W36x210 W36x231 W36x232 w shape beam
Material h beam specification
W36x210 steel beam h
Weight: 210 pounds per foot (about 95.25 kg/m)
Dimensions: The specific dimensions usually include height (or depth), width, and thickness of the web and flange.
Use: Suitable for large building frames, bridge construction, etc.
W36x231 h profile steel
Weight: 231 pounds per foot (about 104.78 kg/m)
Dimensions: The specific dimensions usually include height (or depth), width, and thickness of the web and flange.
Material: Generally A572 Gr.50 or A992 grade steel is used, which has good strength and toughness.
Use: Commonly used in heavy steel structure projects, such as high-rise buildings, industrial plants, etc.
W36x232 h beam profile
Weight: 232 pounds per foot, only slightly different in weight compared to W36x231.
Dimensions: Specific dimensions usually include height (or depth), width, and thickness of web and flange.
Use: Can be used in similar occasions, such as load-bearing beams or columns.
W36x210, W36x231 and W36x232 beam steel all follow ASTM A6/A 6M, a standard developed by the American Society for Testing and Materials, with high strength and rigidity, suitable for use as primary supporting members of buildings.
W36x210, W36x231 and W36x232 h steel beam are usually produced in hot-rolled form, and GNEE can further process them according to customer needs, such as cutting, drilling, welding, etc.
h section steel strength comparison
The strength comparison of American standard H-shaped steel W36x210, W36x231 and W36x232 steel h profile depends mainly on the specific material grade used and the design size. High-strength low-alloy steels (such as A572 Gr.50 or A992) are usually used, which have similar yield strength (approximately 50,000 psi or 345 MPa) and tensile strength.
W36x210 structural steel beam: 210 pounds per foot.
W36x231 steel beam: 231 pounds per foot.
W36x232 h shaped steel: 232 pounds per foot.
The main difference between them is the weight per foot, which directly affects the cross-sectional area, moment of inertia and structural performance
With the same material strength, W36x231 and W36x232 h beam sections will have higher load-bearing capacity and better resistance to deformation than W36x210 h steel profile, because the larger cross-sectional size or thicker web and flange can provide higher bending stiffness and load-bearing capacity.
