Product name: Low corbon steel I beam
1) Material: ST37-2, Q235, Q345B
2) Standard: GB, ASTM, JIS etc.
3) Size: 100*68*4.5mm - 450*152*13.5mm
4) Length: Normal 6m, or as client's requested
5) Other dimensions or shapes are available and flexible
6) Steel I beam, I section, IPE, I steel, I beam bar, I-beam, steel products, construction material etc.
Contact Person: VINCY
Mobile: 0086-183-0517-2687
| Origin | Shandong China | Trademark | Jiahexin | |||||||||||
| Serial/Model NO. | 100*68*4.5mm - 450*152*13.5mm | Type | I Section Steel | |||||||||||
| Application | Steel Structure, Workshop, Frame Part etc. | Standard | GB, ASTM, JIS etc. | |||||||||||
| Forming | Hot-Rolled Steel | Special Size | Welded or According Client' s Request. | |||||||||||
1.What is I-beam steel?
An I-beam-or I beam-is a standard structural steel shape that serves as critical framework for the metal building industry for a range of constructions. For instance, I-beams go into building bridges, parking garages, skyscrapers, hospitals and much more.
2.What is the difference between I-beam and ISMB?
Although both ISMB and ISHB sections are necessary for various structural requirements, ISHB beams are preferred for heavy loads because of their increased strength and longevity, while ISMB beams are utilized for medium weights.
3.Why is I-beam stronger?
I beam has symmetricity about axis (unlike Angles). I beam has thicker flange on both side of its CG; so it has higher section moduls which results more bending strength about its major axis. Deeper web gives it more shear strength. Being CG in body and having symmetricity makes strong in compression agianst buckling.
4.Why is it called an I-beam?
Their name comes from their distinctive cross-sectional shape, which resembles the letter "I" or "H." Each beam features horizontal elements called flanges and a vertical element known as a web, enabling the I-beam to handle various types of loads effectively.
5.How strong are steel I-beams?
High-grade stainless steel I-beams typically demonstrate tensile strength ranging from 500-750 MPa, with yield strength between 200-500 MPa depending on the specific alloy. This impressive tensile resistance allows them to withstand significant loads without deformation.