Comparison of the dimensions of the European standard H-beam (HEB100) and the German standard H-beam (IPB100).
In the construction field, H-beam is a widely used steel with excellent load-bearing capacity and stability. European standard H-beam and German standard H-beam are two common H-beam specifications, which are slightly different in size and shape. This article will introduce the size details of the European standard H-beam (HEB100) and the German standard H-beam (IPB100) in detail, so that readers can better understand the characteristics of these two steels.
1. European standard H-beam (HEB100).
European standard H-beam is a common construction steel, and its size is measured in millimeters. The cross-sectional size of HEB100 European standard H-beam is 100x100x6x10mm, where 100 indicates the cross-section height, 100 indicates the cross-section width, 6 indicates the web thickness, and 10 indicates the flange thickness. This H-beam has a large cross-sectional area, high bearing capacity and stability, and is suitable for various building structures and bridge projects.
2. German standard H-beam (IPB100).
German standard H-beam is also a common construction steel, and its size is measured in millimeters. The cross-sectional size of IPB100 German standard H-beam is 100x100x6x10mm, where 100 indicates the cross-section height, 100 indicates the cross-section width, 6 indicates the web thickness, and 10 indicates the flange thickness. This H-beam has a small cross-sectional area, but has good plasticity and toughness, and is suitable for various structures that need to withstand large bending stresses.
3. Size comparison.
By comparing the dimensional parameters of the European standard H-beam (HEB100) and the German standard H-beam (IPB100), it can be found that there are certain differences between the two in terms of cross-section height, cross-sectional width, web thickness and flange thickness. Specifically, the cross-sectional height and width of the European standard H-beam are larger, while the web thickness and flange thickness of the German standard H-beam are smaller. These differences result in different performances in terms of load-bearing capacity and stability.
In practical application, it is necessary to select the appropriate H-beam specifications according to the specific engineering needs and design requirements. For structures that need to bear large loads, European standard H-beam (HEB100) has high bearing capacity and stability;For structures that need to withstand large bending stresses, German standard H-beam (IPB100) has good plasticity and toughness. Therefore, when choosing H-beam specifications, it is necessary to consider comprehensively according to the specific situation.
In short, there are certain differences in the dimensional parameters of the European standard H-beam (HEB100) and the German standard H-beam (IPB100), which leads to their different performance in terms of bearing capacity and stability. In practical application, it is necessary to select the appropriate H-beam specifications according to the specific engineering needs and design requirements.