Feature

1. Unobstructed Clear-Span Design: Engineered to provide large column-free space up to 100+ meters, ensuring safe maneuvering and storage for various aircraft types.

2. Industrial Grade Steel Construction: High-tensile Q355B/Q235B steel frame with superior wind and snow load resistance, designed for extreme airport environments.

3. Heavy-Duty Hangar Door Systems: Customizable sliding, folding, or vertical lifting doors with optional automatic controls for convenient and secure aircraft access.

4. Efficient Prefabricated Solution: Pre-engineered components with precision drilling and marking ensure fast on-site assembly, reducing project downtime significantly.

5. Certified Aviation Standards: Manufactured under strict ISO quality control, meeting international building codes and aviation safety requirements for long-term reliability.

Core application scenarios

1. Civil aviation field
Airport supporting hangars are designed for parking, daily maintenance, and inspections of civil airliners, regional aircraft, and business jets. They meet the large-span space needs of terminals and maintenance bases and can include maintenance platforms, avionics equipment, and fire protection systems. General aviation hangars cater to private aircraft, helicopters, flight training schools, and aviation clubs, offering customizable medium and small spans to accommodate parking, maintenance, and display functions for general aviation's flexible requirements.
2. Military aviation field
Military aircraft hangars are built for parking, maintenance, and protection of military aircraft like fighter jets and helicopters. Made with steel, they have explosion-proof, impact-resistant, and stealth coatings for safety and durability. These hangars can be quickly deployed for temporary use. Maintenance hangars support major overhauls and parts storage with a large-span, column-free layout for easy access and a robust structure for heavy machinery like cranes.
3. Industrial and special scenarios
Industrial equipment hangars are built for storing and maintaining large machinery with a robust steel structure. Emergency rescue hangars are prefabricated for swift deployment of firefighting helicopters during disasters. Agricultural aviation hangars provide parking and maintenance for aircraft and drones, using an economical steel design suitable for farmland.
4. Research and experimental scenarios
The aviation research hangar is designed for aircraft prototype tests, avionics equipment testing, and aviation material R&D. It can be customized for specific environments like constant temperature, humidity, and dust-proof conditions. Its steel structure allows for flexible layout modifications of labs and test benches.