HEA280 European standard H-beam is a steel widely used in the field of construction and engineering, and its specifications, dimensions and characteristics are very important. The specifications and sizes of HEA280 European standard H-beam are very diverse, and they can be selected according to different needs. Its standard width is 280mm, and the height varies from 100mm to 500mm, while the length can be customized according to your needs. Due to its large cross-sectional area, this steel has a high load-bearing capacity and stability, making it suitable for a wide range of heavy-duty structures and machinery manufacturing.
The characteristics of HEA280 European standard H-beam are very obvious. First of all, it has very high flexural strength and can withstand large bending moments, so it can be used to manufacture large components and structural parts. Secondly, this steel is also very shear resistant, able to withstand large shear forces, and is not prone to shear failure. In addition, HEA280 European standard H-beam also has good durability and corrosion resistance, which can maintain its performance and service life for a long time.
In practical applications, HEA280 European standard H-beam is widely used. In the field of construction, it can be used to manufacture infrastructure such as large building structures, bridges, highways, etc., providing sufficient bearing capacity and stability. In the field of machinery manufacturing, it can be used to manufacture various heavy machinery, ships, vehicles and other equipment to provide high-quality steel materials. In addition, HEA280 European standard H-beam can also be used in equipment and structures in petroleum, chemical, electric power and other industries to meet the requirements of various complex environments.
In general, HEA280 European standard H-beam is a high-quality, high-performance steel, and its specifications, dimensions and characteristics make it widely used in construction, machinery manufacturing, petrochemical and other fields. Its high bearing capacity, stability and durability can meet the requirements of various complex environments, and provide a reliable guarantee for the smooth implementation of engineering projects.