W14x22 W14x26 W14x30 Wide Flange H Beam

W14x22 h beam wide flange
Weight: 22 pounds per foot
Depth (height): about 13.9 inches
Flange width: about 7.04 inches
Web thickness: about 0.295 inches
Flange thickness: about 0.425 inches
Cross-sectional area: about 6.48 square inches
Moment of inertia Ix: about 97.0 square inches
Moment of resistance Sx: about 14.0 cubic inches

W14x26 w flange beam
Weight: 26 pounds per foot
Depth (height): about 13.9 inches
Flange width: 8.02 inches (204 mm)
Web thickness: 0.315 inches (8.0 mm)
Flange thickness: 0.450 inches (11.4 mm)
Cross-sectional area: 7.65 square inches (4935 mm)
Moment of inertia Ix: 129 square inches (83225 mm)
Moment of resistance Sx: 18.6 cubic inches (304800 mm)

W14x30 w shape beam
Weight: 30 pounds per foot (13.6 kg/m)
Depth (height): 13.9 inches (353 mm)
Flange width: 8.08 inches (205 mm)
Web thickness: 0.370 inches (9.4 mm)
Flange thickness: 0.505 inches (12.8 mm)
Cross-sectional area: About 8.84 square inches (about 5703 square millimeters)
Moment of inertia Ix: about 170 square inches (about 110,000 square millimeters)
Resistance moment Sx: about 24.4 cubic inches (about 400,000 cubic millimeters)

W14x22 h beam wide flange
Lightweight frame structure: Due to its relatively light weight, it is suitable for the frame of light buildings or low-rise residences.
Internal partition walls: It can be used as a supporting material within non-load-bearing walls.
Secondary beams or supports: In larger construction projects, it is used as a secondary support between main beams.

W14x26 steel wide flange beam
Medium-duty building frames: Slightly heavier than W14x22, it is suitable for the frame structure of medium-sized buildings, such as multi-story office buildings or commercial facilities.
Platforms and balconies: Used for the support of external extension structures such as balconies or observation decks.
Bridge components: Can be used for the construction of small bridges or pedestrian bridges.

W14x30 wide flange h beam
Heavy-duty building frames: Suitable for the main structure of high-rise buildings or industrial buildings, providing stronger support.
Foundations and columns: Used where higher load-bearing capacity is required, such as columns or support points on foundations.
Large public facilities: Such as the foundation support structure of large public facilities such as stadiums and theaters.