Why did the scenic area choose light steel structure houses?

Using light steel structure systems can reduce damage to the original ecological environment. In recent years, with the rapid development of tourism, many unique natural landscapes and pristine ecological areas have been incorporated into tourism development projects. While the development and construction of these tourism projects have increased economic revenue, it is undeniable that traditional building systems often cause enormous, even fatal, damage to the original ecological landscape.

How can we resolve the conflict between development and destruction? Using a light steel structure system can minimize damage to the original ecological environment. It effectively protects the environment both during construction and during use because steel structure engineering is mass-produced, and the steel structures used are representative of green building materials. Disassembly and installation are convenient and quick, the process is dry, there are zero emissions, and it does not pollute the surrounding environment.

A tourist attraction's image represents not only the attraction itself, but also a city and even a country. Image is productivity; whoever showcases a new brand wins the market. A rich variety of architectural styles is a crucial factor in a tourist attraction's image. The diverse appearances of light steel structures offer numerous choices for thematic styles within scenic areas.

The rapid construction of light steel structures shortens the construction cycle of scenic areas and reduces the time capital is tied up. Factory production, modular installation, and dry construction allow for immediate occupancy. Compared to traditional buildings, the construction cycle is significantly shortened, the investment capital tied up period is reduced, and investment efficiency is improved.

Light steel structures possess strong earthquake resistance, significantly reducing injury and minimizing losses during disasters. The roof of integrated light steel houses utilizes a cold-formed steel triangular truss structure, while the main walls employ cold-formed steel load-bearing shear wall structures. After laying oriented structural panels and gypsum board, the components form a very robust plate-rib structure system. The cold-formed thin-walled steel exhibits a certain degree of ductility under stress. Therefore, compared to traditional brick-concrete structures, this structure has stronger earthquake resistance and horizontal load capacity, making it suitable for areas with an earthquake intensity of 9 degrees. During a strong earthquake, it will only deform, not collapse or fracture, minimizing injury, facilitating escape, reducing the workload of rescue personnel, and improving rescue efficiency.

Light steel structure houses have many advantages and will gradually become the preferred choice for future buildings, whether in scenic areas, public buildings or rural residences.