A992 W36x387 W36x395 wide parallel flange beam
Material properties of W36x387 W36x395 steel beam h
ASTM A992 h-shaped steel is a standard developed by the American Society for Testing and Materials for applications such as structural steel beams and columns.
A992 h-section steel has a minimum yield strength of 50ksi (about 345MPa) and a tensile strength between 65 and 80ksi (about 450 to 550MPa). It is widely used in building structures due to its good weldability, formability and mechanical properties.
Specifications of W36x387 material h beam
Weight: 387 pounds per foot (about 175.5 kg/m), with a larger cross-sectional area and the ability to withstand greater loads.
Application: Suitable for large building frames, bridge construction and other applications that require high load-bearing capacity.
Specifications of W36x395 h type steel beam
Weight: 395 pounds per foot (about 179.2 kg/m), slightly heavier than W36x387, the cross-section may be larger or thicker, providing higher load-bearing capacity and rigidity.
Use: Commonly used in heavy steel structure projects, such as high-rise buildings, industrial plants, and other occasions that require high structural stability and strength.
Common features of W36x387 W36x395 h type beam
Both models follow the ASTM A992 standard, which ensures that they have similar good mechanical properties, such as excellent welding performance and toughness, and are suitable for use as the main supporting members of buildings, such as beams and columns.
W36x387 W36x395 h shaped iron beam is generally produced in hot-rolled form, and GNEE can perform further processing according to customer needs, such as cutting, drilling, welding, etc.
Specifications of W36x387 W36x395 h beam
Weight difference: The weight difference per foot, W36x395 is 8 pounds/foot heavier than W36x387, W36x395 uses more material, has a larger cross-sectional size or thicker plate.
Mechanical properties: Different weights, W36x395 generally has a higher section modulus and moment of inertia, performs better in resisting bending, and is suitable for bearing higher loads.
Application scenarios: Although both are suitable for high-strength steel structure applications such as high-rise buildings, bridges, etc., W36x395 is more suitable for applications that require particularly high structural stability and strength due to its stronger load-bearing capacity.
