Gnee Steel (Tianjin) Co., Ltd. is one of the most professional a36/a572gr50/a992 w14x53 h section steel beam manufacturers and suppliers in China, also supports customized service. If you're going to buy a36/a572gr50/a992 w14x53 h section steel beam made in China, welcome to get free sample from our factory. Quality products and low price are available.
A36/A572GR50/A992 w14x53 h section steel beam
Wide Flange H Beam Parameters
Model meaning: W14x53 w flange beam belongs to the American standard H-beam, where "W" stands for wide flange steel, "14" means the section height is 14 inches (about 356 mm), and "53" means the weight per foot is 53 pounds (about 53 kg per meter).
Typical size: section height 356mm × width 171mm × waist thickness 8.9mm × flange thickness 12.7mm.
A36 steel h beam material
Chemical composition: C≤0.2365%, Si 0.15%-0.40%, Mn 0.30%-0.60%, P≤0.035%.
Mechanical properties: tensile strength ≥400-550 MPa, yield strength ≥250 MPa, elongation ≥20%.
Features: low cost, suitable for general building structures, bridges and ships.
A572GR50 structural steel h beam material
Chemical composition: C≤0.20%, Si≤0.40%, Mn≤1.50%, Nb 0.005%-0.05%.
Mechanical properties: tensile strength ≥560 MPa, yield strength ≥460 MPa, elongation ≥10%.
Features: high-strength low-alloy steel, suitable for wind power, port machinery and heavy equipment.
A992 h beam structure material
Chemical composition: similar to A572GR50, but with a higher proportion of niobium (Nb).
Mechanical properties: yield strength ≥345 MPa (50 ksi), tensile strength ≥485 MPa (70 ksi).
Features: specially designed for high-strength steel structures, suitable for super high-rise buildings and large-span bridges.
Application scenarios
Construction: A36 h-shaped beam is used for ordinary factory buildings, and A572GR50/A992 h-shaped steel beam is used for high-rise buildings and large trusses.
Industrial equipment: A572GR50 h-shaped beam is suitable for heavy machinery such as cranes and excavators.
Special projects: A992 steel beam h is used in high-demand scenarios such as nuclear power and petrochemicals.





















