What are the main application fields of steel structures？-part1
Steel structures, as an important building material, has a wide range of applications, covering multiple significant industries such as construction, Bridges, mechanical manufacturing, petrochemical industry, vehicle manufacturing, and shipbuilding. Today this article and share knowledge of steel structures.
01 construction
Steel structures in construction especially in the field of application, has become an important part of modern architecture. Due to the steel structures has the advantages of light weight, high strength and good seismic performance, it can withstand a lot of weight and provide excellent steel structures support, therefore has been widely used in high-rise buildings.
Steel structures assembly speed, can quickly build large space buildings, improve production efficiency and flexibility, and therefore is widely used in manufacturing plants, warehouses and other industrial facilities.
Can achieve large-span space steel structures design, provide good vision and comfortable experience for the audience, so in the stadium, exhibition center has also been found in the construction of large steel structures public buildings, such as a wide range of applications.
02 bridge project
In bridge engineering, steel structures is also widely used. Steel of high strength and durability of steel bridge can bear larger load and environmental stress. The modular design of steel structures and the assembly of prefabricated components can significantly shorten the construction period and reduce the disruption to traffic. Light weight steel structures bridge, and has a good seismic performance, to guarantee the safety and stability of the bridge.
03 machinery manufacturing
In the field of machinery manufacturing, steel structures is mainly used in the manufacture of a variety of machine tools, presses, industrial furnace, rolling mill, crane, such as compressor equipment. These devices are required to have high precision and stability, and steel structures, with their advantages of high strength, good rigidity and convenient processing, can meet these requirements.
Compared with aluminum alloy platforms: Aluminum alloy is lighter but has a lower load-bearing capacity, making it suitable for lightweight structures. Steel structures are more suitable for heavy-load environments.
Compared with FRP platforms: FRP has strong corrosion resistance, but its impact resistance is relatively weak, making it suitable for chemical environments. Steel structures are superior in mechanical strength.