Built for tough flying conditions, this steel aircraft hangar in Niger brings together solid structure, smart use of space, and quick setup at the location. The pre-engineered steel system offers wide open areas inside, steady access for planes, and steady results in extreme heat, sand, and dust. With a useful arrangement and an electrically operated folding sliding door, the hangar delivers a useful option for parking planes, checking them, fixing them, and supporting daily operations.
The project came together as a special facility for flying. The total built-up area reaches 2,452 square meters. The 40-meter bay spacing produces a roomy inside area with fewer blocks in the way. This makes moving aircraft and placing tools much simpler. The 8-meter eave height and 9-meter ridge height give enough room from floor to top for planes and repair work.
| Project Item | Specification |
| Location | Niger |
| Total Built-Up Area | 2,452 m² |
| Bay Spacing | 40 m |
| Eave Height | 8 m |
| Ridge Height | 9 m |
| Steel Quantity | Approx. 115 tons |
| Main Door System | Electric folding sliding door |
A large, clear-span space stands as one main benefit of this hangar. The structural layout cuts down on columns inside. As a result, aircraft can come in, turn around, stay parked, and receive service with fewer limits. The open interior also holds workshops, storage for spare parts, rooms for tools, or offices without trouble.
The prefabricated construction approach raises installation speed. Main steel pieces are made in factory conditions that are controlled. Then the pieces go out for fast joining at the site. This method cuts the overall building time, lowers waste at the site, and raises accuracy in measurements.
In the climate of Niger, strong, lasting quality matters a great deal. Selected steel grades, protective coatings, and treatments that resist corrosion help the building handle high heat, dust in the air, and long exposure to the surroundings.
The electric folding sliding door creates a broad and handy opening. At the same time, the door reduces the area needed for its movement. The door raises efficiency for regular access and can receive custom changes based on aircraft size and normal working steps.
The modular steel system also allows changes or growth later on. Extra bays, dividing walls, systems for fresh air, lights, equipment to fight fire, and areas for maintenance can join in when operations require them.
| Technical Item | Available Configuration |
| Main Frame | Welded H-section steel, Q355B |
| Roof and Wall Panels | 0.5–1.2 mm single steel sheets |
| Wind Resistance | Up to 60 m/s, subject to final design |
| Fire Resistance | Optional two-hour fire-rated system |
| Surface Treatment | Hot-dip galvanizing, approximately 210 g/m² |
| Design Standard | ISO, AISC, or project-specific requirements |
| Construction Method | Prefabricated components with on-site assembly |
This type of steel aircraft hangar works well for commercial flying, storage of private planes, military help, training for pilots, emergency teams, farming from the air, and repair centers. The hangar can also adjust for helicopters, drones, equipment on the ground, or moving goods for aviation.
XINGUANGZHENG supplies complete services that include structural design, making the parts, packing, arranging delivery, and advice during installation. Each hangar receives custom work according to aircraft sizes, wind patterns in the area, choice of door, level of insulation, protection from rust, and layout inside.
To receive an exact proposal, provide important details such as the required building size, aircraft type, door opening size, local wind and seismic conditions, insulation needs, and planned interior equipment. From these facts, a safe, useful, and economical pre-engineered steel hangar solution can grow for lasting use in aviation.
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