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ASTM W36x330 W36x350 shaped steel beam
W36x330 W36x350 h beam wide flange specifications
W36x330 wide flange h beam: "W36" means the section height is 36 inches (about 914.4 mm), "330" means the weight per foot is 330 pounds, which is about 491.6kg/m when converted to meter weight.
W36x350 wide parallel flange beam: the section height is 36 inches (about 914.4 mm), the flange width is about 319 mm, the web thickness is about 33 mm, the flange thickness is about 58.9 mm, and the theoretical meter weight is about 521kg.
Material characteristics of W36x330 W36x350 steel wide flange beam
Common materials are A572GR50 and A992.
A572GR50 is a high-strength low-alloy niobium-vanadium structural steel with good weldability and toughness, yield strength ≥345MPa, and tensile strength ≥450MPa.
A992 is also a high-strength low-alloy steel with a yield strength usually above 345MPa and a tensile strength above 450MPa. It has good elongation and cross-sectional shrinkage, and excellent toughness and plasticity.
Both materials have high strength and can withstand large loads. The elongation and other indicators of A572GR50 and A992 are good, with good toughness and impact resistance, and can ensure the safety of the structure under various complex stress conditions.
Processing performance of W36x330 W36x350 wide flange beam
Welding performance: A572GR50 and A992 materials have good weldability and are easy to connect to other structural components by welding. Common welding methods can be used, and the welding quality is easy to guarantee.
Cold processing performance: Cold bending, cold drawing and other cold processing can be performed. Cold processing can improve strength and hardness, but may reduce toughness and plasticity. Process parameters need to be controlled during processing to prevent defects such as cracks.
Hot processing performance: It performs well in hot processing such as forging and hot rolling. Hot processing can improve the internal structure, make the performance more uniform, and help improve processing accuracy and surface quality.
