High structural strength

The section modulus of H-beam steel is large, and at the same time of bearing conditions, it can save 10-15% of metal compared with ordinary I-beam steel.

The design style is unique

With the same beam height, the opening of the steel structure is 50% larger than that of the concrete structure, thus making the building layout more flexible.

Structural light weight

Compared with the concrete structure, the H-beam steel structure light weight, the reduction of structural weight reduces the structural design internal force, can make the building structure foundation treatment requirements are low, the construction is simple, and the cost is reduced.

High structural stability

The hot rolled H Beam Steel based steel structure, its structure is scientific and reasonable, good plasticity and flexibility, high structural stability, suitable for bearing vibration and impact load of large building structures, strong resistance to natural disasters, especially suitable for some multi-earthquake zone building structures.

Increase the effective use area of the structure

Compared with the concrete structure, the hot-rolled H steel structure can increase the use area by 6%, and the structure's self-weight can be reduced by 20%-30%, reducing the structural design internal force.

Easy to process and install

H Beam Steel has wide flange, thin web, many specifications, and flexible use, which can save 15%-20% metal in various truss structures. Because its flange is parallel inside and outside, and the edge end is at a right Angle, it is easy to assemble and combine into various components, which can save about 25% of the welding and riveting workload, and can greatly accelerate the construction speed of the project and shorten the construction period.

Environmentally friendly

The use of H Beam Steel can effectively protect the environment, compared with concrete, can use dry construction, produce less noise, less dust; Due to the reduction of self-weight, the amount of soil taken by foundation construction is less, and the damage to land resources is small. In addition, the amount of concrete is greatly reduced, and the amount of rock excavation is reduced, which is conducive to the protection of ecological environment. After the service life of the building structure expires and the structure is dismantled, the amount of solid waste generated is small, and the recycling value of scrap steel resources is high.