Steel Industries Building

The construction process of EIHE Steel Industries Buildings covers multiple stages: planning and design, prefabrication and production of components, transportation and delivery, on-site installation, as well as interior decoration and completion. Steel structures do not need to be produced on-site during the manufacturing process. All components of steel structures are prefabricated in factories and then transported to the site for assembly. This model can shorten the construction time of the project and reduce time and labor costs. Steel is also a strong and durable material. Its structure can withstand extreme weather and has properties such as fire resistance, insect resistance, and corrosion resistance, providing safe and reliable usage guarantees for enterprises. In addition, steel structure buildings are convenient for expanding space, adjusting layout or undergoing renovation, and can flexibly respond to the development needs of enterprises at different stages. They are future-oriented architectural solutions with long-term adaptability. In addition to meeting the requirements of functionality and durability, EIHE also offers personalized customization services. Through the flexible application of color coating, facade cladding and other design elements, steel structure buildings can not only achieve practical functions but also display unique visual aesthetics.

Product Features

It has a good seismic resistance effect. The connection between components requires the use of bolts and welding. Every connection point has been precisely calculated by technicians to form a scientific mechanical structure. When an earthquake occurs, steel industries building can disperse the force of the earthquake and maintain the stability of the structure.

Economical and environmentally friendly. Steel is a recyclable material that causes little pollution to the environment. When a steel structure building reaches the end of its service life, the steel can be dismantled and sold to steel mills, which then produce new steel.

The construction speed is fast. The components of the building can be mass-produced in the factory, which is not affected by the weather and saves construction time.

Parameter (Specification)

Product Case

The BAIC New Energy project, constructed by EIHE Steel Structure, has a construction area of 61,884.7 square meters. Among them, the span is 136 meters, the eaves height is 14.25 meters, and the steel consumption is as much as 4,600 tons. The contract amount is approximately 36 million. It took 85 days to complete the hoisting of all components. It has won the Gold Award for Steel Structure issued by the Shandong Steel Structure Industry Association!

FAQ

Q1: Which buildings are steel industries buildings？

A1: There are many buildings that use steel structures, such as the Empire State Building, the Shanghai Tower, and the Petronas Twin Towers in Kuala Lumpur, all of which are typical steel structure buildings

Q2: What is the greatest advantage of steel industries buildings?

A2: The greatest advantage of this type of building is its high load-bearing ratio. Due to the light weight of its own materials, it can reduce the pressure on the foundation.

Q3: Which is more expensive, a steel structure industries building or a concrete industries building？

A3: From the perspective of comprehensive cost, concrete structure buildings are more expensive. Compared with concrete structure buildings, steel structure buildings have better material costs. However, the construction period of steel structures is short, which can save construction costs. Moreover, steel structures have a long service life, simple maintenance in the later stage, and lower costs.

Q4: How can steel structure industrial buildings be environmentally friendly？

A4: Firstly, the steel used in this type of building is itself an environmentally friendly and recyclable material. Secondly, apart from the main structure, the wall materials are all made of new environmentally friendly materials. Moreover, solar panels can be installed on the exterior of the building to achieve the circulation of electricity.