In the ever-evolving urban landscape, the demand for space is continuously on the rise. Adding floors to existing buildings using lightweight steel structures has become a common solution. This construction method not only expands the usable space of existing steel structure buildings but also optimizes functionality without the need to demolish the original building.
Before embarking on the addition of a floor using steel frame structures, the first task is to assess the load-bearing capacity of the existing steel structure building. This step is crucial as it directly affects the feasibility and safety of the additional floor. Professional steel structural engineers calculate whether the existing structure can withstand the load of the new floor. If not, reinforcement of the structure is required before proceeding with the design and construction of the steel framed structures. This step is fundamental in ensuring the safety of subsequent construction and avoiding future structural safety issues.
Once it is confirmed that the existing structure can meet the demands of the additional floor, the next step is to design detailed plans for the lightweight steel structures and begin the fabrication of components. This phase requires precise calculations and design to ensure that the new floor's light steel structures perfectly match the existing structure. After the components are fabricated, they are transported to the construction site, ready for installation.
At the construction site, the first task is to align the site with the drawings to identify the position of the axes and pre-embedded components. This step demands high precision to ensure the accurate installation of the prefabricated steel buildings. Subsequently, protective setups are erected around the site to ensure the safety of construction personnel and the smooth progress of the construction.
The installation of light prefabricated steel structure building is the core phase of the entire floor addition project. This step includes the sequential lifting and installation of columns, beams, purlins, and other components. During the installation, professional equipment and tools are used to ensure that each component is precisely placed in its designated position. The accuracy of this step directly affects the stability and safety of the entire structure.
After the installation of the lightweight steel structures, the next task is paneling, including the installation of roof panels, wall panels, and the processing of the core tube. This step is not only related to the appearance of the building but also affects its functionality and practicality.
Since the construction process may damage the original waterproof layer, waterproofing treatment must be carried out after the paneling is completed. This step is crucial in preventing rainwater leakage and protecting the internal structure of the building from water damage.
The construction of new walls must be carried out in accordance with the existing structure, and then handed over to the decoration team for subsequent decorative work. This step is the ultimate realization of the building's aesthetics and functionality.
Throughout the entire process of adding floors with lightweight steel framed structures, each step requires strict control and precise operation. From the assessment of load-bearing capacity to the final decorative work, every step is vital, not only concerning the safety of the building but also affecting its service life and functionality. With a professional construction team and strict quality control, adding floors with lightweight steel structures can become an effective way to expand urban building space.