European standard H-beam S355JR/J0 material hot rolled H-beam HEA900
HEA900 beam steel is a European standard H-shaped steel with an H-shaped cross section, large cross-sectional dimensions and high load-bearing capacity.
Specific dimensions of HEA900 beam h
Height (H): 900 mm
Flange width (B): 400 mm
Web thickness (tw): 16 mm
Flange thickness (tf): 40 mm.
S355JR/J0 w shape structural steel is two grades of European standard structural steel, S355JR is the basic grade, while S355J0 has higher toughness requirements in low temperature environments. The J0 grade is suitable for structures that require a certain low temperature toughness.
Characteristics of S355JR/J0 h shape steel beam
High strength: The yield strength is as high as 355 MPa, suitable for high load scenarios.
Good low temperature toughness: The S355J0 grade is particularly suitable for low temperature environments and has higher impact resistance.
Superior welding performance: The low alloy composition makes it have good welding performance and is suitable for a variety of connection methods.
Excellent processing performance: easy to cut, bend and process, convenient for construction.
Economical: Compared with higher strength grades of steel, S355JR/J0 has a lower cost and is suitable for large-scale applications.
Application of S355JR/J0 HEA900 structural steel beam
Building structure: such as beam-column structure of large factories and high-rise buildings.
Bridge engineering: suitable for load-bearing beams of large-span bridges.
Mechanical equipment: used to manufacture support structures for heavy machinery.
Low temperature environment engineering: such as bridges and buildings in cold areas.
Other engineering: such as port facilities, wind power towers, photovoltaic brackets, etc.
S355JR/J0 HEA900 h steel profile is a high-strength and high-toughness structural steel with a reasonable cross-section design suitable for bearing complex loads. The low-temperature toughness of S355J0 steel beam material has significant advantages in cold area engineering. It is widely used in buildings, bridges, mechanical equipment and other fields, and is an economical and efficient choice.


