Seismic Resistance Steel Structure Public Buildings Prefab Hotel Buildings

Steel structures are widely used in the construction of public buildings due to their numerous advantages. Here are some key examples of public buildings where steel structures are commonly employed:

Museums and Cultural Centers: Steel is frequently used in the construction of museums, art galleries, and cultural centers. Its strength and versatility enable architects to create unique and intricate designs while ensuring the safety and preservation of valuable artifacts. Steel structures can also support large spans and provide flexible exhibition spaces.

Sports Facilities: Steel structures are commonly used in the construction of sports stadiums, arenas, and indoor sports complexes. Steel's high strength-to-weight ratio allows for long spans, enabling unobstructed views for spectators. Additionally, the flexibility of steel allows for the integration of retractable roofs or movable seating systems.

Convention Centers and Exhibition Halls: Steel structures are ideal for large convention centers and exhibition halls that require vast, column-free spaces to accommodate exhibits, trade shows, conferences, and other events. Steel's ability to support heavy loads and its open layout design provide the necessary flexibility for such venues.

Transportation Hubs: Steel structures are widely applied in the construction of transportation hubs, including airports, train stations, and bus terminals. Steel's strength enables the creation of large, open spaces to accommodate ticketing areas, waiting lounges, baggage handling facilities, and other transportation-related infrastructure.

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    We have three production workshops, one of which has 12 production lines (2 automatic production lines), 2 automatic spraying lines, we have high production efficiency

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ADVANTAGE
Metal buildings for schools are more affordable, require less construction time, and have much more flexibleconfigurations and layouts. See why:
Quality - Design-Build pre-engineered metal buildings have great structural integrity and long-asting durability.
Faster - Using design-build pre-engineered construction methods for schools allows for faster project completion. ln some casesone of these projects can be completed in half the time of a conventional structure, This fast turnaround time allows schools toquickly address capacity needs.
Cost Effective - Studies show that using design-build pre-engineered construction for permanent structures is a cost-effectivesolution. t controls the cost of construction by the rate ofchange orders. There is also reduced materials waste and fewer laborrequirements with this type of construction, all elements that save money.
Flexibility - Design-Build Pre-engineered buildings allow adaptable and flexible designs, much more so than other constructionmaterials. Architects and building engineers have the freedom to design a metal building in almost any way imaginable. Spatiaplanning for any use is simplified.Prefab school buildings are also great for setting up temporary classrooms during major schoolbuilding construction and renovation
Adaptability - Metal Buildings can also be designed for maximum adaptability. Metal buildings are easily changed as the need arises.
Clear span construction allows for more open internal space than traditional materials.
Esthetics -- When a pre-engineered structure is going to be a permanent part of the campus, it can be outfitted with stucco,decorative brick or stone veneer on the exterior to match other buildings. Styling options are limitless.
Customization --These buildings can also be customized on the interilor to create classrooms, cafeterla spaces, gymnasium, labsspecial spaces for extracurricular activities, and ADA-compliant buildings.