Can Dalian heavy-duty steel plate mesh replace traditional steel reinforcement materials?

One of the characteristics of heavy-duty steel mesh is its high strength. The area of the steel plate mesh is relatively large, and the edges and connections are designed to be thickened to withstand most of the load. Compared with traditional reinforced concrete, heavy-duty steel plate mesh has advantages in strength and can meet the needs of complex engineering. Heavy steel plate mesh has good corrosion resistance. In construction and engineering projects, heavy steel mesh is often affected by factors such as humid environments, acid and alkali splashes, but it can effectively resist corrosion and extend its service life. In addition, the steel mesh has also undergone surface treatment such as galvanizing, which enhances its corrosion resistance.

The production process of heavy-duty steel plate mesh is very complex. First, it is necessary to purchase steel plates of appropriate specifications, then cut the steel plates into a mesh shape, and then form them through processes such as bending and welding. In order to improve the durability and protective performance of heavy-duty steel mesh, surface treatments such as hot-dip galvanizing and spray coating are often carried out during the production process. These processes can effectively prevent corrosion and damage to heavy-duty steel mesh, extending its service life.

Can Dalian heavy-duty steel plate mesh replace traditional steel reinforcement materials?

Heavy steel plate mesh has high strength. Due to the use of a grid like structure in heavy-duty steel mesh, it can effectively resist external forces and withstand a large amount of pressure. In contrast, traditional steel reinforcement materials have lower strength and are prone to deformation and failure. Therefore, heavy-duty steel plate mesh can replace traditional steel reinforcement materials in some projects with high load requirements, such as large-span buildings, bridges, tunnels, etc.

Secondly, heavy-duty steel mesh has the characteristic of corrosion resistance. Due to the hot-dip galvanizing or hot-dip galvanizing treatment of heavy-duty steel plates, it can effectively prevent corrosion of the steel and prolong its service life. Traditional steel reinforcement materials are susceptible to oxidation and corrosion, leading to damage to building structures. Therefore, in environments prone to moisture and high humidity, heavy-duty steel mesh is a better choice.

Once again, the construction of heavy-duty steel mesh is convenient and fast. Heavy steel plate mesh can be cut, welded and assembled on site, and can be customized according to actual needs. However, traditional steel reinforcement materials require on-site processing and precise measurement, and the construction period is relatively long. Therefore, in construction projects with tight schedules, heavy-duty steel mesh can save time and manpower resources, and improve project progress.

The application of heavy-duty steel plate mesh is very extensive. In terms of architecture, it can be used to make stairs, platforms, corridors, etc; In terms of transportation, it can be used to make pedestrian walkways, bridge guardrails, road guardrails, etc; In the fields of petroleum, chemical, energy, etc., it can be used to make storage tanks, pipelines, isolation barriers, etc. The widespread application of heavy-duty steel mesh has made construction projects safer and more reliable, improving the quality and efficiency of engineering projects.

In the field of transportation, heavy-duty steel mesh also has important application value. For example, on roads, heavy-duty steel mesh can be used to make road guardrails, isolation barriers, and pedestrian overpasses, improving the safety and smoothness of road traffic. At railway and subway stations, heavy-duty steel plate mesh can be used to create platform barriers, boarding areas, etc., providing safety for passengers to ride.