Round Steel Mesh

The plain round steel mesh is a mesh structure formed by arranging plain round steel bars in a cross-sectional manner and connected by welding or binding. The following are its advantages, uses and processes:

Advantages

Improving structural strength: Plain round steel mesh can effectively improve the bearing capacity and crack resistance of concrete structures. By evenly arranging the steel mesh in concrete, the concrete can work better together when subjected to force, reducing the generation and development of cracks.

Convenient construction: Compared with the traditional on-site binding of single steel bars, the plain round steel mesh is pre-processed and formed in the factory and can be directly laid and installed after being transported to the construction site, which greatly shortens the construction time and improves the construction efficiency. At the same time, it also reduces the on-site workload and labor intensity.

Uses

Building structure: It is widely used in the floor panels, roof panels, foundation slabs and other structures of buildings as reinforcement for concrete structures to improve the overall performance of the structure. In some large industrial plants, high-rise buildings and other projects, plain round steel mesh can effectively bear the floor load and enhance the seismic resistance of the structure.

Road engineering: It can be used for road pavement reinforcement, improve the flexural tensile strength and fatigue resistance of the pavement, reduce the occurrence of pavement cracks, and extend the service life of the pavement. Especially in projects with high requirements for pavement quality such as airport runways and highways, round steel mesh has been widely used.

Bridge engineering: In the bridge deck pavement, piers, abutments and other parts of the bridge, round steel mesh can enhance the crack resistance and shear resistance of the concrete structure and improve the structural safety of the bridge. For some large-span bridges, round steel mesh plays an important role in controlling structural deformation and cracks.

Technology

Steel bar selection: Select round steel bars that meet national standards, and determine the diameter, strength grade and other parameters of the steel bars according to the engineering design requirements. In the material selection process, the quality of the steel bars must be strictly inspected, including the mechanical properties and chemical composition of the steel bars, to ensure that the quality of the steel bars meets the requirements.

Steel bar straightening: The purchased coiled steel bars are straightened through the straightening equipment to achieve the straightness required by the design. During the straightening process, the straightening speed and straightening parameters must be controlled to avoid excessive stretching or damage to the steel bars.