UB 686x254x125 S355JR/S355J0 section steel
Chemical composition comparison
S355JR material h beam: carbon (C) content does not exceed 0.27%, silicon (Si) content does not exceed 0.60%, manganese (Mn) content does not exceed 1.70%, phosphorus (P) and sulfur (S) content do not exceed 0.045%, copper (Cu) content does not exceed 0.60%, and nitrogen (N) content does not exceed 0.014%.
S355J0 h-shaped iron beam: carbon (C) content does not exceed 0.24%, silicon (Si) content does not exceed 0.60%, manganese (Mn) content does not exceed 1.70%, phosphorus (P) and sulfur (S) content do not exceed 0.040%, copper (Cu) content does not exceed 0.60%, nitrogen (N) content does not exceed 0.014%.
Mechanical properties comparison
S355JR h-profile steel: yield strength is 355MPa, tensile strength is between 450-680MPa, and elongation is 22%. JR represents the impact energy of 27 joules at 20℃.
S355J0 h-shaped metal: yield strength is 355MPa, tensile strength is between 450-680MPa, and elongation is 22%. J0 means that its impact toughness level is 0℃, and an impact toughness test at 0℃ is required. Its impact toughness at low temperature is better than that of S355JR.
UB 686x254x125 hot rolled h beam specifications
Cross-section size: height is 686mm, flange width is 254mm, and weight per meter is about 125kg.
Cross-section characteristics: It has wide wing plates and thick webs, and the cross-section shape is H-shaped. This shape makes the steel have excellent strength and rigidity, and can effectively resist and disperse the effects of various forces, providing guarantee for the stability of the structure.
Application field of UB 686x254x125 universal beam
Construction field: commonly used in various civil and industrial building structures, such as large-span industrial plants and modern high-rise buildings, especially industrial plants in areas with frequent seismic activities and high-temperature working conditions.
Bridge construction: suitable for large bridges that require large bearing capacity, good cross-section stability, and large spans, and can be used to manufacture the load-bearing structure and support system of bridges.
Other fields: It can also be used in heavy equipment, ship frames, mine support and other fields, and can meet the requirements of these fields for material strength and stability.
