News - Steel H Beam: A Versatile Expert in Modern Engineering Construction

Carbon Steel H Beam named for its cross-section resembling the english letter "H", is also known as steel beam or wide flange i-beam. Compared with traditional i-beams, the flanges of Hot Rolled H Beam are parallel on the inner and outer sides, and the flange ends are at right angles. They have superior mechanical properties and occupy an important position in many fields such as construction and mechanical manufacturing.

The size and specification of Steel H Beam are rich and diverse. The common height range is from 100mm to 900mm, the width from 100mm to 300mm, and the thickness varies according to different models. Take the commonly used small and medium-sized Steel H Beam as an example. For instance, H beam 100x100×6×8 represents a height of 100mm, a width of 100mm, a web thickness of 6mm, and a flange thickness of 8mm. Large h-shaped steel such as h900×300×16×28, with a height of up to 900mm and a width of 300mm, is suitable for large-scale building structures. In addition, there are types such as high-frequency welded Steel H Beam, which can be customized and produced according to engineering requirements.

In terms of material, Steel H Beam has a wide range of material options. Common carbon structural steels such as q235 have high strength and good plasticity and toughness, and are suitable for general building structures and mechanical manufacturing. Low alloy high-strength structural steels such as q345, with the addition of alloying elements, not only ensure strength but also possess better corrosion resistance and low-temperature performance. They are often used in projects with high performance requirements, such as bridges and high-rise buildings. Stainless Steel H Beam, such as those made of 304 and 316, are often used in industries with strict environmental requirements, such as chemical engineering and food processing, due to their excellent corrosion resistance.

H Beam has a very wide range of uses. In the field of construction, it is a key material for building industrial plants, high-rise office buildings and bridges. It can be used as load-bearing beams and columns. With excellent compressive and bending resistance, it effectively enhances the stability of building structures. In the mechanical manufacturing industry, H Beam is used to make the frames of large-scale mechanical equipment and can withstand considerable loads and impact forces. In shipbuilding, H Beam can be used to build the hull framework, ensuring the sturdiness and safety of the ship. In the energy sector, facilities such as wind power towers and oil drilling platforms also rely on the application of H Beam 100x100, which provides reliable support for these facilities.

With its diverse sizes, rich material options and wide range of applications, H Beam 100x100 has become an indispensable important material in modern engineering construction. With the development of technology, it will also play a greater role in more fields.