Metal Educational Buildings

Metal educational buildings mainly use steel structures as the main structure of the building. Steel structures are usually composed of steel beams and steel columns connected to each other. The connection points are joined by bolts or welding. It can ensure the stability among all components. Under the development of contemporary architecture, people have higher requirements for the construction techniques and materials of school buildings. Prefabricated steel structures have multiple advantages such as light self-weight and recyclability. With the continuous improvement of school building technology, the application proportion of prefabricated steel structures is gradually increasing, which can not only meet the requirements of mecshanical performance but also conform to the concept of sustainable development.

Product Advantage

The core advantage of Metal Educational Buildings is the fast construction speed. All components are prefabricated in the factory without any interference from other factors, standardized production, and then hoisted on site, which is much faster than the traditional construction method.

Steel structures have a large span capacity and stable structural features, which can achieve column-free space and leave a large area of central space. This is very suitable for gymnasiums, libraries, lecture halls, lecture halls, training workshops and other places that require open space, facilitating the re-division of internal space in the future according to changes in teaching needs.

Steel is in line with the concept of environmental protection both in terms of its own material quality and on-site construction operations. This is because steel is a new type of environmentally friendly material that does not pollute the land. Moreover, on-site hoisting operations do not leave a large amount of industrial waste and dust, providing a better construction environment.

Although the unit price of steel may be relatively high, due to the short construction period, low labor costs and less foundation expenses, the overall comprehensive cost is often more competitive, and it can be put into use more quickly and generate benefits.

Product Case

The EIHE Steel Structure Country Garden Primary School, constructed by EIHE Steel Structure, is adjacent to the Country Garden Community and the SAN Zhi SAN Kindergarten. It is west of Anzheng Road and south of Haibo Road. The project covers an area of 22,300 square meters and has a total construction area of approximately 30,000 square meters. The main body of the building has four floors above ground and one floor underground. The school has a scale of 39 classes and can provide 1,755 student places. In terms of planning and design, the building's exterior strives for streamlined simplicity, aiming to maximize the utilization of the site and the coverage of greenery.

FAQ

1. What is a metal educational building

Metal educational buildings refer to those used for teaching. These buildings are usually designed in a diverse way. Compared with ordinary buildings, they need to accommodate more educational facilities. Common educational buildings include kindergartens, primary school teaching buildings, university teaching buildings, university laboratory buildings, etc.

2. How can educational buildings achieve thermal insulation and heat preservation?

The walls and roofs of the building will be made of environmentally friendly and thickened sandwich panels. The interior of the building will be designed with ventilation systems and heating circulation systems. Whether in the hot summer or the cold winter, it will provide students with a comfortable learning environment.

3. Is the cost of this type of building high?

Compared with traditional concrete structures, the price of steel is higher than that of concrete materials. However, from the perspective of comprehensive cost, steel structure buildings have more advantages than concrete structures, such as fast construction speed, wind and earthquake resistance, and low maintenance costs, etc.

4. What are some classic cases of steel structure educational buildings in the world?

Steel structure educational buildings have gradually replaced traditional structures. They are recognized worldwide as one of the most suitable structures for educational buildings, such as the new campus of Shenzhen College of International Education, the library of the University of Helsinki (Finland), the Cahill Center for Astronomy and Astrophysics at the California Institute of Technology (USA), and many modern high school STEAM laboratories/maker Spaces, etc.

5. How can fire protection measures be well implemented for this type of building

When engineers design buildings, safety passages are reserved, and each fire escape is marked with a sign. Each floor is equipped with fire extinguishing equipment, such as fire hydrants and fire extinguishers. Additionally, fireproof coatings are sprayed on the surfaces of all steel structure components.