Steel structure aircraft hangar

1. Strong wind and snow resistance and seismic performance: The steel structure aircraft hangar is designed to withstand the load of strong winds and heavy snow, and the rated wind resistance of the roof design can reach 270km/h. The entire structure is resistant to bending and very sturdy. In earthquake stricken areas, steel structure aircraft hangars perform well and have excellent seismic resistance

2. Corrosion, rust, and insect prevention: The steel commonly used in hangars is coated with aluminum or other protective metals to prevent corrosion. The steel does not grow mold and cannot be damaged by insects or animals

3. Large spatial span: The steel structure hangar does not have a central column to break the space, making it suitable for aircraft parking and operation

4. Climate control and safety features: Steel structure aircraft hangars can be equipped with advanced climate control systems to regulate the temperature and humidity inside the hangar, ensuring optimal conditions for aircraft maintenance and storage. In addition, the hangar also includes advanced security features such as monitoring systems, secure access control, and intrusion detection to ensure the safety of aircraft assets

5. Customizability and flexibility: Steel structure aircraft hangars can be customized to meet the specific sizes and requirements of different aircraft, from small private planes to large commercial or military planes. The design has the potential for future expansion, allowing for the addition of cabins or modifications to adapt to changes in the fleet