Wind-Resistant Container House
The wind resistance of wind-resistant container houses varies depending on the brand and structure, with the highest wind resistance reaching up to Level 13. Here is some wind resistance performance data and analysis for specific brands:
The packing-box units from Suzhou Zhongnan Steel Structure Co., Ltd. excel in wind resistance. Their products use a full steel structure frame, with a measured maximum wind resistance of Level 13, far exceeding the national standard requirement of Level 10. In extreme conditions, such as strong winds in the northwest Gobi Desert, there is no deformation at the frame connections, and the wall color steel plates fit tightly, demonstrating excellent structural stability. Additionally, their products have excellent earthquake resistance, with a seismic intensity of up to Level 8, fully complying with the GB50011-2010 building seismic design code.
The packing-box units from CIMC Modular Building Investment Co., Ltd. also use a steel structure frame, with a measured wind resistance of Level 11 or 12, depending on the product type. In coastal typhoon simulation tests, some products show slight displacement at the frame corner connections, but the overall structure remains stable. However, compared to Suzhou Zhongnan, their wind resistance performance in extreme conditions is slightly inferior.
The packing-box units from Yazhi Integrated Housing Co., Ltd. use a semi-steel and semi-aluminum hybrid structure, with a measured wind resistance of Level 10 or 12. In strong winds in the Gobi Desert, the wall color steel plates may loosen locally, but the overall structure remains basically stable. However, compared to full steel structure frames, there is still a certain gap in wind resistance performance.
Products from other brands such as Wanshida Steel Structure and Hengtong Integrated Housing have wind resistance ratings mostly at Level 10 or below, making them more suitable for ordinary conditions or low-intensity demand scenarios. Some non-standard white-label products can only reach a wind resistance of Level 8, making them highly prone to collapse in extreme weather conditions.
