High strength: Compared with other traditional structures, like concrete structures and brick-concrete structures, as well as wood structures, H-beams are stronger in strength. Under the same design conditions, H-beam components are light in weight and relatively small in cross-section. H-beams are especially suitable for large-span buildings. We have seen that some large-scale plant projects are almost all H-beam plants.

Light weight: Under the same scale, the mass of the H-beam steel mill house frame is only 1/4 to 1/3 of the weight of the concrete, and if it is a cold-formed thin-walled steel roof frame, it can even reach 1/10. Such a light weight can reduce the force of earthquake action, so the H-beam workshop has seismic performance.

Good plasticity and toughness: The raw material of the H-beam workshop is steel. The internal structure of the steel is very uniform, close to isotropic, with good plasticity and toughness, and will not break suddenly due to external forces, such as earthquakes and other natural disasters.

Industrialization: The H-beam workshop has the characteristics of industrialization. The construction process of H-beam is usually to produce all the required components in the factory, and then transport it to the site for assembly. Industrialization can also accurately control the quality and improve the safety performance of H-beam.

Energy saving and environmental protection: Why is the H-beam workshop considered an energy saving and environmental protection building? Anyone familiar with architecture knows that H-beam is the representative of green buildings, and the color steel sandwich panels used in H-beam workshops are also energy-saving building materials. Another green embodiment is the use of dry work throughout the construction of the H-beam to avoid environmental pollution caused by the wet structure of concrete.