W14x193 hot rolled steel beam A36/A572GR50
Comparison of h-shaped beam material properties
Performance of A36 h-shaped steel beam
Mechanical properties: yield strength ≥250MPa, tensile strength 400-550MPa, elongation ≥23%, with medium strength and good plasticity, suitable for conventional load structures.
Chemical composition: low carbon design (C≤0.25%), manganese content 0.8-1.2%, phosphorus/sulfur content ≤0.04%/0.05% respectively, excellent welding performance.
Economical: low cost, suitable for budget-sensitive small and medium-sized projects.
Performance of A572GR50 h-shaped iron beam
Mechanical properties: yield strength ≥345MPa, tensile strength 450-550MPa, elongation ≥18%, with higher strength and low-temperature toughness, suitable for heavy-load structures.
Chemical composition: Contains Mn (1.35-1.65%), Nb (0.005-0.05%), V (0.01-0.05%), and the grains are refined through controlled rolling and controlled cooling processes to improve impact resistance.
Corrosion resistance: The surface oxide film is dense and performs better than A36 in a humid environment.
h profile steel application field comparison
A36 h shaped beam applicable scenarios
Building structure: light factory main beam, floor support, temporary support, etc.
Machinery manufacturing: non-load-bearing equipment frame, conveyor support, etc.
A572GR50 h section steel beam applicable scenarios
Heavy-load bridges: dynamic load parts such as main beams and pier supports.
Industrial equipment: crane booms, heavy pressure vessel supports.
W14x193 Structural H Beam Specifications
| parameter | Typical values (refer to ASTM A6/A6M standard) |
|---|---|
| Section height (mm) | ~492 (14 inches) |
| Flange width (mm) | ~406 (16 inches) |
| Web thickness (mm) | ~26.9 |
| Flange thickness (mm) | ~45.7 |
| Unit weight (kg/m) | ~287(193lb/ft) |
| Cross-sectional area (cm²) | ~368 |





















