Beijing Yongcheng Xingye steel structure warehouses have advantages such as high strength, short construction period, earthquake resistance and recyclability. Portal steel structure is a common form in our engineering cases.
With the development of the logistics, steel structure warehouses have been widely applied in logistics warehouses. In the project, users usually have detailed requirements for the warehouse, such as the placement of shelves, retention of cargo channels, rapid transportation of goods, and so on. The warehouse should not only meet the requirements of the users, but also follow the principle of structural safety.
Beijing Yongcheng Xingye Steel Construction Co. Ltd have the factory which is specialized in steel structure design, processing and manufacturing with high precision. Members of the steel structure warehouses are designed by computers and mainly prefabricated in the professional workshop. So the on-site installation is a more convenient assembly work. The construction of warehouse can be completed in the fast speed and put into operation as soon as possible. A 6000m2 building can be basically installed in just 40 days.
The structural system of the steel structure warehouses includes horizontal plane frame, vertical plane frame, roof structure, crane beam structural system (if necessary), wall frame, and other support system. Only by completing the design of each component in the worshop, the on-site installation can be orderly and well-organized.
In the previous project, the main structure of the steel structure warehouses adopts Q345B steel according to design requirements, which not only ensures the full utilization of material strength, but also ensures good welding performance during the construction process. The key nodes are fully considered for the convenience of construction, and high-strength bolts are adopted, which ensure the safety of the structure.
The roof purlins of the steel structure warehouses are made of Q345A Z-shaped purlins, ensuring the strength of the purlins. The horizontal support of the roof adopts a compression rod system composed of steel sections and steel pipes, which is combined with a tensioning system of round steel flower basket bolts to form a stable support system.
