HEM260 European standard H-beam size details and thickness standard.
HEM260 European standard H-beam is a common construction steel, which is widely used in various building structures and machinery manufacturing fields due to its excellent mechanical properties and processing properties. Knowing the size and thickness standards for HEM260 H-beams is essential for the correct selection and processing of this material. This article will introduce the size and thickness standards of HEM260 European standard H-beam in detail to help readers better understand and apply this material.
1. The size and specification of HEM260 European standard H-beam.
HEM260 European standard H-beam is a narrow flange H-beam with a standard width of 250mm, a cross-sectional height of 260mm, a web thickness of 8mm, and a flange thickness of 11mm. Its dimensional specifications are produced in strict accordance with the European standard EN 10034, with high precision and stability.
2. The thickness standard of HEM260 European standard H-beam.
1.Web thickness: The web thickness of HEM260 European standard H-beam is 8mm, which can reduce the amount of material used and reduce costs while ensuring sufficient strength. In addition, in order to meet different load-bearing requirements, some manufacturers also provide HEM260 European standard H-beam steel with two thicknesses of 9mm and 10mm.
2.Flange thickness: The flange is the main part of the H-beam load, and its thickness has a great impact on the load-bearing capacity of the whole steel. The flange thickness of HEM260 H-beam is 11mm, which can ensure sufficient load-bearing capacity and maintain good structural stability.
3.Flange width: Flange width is also an important factor affecting the bearing capacity of H-beams. In general, the greater the flange width, the stronger its load-bearing capacity. However, an increase in flange width can also lead to an increase in the amount of material used and an increase in costs. Therefore, when choosing a flange width, there is a trade-off that needs to be made.
In addition to the size and thickness standards introduced above, HEM260 European standard H-beam has some other important parameters, such as length, bend, twist, etc. These parameters also affect the actual use of the steel and need to be selected and processed according to the specific engineering requirements.
In conclusion, understanding the size and thickness standards of HEM260 H-beams is the basis for the correct selection and processing of this material. In the process of selection and use, various factors need to be considered comprehensively to ensure the safety and economy of the project. At the same time, for different usage scenarios and requirements, it is also necessary to make reasonable selection and application according to the actual situation.