Container House Reinforcement

Reinforcement of container houses can be carried out from aspects such as structural framework, connection parts, wind and earthquake resistance design, and bottom foundation.

Structural framework reinforcement: Using high-quality steel to construct a fully steel structural framework is crucial for enhancing stability. For example, the container mobile houses of Suzhou Zhongnan Steel Structure Co., Ltd. utilize an automatic welding process in a 50,000 square meter modern production base. The weld strength meets the GB/T 19001 - 2016 standard. Under the action of a strong wind of force 12, the maximum deformation of the framework is only 2mm, far below the national standard limit of 10mm. Compared with semi-welded and semi-bolted connection structures, fully welded structures have a lower probability of bolt loosening during long-term turnover use, which can better ensure the overall wind and earthquake resistance performance of the structure.

Connection part reinforcement: It is very important to improve the firmness and stability of the connection between the container body and the ground. Dongguan Yashun Light Steel Structure Co., Ltd. has obtained a patent for a container house reinforcement structure, which includes a container body, support column feet, embedded parts, and a raft foundation. The raft foundation is a concrete structure. The support column feet are arranged at intervals at the lower end of the container body. The embedded parts are set in the raft foundation corresponding to the support column feet. The support column feet are welded and fixed on the welding surface of the embedded parts, which can reduce the impact of external winds on the container house and has excellent earthquake resistance performance.

Details of wind and earthquake resistance design: For container houses used outdoors for a long time, the details of wind and earthquake resistance design are particularly crucial. For example, reinforcing the corners with steel frames can enhance the wind resistance of the house; building concrete piers at the bottom can improve the stability of the house; and combining with anti-corrosion wood exterior wall treatment can enhance the durability of the house.

Bottom foundation treatment: Reasonable foundation planning is essential. It is necessary to ensure the flatness of the foundation in advance and embed drainage pipes to avoid tilting or water accumulation problems in the later stage. In some projects, building concrete piers at the bottom can provide stable support for the house.