Gnee Steel (Tianjin) Co., Ltd. is one of the most professional hea/heb450 h beam hot rolled h structure steel manufacturers and suppliers in China, also supports customized service. If you're going to buy hea/heb450 h beam hot rolled h structure steel made in China, welcome to get free sample from our factory. Quality products and low price are available.
HEA/HEB450 H Beam Hot Rolled H Structure Steel
Dimensions of HEA450 steel h profile: height 440mm, width 300mm, web thickness 11.5mm, flange thickness 21.0mm, weight per meter is about 140kg.
Dimensions of HEB450 h beam section: height and width are both 450mm, web and flange thickness is usually thicker than HEA450, and the overall size is heavier.
Mechanical properties of HEA450 H-section steel beam: It can withstand a certain load, but compared with HEB450, due to its smaller cross-sectional size, its bearing capacity in bending, shear and compression is relatively weak.
Mechanical properties of HEB450 h steel profile: Due to its larger cross-sectional size and thicker web and flange, it has better mechanical properties and higher bearing capacity. It can withstand greater loads, bending moments and shear forces, and performs better in resisting deformation and damage.
Application scenarios of HEA450 structural steel beam: It is suitable for some building structures that have certain weight requirements and the load is not particularly large, such as the frame structure of general commercial and residential buildings, the support system of floors and roofs, etc. It can also be used in some places with high space requirements and flexible structural layout. It can better adapt to space restrictions while meeting structural requirements.
Application scenarios of HEB450 steel beam: It is often used in large industrial buildings, key load-bearing parts of high-rise buildings, bridge projects and heavy equipment foundations, such as crane beams of large factories, core tube support columns of high-rise buildings, and main beams of large-span bridges. It can provide reliable support for these structures and ensure the safety and stability of the structure under huge loads.
