Metal Aircraft Hangar

A Metal Aircraft Hangar is a specialized steel structure designed to shelter, maintain, and protect aircraft of all sizes-from private jets to commercial airliners. Engineered with extra-wide clear spans, towering eave heights, and integrated door systems, this structure transforms open land into a secure aviation facility. Unlike conventional industrial buildings retrofitted for aircraft, our Metal Aircraft Hangar is conceived from the first drawing around wingspan clearance, tail height, turning radius, and the precise choreography of taxiing aircraft

Extreme Clear Spans: Engineered for up to 100-meter-wide interiors without interior columns, enabling safe maneuvering and storage of multiple aircraft
Tailored Door Systems: Custom bi-fold, hydraulic, or stack doors integrated seamlessly for specific aircraft sizes, with rigorous testing for reliability and weather-tight operation
Weather Resistance: High-grade galvanized stainless steel withstands winds over 150 mph and heavy snow loads, with proven endurance in coastal and arctic environments
Optimized Vertical Clearance: Eave heights designed to accommodate commercial airliner tail heights, helicopter rotors, and maintenance crane operations
Low Maintenance Design: Advanced anti-corrosive treatments require only bi-annual inspections, reducing long-term upkeep demands

We provide a full range of customized services to meet the diverse needs of users:

Design customization: Provide personalized design solutions based on the user's site conditions, operating requirements and usage habits.
Material customization: Select appropriate steel and other building materials based on the user's needs and budget.
Functional layout customization: According to the operating process and personnel configuration, rationally plan the functional layout inside the workshop.
Post-maintenance: Provide professional maintenance and maintenance services to ensure the long-term stable operation of the steel structure workshop.

Aircraft Envelope Analysis: Wingspan, tail height, and turning radius are mapped before structural design begins, ensuring no column, beam, or door element conflicts with aircraft movement

Door Integration Engineering: Structural headers, lateral bracing, and foundation reactions are calculated around the door opening-the most critical and complex element of hangar design

Fire Safety Integration: NFPA 409 compliance guides foam suppression systems, detection equipment placement, and emergency response protocols from initial concept

Environmental Control: Insulation systems designed to prevent condensation damage to aircraft components, with thermal bridging solutions that reduce energy consumption

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