High-Rise Steel Frame Office Building

This high-rise steel structure office building refers to a commercial building constructed mainly with steel. The steel frame is its main load-bearing structure. The main characteristics of this structure are its fast construction speed, light self-weight and high structural stability. The most crucial aspect of high-rise buildings is resisting the horizontal forces caused by wind and earthquakes. The pure steel frame itself has certain lateral resistance capabilities, but it usually needs to be combined with a support system or a core tube system.

The high-rise steel frame office building is the result of modern construction technology, material science, and design concepts. With its outstanding structural efficiency, construction speed, and spatial flexibility, it has become the dominant force in shaping the contemporary urban skyline.

Product Benefit

Light weight: Approximately 60%-70% of that of concrete structures, reducing the burden on the foundation, especially beneficial for soft soil foundations.

High strength, large span: High-Rise Steel Frame Office Building can create a more spacious and flexible column-free office environment, meeting the demand for large spaces in modern offices.

Construction speed is fast: The construction period can be shortened by more than one-third compared to concrete structures, and the funds can be recovered quickly.

The materials are recyclable: The recycling rate of steel is extremely high, making it a green and environmentally friendly building material.

Structural performance is excellent: The steel has good ductility, which can effectively absorb seismic energy and offers superior seismic resistance.

Small structural area: The cross-section of the components is small, which can increase the effective usable area (resulting in a high floor area ratio).

FAQ

1.Where does the economy of High-Rise Steel Frame Office Building？

Firstly, steel can be processed in our factory and construction of the foundation can start simultaneously, thus reducing the cost of time. Additionally, after the steel structure is transported to the site, it requires less manpower and there won't be a large amount of construction waste left at the site, which can thereby reduce labor costs and cleaning expenses.

2. How can the comfort level of steel structure buildings be ensured during strong winds or earthquakes?

Slight vibrations are a physical characteristic of super tall buildings, but we will control them within a range that is imperceptible to the human body through design. We do not merely use "bare frames". We will combine core tubes or add diagonal supports to form an extremely stable three-dimensional framework, providing strong wind and earthquake resistance capabilities.

3. Is the maintenance cost of steel structures high?

All the steel materials undergo strict anti-corrosion treatment before leaving the factory, such as galvanization or sandblasting for rust removal followed by coating. Under normal usage conditions, the anti-corrosion coating can last for 20 to 30 years. Moreover, it is not as difficult to diagnose and handle as cracks in concrete.

4. What advantages do steel structures have in terms of green environmental protection and sustainable development?

Steel is the building material with the highest recycling rate (over 90%). If the main structure of a future building needs to be renovated or demolished, almost all of the materials can be recycled and reused, which perfectly aligns with the ESG (environment, society, and governance) investment philosophy. These characteristics help projects easily obtain high-level certifications such as LEED (US Green Building Certification), WELL (Health Building Standard), or China's Green Building Three-Star Certification. This not only enhances your company's social image but also directly attracts high-quality multinational tenants who value sustainable development concepts, thereby increasing rental rates and occupancy rates.

5. Could you provide some completed similar cases as references?

The Qingdao Wealth Financial Comprehensive Innovation Center, constructed by EIHE Steel Structure, has a total construction area of approximately 171,500 square meters. It has 4 floors underground and 5 individual buildings on the ground, including a convention center, business office buildings, business support hotels, as well as parking lots and outdoor supporting facilities. The total steel usage amounts to over 4,000 tons.