ASTM W24x279 H Beam section A36 W shape profile
Product introduction of A36 steel beam h
Chemical composition of A36 h type steel beam
Carbon (C): 0.25%~0.29%
Silicon (Si): 0.15%~0.4%
Manganese (Mn): 0.8%~1.2%
Phosphorus (P): not more than 0.04%
Sulfur (S): not more than 0.05%
Mechanical properties of A36 h type beam
Yield strength (Fy): 36 ksi (248 MPa)
Tensile strength (Fu): 58 ksi (400 MPa)
Elongation (A): 20%
Sectional reduction (Z): 50%
W24x279 h shaped steel beam Steel beam dimensions
Height (h): 24 inches
Width (b): 16.4 inches
Thickness (t): 0.5 inches
Upper flange width (bf): 1.625 inches
Lower flange width (bf): 1.625 inches
Web thickness (tf): 0.5 inches
Weight per foot: 110.5 pounds
Weight per meter: 362.9 kilograms
Moment of inertia (Ix): 11700 in^4
Section modulus (Sx): 488 in^3
Radius of gyration (rx): 5.31 inches
Torsion constant (Cw): 15.7 in^6
Production process of A36 material W24x279 h shaped iron beam
Raw material preparation: GNEE will select high-quality steel that meets the A36 standard to ensure that the chemical composition and mechanical properties meet the requirements.
Heating: Heating the steel to a suitable temperature, usually 1200-1300℃, can obtain good plasticity and uniform structure.
Rolling: The steel is rolled into the required shape and size through hot rolling process to ensure dimensional accuracy and surface quality.
Cooling: The rolled steel is cooled naturally or controlled to obtain the required microstructure and properties.
Heat treatment: Normalizing or annealing treatment is carried out as needed to improve toughness and impact resistance.
Inspection: We will conduct strict quality inspection on the finished products to ensure that they meet relevant standards and user requirements.
