IPE and IPN are two common types of I-beams in European standards, and they have a wide range of applications in structural design and construction. This article will introduce the dimensional details of the two European standard I-beams of IPE and IPN in detail, so as to help readers better understand and use these two steels.
1. Size details of IPE European standard I-beam.
IPE European standard I-beams are available in a wide range of sizes to meet different engineering needs. Its dimensional parameters mainly include cross-sectional height, flange width, web thickness and flange thickness. Here are a few common IPE European standard I-beam sizes:
IPE80, IPE100, IPE120, IPE14, IPE160, IPE180, IEE200, IPE220, IPE240, IPE270, IPE300, IPE330, IPE360, IPE400, IPE450, IPE500, IPE550, IPE600, etc., these sizes are only some of the common specifications of IPE European standard I-beams, and there may be other sizes in practical applications. IPE I-beam has excellent bearing capacity and stability, and is suitable for bridges, buildings and other structural forms.
2. Comparison of IPE and IPN European standard I-beam.
There are certain differences between IPE and IPN European standard I-beams in terms of size and performance. IPE I-beams typically have higher cross-sectional heights and flange widths for structures that require greater load-bearing capacity. IPN I-beams, on the other hand, are relatively lightweight and suitable for applications where weight is required. In addition, the web thickness of IPE I-beams is usually larger, which has better bending resistance. In practical application, the appropriate I-beam model should be selected according to the specific engineering needs.
III. Conclusion. As two common I-beam types in European standards, IPE European standard I-beam and IPN European standard I-beam have a wide range of application prospects. By detailing the size details of these two types of I-beams, this article aims to help readers better understand and use these two types of steels. In the actual project, the appropriate I-beam model should be selected according to the specific needs to ensure the safety and stability of the structure.