall load-bearing capacity of the buildings. Additionally, it effectively prevents cracks in concrete structures. By embedding the steel wire mesh into the concrete, it can effectively limit the cracks caused by concrete shrinkage and temperature changes, thereby extending the service life of the structure.
In highway and bridge engineering, steel wire mesh is used to enhance the load-bearing capacity and stability of road surfaces and prevent cracking. In underground engineering projects such as tunnels and subways, it improves the structural impermeability and crack resistance. In water conservancy projects, steel wire mesh is used to reinforce foundation structures, enhancing overall stability.
In summary, due to its high strength, corrosion resistance, and excellent welding performance, architectural steel wire mesh has a wide range of applications in various fields, making significant contributions to improving engineering quality and the durability of buildings.
Our Advantages
Automated Production of Architectural Steel Reinforcing Mesh
Automated production of architectural steel reinforcing mesh represents an efficient, precise, and flexible manufacturing approach.
The automated production line for architectural steel reinforcing mesh integrates advanced technologies from fields such as mechanics, electrical engineering, and automation control, enabling fully automated production from raw materials to finished products. This production method significantly enhances production efficiency, shortens production cycles, and reduces production costs.
On the automated production line, processes such as cutting and welding of steel bars are autonomously completed by robots and intelligent equipment, minimizing human intervention and operation. This not only reduces labor intensity for workers but also decreases human errors and product quality inconsistencies, thereby improving product quality and production efficiency.
Furthermore, the automated production line offers a high degree of flexibility. It can be flexibly configured and adjusted according to varying customer needs to meet personalized customization requirements. For example, the infinitely adjustable flexible mesh automatic welding production line introduced by SANY Zhugong can achieve arbitrary formation of horizontal and vertical reinforcement spacings, breaking through the fixed modulus requirements for vertical reinforcement spacings in traditional mesh welding machines.
In summary, automated production of architectural steel reinforcing mesh, with its advantages of high efficiency, precision, high automation, and flexibility, is gradually replacing traditional manual production methods and becoming an important trend in the construction industry.
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