S275JR European standard H-beam 600*200*11*17 theoretical weight table
1. Basic characteristics of European standard H-beam
European standard H-beam is a widely used I-beam, its cross-sectional shape is similar to the letter "H", and has good bending and torsion resistance. The main characteristics of this steel are its excellent load-bearing capacity and weldability, which makes it possible to simplify the process and improve work efficiency during construction.
2. Performance description of S275JR grade beam h
S275JR is a low-alloy high-strength structural steel with a typical yield strength of 275MPa. The strength and plasticity of this material make it suitable for the manufacture of load-bearing components such as building frames and bridges. S275JR has good welding performance, so that a combination of multiple structures can be achieved through welding connections in the project, improving the overall convenience of construction.
3. Dimension analysis of 600*200*11*17 h beam material
The dimensions of this European standard H-beam are 600mm high, 200mm wide, 11mm web thickness, and 17mm flange thickness. This specification makes it achieve a good balance between load capacity and deadweight. In heavy-load bridges, chemical equipment support frames, building foundations, etc., S275JR European standard H-beam can provide sufficient support and safety.
4. Calculation and significance of theoretical weight
According to the design of European standard H-beam, theoretical weight is an important indicator for measuring structural materials. The theoretical weight of S275JR European standard H-beam 600*200*11*17 h section steel is about 65.10 kg per meter.
5. Application fields and advantages
Due to its excellent performance, S275JR European standard H-beam is widely used in the following fields: Construction engineering: used as a frame structure to bear the mechanical load of residential and commercial mixed bodies.
Bridge construction: due to its load-bearing performance, it becomes the main skeleton material of bridges.
Machinery manufacturing: used for support frames of large equipment to improve stability and safety. Power industry: commonly used in electric towers and substations to adapt to the challenges of outdoor high temperatures and wind.
Its advantages are: easy construction, durability, long life and high value. For projects that pursue high efficiency, such material selection is undoubtedly a wise choice.
