Thin Walled H-shaped Steel

h lifting beam，h beam 200x200x8x12，stainless steel h beam，Thin Walled H-shaped Steel

The H-shaped steel sold by the company is an efficient building material with a cross-sectional shape similar to the English letter "H", hence its name. The characteristics of H-shaped steel include:

The company is a large-scale steel enterprise specializing in steel sales. Its main business is:Stainless Plate 、Alloy Plate 、AbrasionResistant Steel Plate 、Seamless Tube、Stainless Steel Tubing 、Square and Rectangular Tubeand other types of steel.
Optimization of cross-sectional area: The distribution of cross-sectional area of H-shaped steel is more reasonable, resulting in a higher strength to weight ratio, that is, a greater strength per unit volume.

Good mechanical properties: During the rolling process, H-shaped steel has relatively uniform elongation at various points on the cross-section and low internal stress, which makes it exhibit good stability and load-bearing capacity under stress.

Material saving: Compared to ordinary I-beams, H-beams have a larger cross-sectional modulus and lighter weight, which can significantly reduce weight in building structures, sometimes up to 30-40%, thereby reducing the demand for metal materials.

Easy construction: As the inner and outer sides of the H-shaped steel legs are parallel and the leg ends are at right angles, assembling them into components can save the workload of welding and riveting, simplifying the construction process.

Multi domain applications: H-beams are not only used in building structures, but also widely used in mechanical manufacturing, bridge construction, industrial structures, underground engineering, petrochemical and power industry equipment structures, and other fields.

Load bearing components: In construction engineering, H-shaped steel is often used to make load-bearing components such as beams, columns, and ladders, and is also suitable for structures such as bridges and towers.

Special processing and joint treatment: H-shaped steel can undergo special processing and joint treatment as needed to meet the requirements of different engineering applications.

In summary, H-shaped steel is widely used in large building structures with high load-bearing capacity and good cross-sectional stability due to its excellent mechanical properties and economic characteristics, as well as in various other engineering fields.