Hot rolled A36 grade W14X48 construction H-shaped steel

Chemical composition: A36 material belongs to carbon structural steel, in which the carbon content does not exceed 0.28%, the silicon content does not exceed 0.4%, the manganese content is between 0.6%-0.9%, and the phosphorus and sulfur contents are controlled below 0.04% and 0.05% respectively.

Mechanical properties: The yield strength is not less than 250MPa, the tensile strength is between 400-550MPa, and the elongation is usually greater than or equal to 20%. At the same time, it also has good impact toughness and can resist impact loads at low temperatures without brittle fracture.

Dimensions: W14x48 means that the width of the steel is 14 inches and the height is 48 inches. The specific size is 3502048.6*15.1 (unit: mm), that is, the web height is about 350mm, the flange width is about 204mm, the web thickness is 8.6mm, and the flange thickness is 15.1mm.

Weight: The weight per meter is about 72kg. This combination of weight and size can provide high strength in structural applications while maintaining a reasonable weight, which is convenient for transportation and installation.

Good processing performance: W14x48 steel made of A36 material is easy to cut, weld, punch and other processing operations. It has excellent welding performance, and can ensure the integrity and strength of the structure after welding. It can be connected by a variety of welding processes; at the same time, when punching and other processing, the performance of the steel can also better meet the processing requirements, and it is not easy to have defects such as cracks.

Construction field: It is often used in the main structure of large industrial plants, high-rise buildings and large-span buildings. As load-bearing structural components such as columns, beams, and trusses, it can withstand the weight of the building and external forces such as wind loads and earthquake loads to ensure the stability and safety of the building.

Bridge engineering: It is an ideal material for bridge construction. It can be used to manufacture structural parts such as the main beam and cross beam of the bridge. It can withstand the weight of the bridge superstructure and loads such as vehicles and pedestrians. At the same time, it can also adapt to the deformation requirements of the bridge under different environmental conditions.

Machinery manufacturing: It can be used as a supporting material for large mechanical equipment, such as the structural frame of heavy mechanical equipment such as cranes and excavators, which can provide stable support for the equipment and ensure the safety and reliability of the equipment during operation.