Gnee Steel (Tianjin) Co., Ltd. is one of the most professional a36/a992 w16x97 h beam steel structure manufacturers and suppliers in China, also supports customized service. If you're going to buy a36/a992 w16x97 h beam steel structure made in China, welcome to get free sample from our factory. Quality products and low price are available.
A36/A992 W16x97 h beam steel structure
W16x97 structural steel h beam made of A36
Chemical composition: C≤0.25, Si≤0.40, Mn≤0.80 - 1.20, P≤0.04, Cu≥0.20.
Mechanical properties: tensile strength is 400 - 550MPa, yield strength is 250MPa; it has good toughness and welding performance, and can meet the requirements of general building structures and machinery manufacturing.
W16x97 structural h beam made of A992
Chemical composition: Different from A36, the content of alloy elements has been optimized to obtain better comprehensive performance.
Mechanical properties: yield strength is not less than 345MPa, tensile strength is not less than 450MPa, and elongation is not less than 20%; both strength and toughness are excellent, especially suitable for building structures with high requirements for structural strength and seismic performance.
Characteristics of structural steel h beam
High strength: W16x97 h beam structure has a large cross-sectional size. Whether it is A36 h section beam or A992 steel h column, it can withstand large loads and can be used as the main load-bearing components in building structures.
Good stability: The "H" cross-section gives it good bending resistance and stability in all directions, and can effectively resist deformation under external forces.
Easy processing: Standardized dimensions facilitate cutting, welding, drilling and other processing operations, which is conducive to improving construction efficiency and shortening construction period.
Uses of W16x97 h beam steel structure
Construction field: Commonly used in high-rise buildings, large industrial plants, load-bearing columns, beams and other structural components. In high-rise buildings, it can be used as the main load-bearing column of the bottom floor to bear the huge weight of the upper structure; in industrial plants, it can be used to support heavy equipment such as crane beams.
Bridge engineering: It can be used as the main beam, piers and other structural components of the bridge to bear the dead weight of the bridge and loads such as vehicles.
Other fields: It is also used in the foundations and brackets of some large mechanical equipment, as well as large structural parts in ports, mines and other projects.
