Strong Light Steel Frame Structures For Aircraft Parking As Light Steel Frame Aircraft Hangar
Our heavy-duty steel structure hangars are professionally engineered for aircraft storage, maintenance and operation needs. Adopting high-strength heavy steel components and precision welding technology, the hangars feature exceptional structural stability, super strong load-bearing capacity and excellent wind, snow and seismic resistance, effectively protecting aircraft from harsh natural environments.
With factory prefabrication, the on-site installation is efficient and quick, greatly shortening the construction period and reducing project costs. The surface is treated with professional anti-corrosion, rust-proof and weather-resistant processes, ensuring long service life and low later maintenance costs.
We provide fully customized solutions, including span, height, layout and supporting facilities (such as ventilation, fire protection, lighting and drainage systems), to meet the storage and maintenance needs of various aircraft types, widely used in civil airports, general aviation bases, military airports and aircraft maintenance centers.
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Technical Specifications
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Parameter
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Specification
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Dimensions
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Length 30m × Span 24m × Eave height 6m
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Hangar Door Size
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Width 15m × Height 5m
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Door System
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Hydraulic Doors
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Structural System
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Portal frame steel structure (Q355B high-strength steel) + composite roof/wall panels
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Wind Resistance
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Designed wind pressure: 0.55 kN/m² (equivalent to Category 12 typhoon)
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Seismic Rating
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Seismic fortification intensity: 8 degrees
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Floor Load
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3 tons/m² (supports small aircraft & maintenance equipment)
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Fire Resistance
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Steel components: ≥2-hour fire rating (fireproof coatings)
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Location: Dubai, United Arab Emirates
Project Overview:
We delivered a state-of-the-art aircraft maintenance hangar for Emirates Airlines, designed to accommodate narrow-body aircraft including the Boeing 737 and Airbus A320neo. The 7,200 sqm facility integrates cutting-edge engineering, durability, and operational efficiency, setting a new benchmark for aviation infrastructure in the Middle East.
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Technical Specifications
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Parameter
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Specification
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Span
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120m
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Door Width
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100m
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Door system
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Stacking doors
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Floor Load Capacity
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15t/m²
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Wind Resistance
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150km/h
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Location: Melbourne, Australia
Project Overview:
Design and construction of a state-of-the-art regional aircraft maintenance hangar to support Client's expanding fleet of COMAC C909(original name: ARJ21)aircraft. The facility integrates advanced maintenance systems, energy-efficient infrastructure, and rapid-access workflows to minimize aircraft downtime.
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Technical Specifications
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Parameter
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Specification
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Hangar Dimensions
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80m (L) x 50m (W) x 15m (H)
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Door System
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Bottom Rolling Doors
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Floor Load Capacity
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15 t/m² reinforced concrete
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HVAC System
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Zoned temperature control (±2°C accuracy)
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Lighting
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500 lux LED array with explosion-proofing
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Specialized Systems
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Composite repair bays, RFID tool tracking
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Project Case: Small Aircraft Hangar Steel Structure
Location: Reunion Island
Project Overview:
Design and construct a steel structure hangar for a general aviation base to accommodate 4 small aircraft(e.g., Cessna 172, Diamond DA40). The facility must support aircraft storage, routine maintenance, and withstand wind/seismic loads, while ensuring rapid construction and long-term durability.
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Technical Specifications
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Parameter
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Specification
|
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Dimensions
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Length 30m × Span 24m × Eave height 6m
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|
Hangar Door Size
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Width 15m × Height 5m
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Door System
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Hydraulic Doors
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Structural System
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Portal frame steel structure (Q355B high-strength steel) + composite roof/wall panels
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Wind Resistance
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Designed wind pressure: 0.55 kN/m² (equivalent to Category 12 typhoon)
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Seismic Rating
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Seismic fortification intensity: 8 degrees
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Floor Load
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3 tons/m² (supports small aircraft & maintenance equipment)
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Fire Resistance
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Steel components: ≥2-hour fire rating (fireproof coatings)
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Like an ordinary garage door, hydraulic doors open by swinging up and out from a horizontal to vertical position. They’re quiet, smooth, and allow businesses to maximize headroom.
The doors are so massive, their weight cannot be supported any other way. The doors are affixed to a rail embedded along the foundation that the door slides along, transferring its weight to the ground rather than the building.
The Stack Door installs on virtually any type of building, saving money and space. Stack Doors have been specified for aircraft hangars, tee hangers, industrial and agricultural buildings.
Bifold doors open like an accordion. As they’re raised up, they fold in half. Consequently, they require less clearance and provide more usable space in front of your building
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Type of door
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Pros/Advantages
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Cons/Disadvantages
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Hydraulic Doors
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Allows for great headspace OR lower initial build height.
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It is basically a huge sail when open, moderate maintenance.
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Bifold Doors
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Convenient, motorized.
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Requires a much taller hangar than necessary to clear the aircraft.
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Bottom Rolling Doors
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Extremely heavy duty, low maintenance.
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Extremely heavy, rails must be set in footings, prone to jams on the rails.
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Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.