Product Description
S235JR S355JR HL1000B HL1000M Hot Rolled H Beam Hr HL H Beams H Bar
| Product Name | H BEAM |
| Standard Size | BS EN10365-2017 |
| Grade | HL920*344,HL920*368,HL920*390,HL920*420,HL920*449,HL902*491,HL920*537, HL920*588,HL920*656,HL920*725,HL920*787,HL920*970,HL920*1077,HL920*1194, HL920*1269,HL920*1377,HL1000AA,HL1000A,HL1000B,HL1000M,HL1000*443,HL1000*483 HL1000*539,HL1000*554,HL1000*591,HL1000*642,HL1000*748,HL1000*883,HL1000*976,HL1100A HL1100B,HL1100M,HL1100R,HL1100*548,HL1100*607,HLZ1100A,HLZ1100B,HLZ1100C,HLZ1100D |
| Payment term | TT or LC |
| Shipping term | Bulk or containers |
| Delivery time | 10-15days |
| Advantage |
H-Beams Cost Less Than I-Beams For The Same Amount of Structural Support |
H-Beam and I-Beam: Applications
H-Beams and I-beams are very similar, but they have different applications. If you're interested in using either of them for your next project, here's what you need to know:
The best way to determine which beam is best for your project is to consult a professional. H-beams are better suited to support the load of the floor and roof over longer distances, while i-beams are better suited to support the weight of a wall or column.
If you do decide on an H-beam or an I-beam, note that these beams have different minimum spans; this means that if your space has a large span (i.e., it's long), then an I-beam may not be right for it because it requires more material than other designs.
H-Beam and I-Beam: Projects
H-beam and I-beam are both prone to bending, buckling, and torsional deformation. H-Beam can be used in the construction of buildings due to its ability to resist tension forces in compression or shear through its sides. The property of being able to withstand both tension and compression makes it ideal for building designs that require support for vertical loads such as cables or girders.
I-beams are commonly used as structural components in large buildings due to their ability to resist lateral forces from wind or earthquakes without buckling under pressure from high winds or earthquakes.
