The overall structure is calculated with high-standard load parameters, with strong wind resistance and structural stability. It can fully protect the parked aircraft from damage caused by bad weather such as strong wind and heavy rain.

It features ultra-wide clear wide-span interior space without intermediate columns, leaving unobstructed passages for aircraft taxiing, maintenance and daily inspection, perfectly matching various helicopters and fixed-wing planes.

This hot dip galvanized steel hangar adopts full hot dip galvanizing treatment for all steel beams, columns and connectors. A thick anti-rust protective layer is formed on the metal surface to isolate rainwater, snow, salt fog and humid air for long-term outdoor anti-corrosion performance.

The heavy duty aircraft protection building is calculated by professional structural engineers according to international wind resistance standards, with sufficient safety margin reserved for wind pressure. It can adapt to coastal windy areas, open airfields and high wind plateau regions safely all year round.

This quick erection steel hangar adopts full factory prefabrication design, all steel beams, columns and connecting accessories are finished with precision processing in advance. Only simple bolt splicing is needed on site, no complicated on-site cutting or welding work required.

The sandwich panel enclosed building forms an airtight sealed space after installation, which can reduce indoor temperature fluctuation caused by external extreme weather. It avoids the adverse impact of overheating or ultra-low temperature on aircraft bodies, aviation equipment and precision instruments inside the hangar.

Without internal pillars, large aircraft maintenance equipment, lifting machines and overhaul platforms can be moved and placed flexibly in the hangar. It fully meets the operation needs of aircraft disassembly, assembly and comprehensive routine inspection.

This wind resistant steel aircraft hangar adopts thickened main beam and column structure with reinforced connecting nodes, professionally engineered to meet international wind load standards. It can withstand strong gusts, coastal typhoons and sustained high wind without obvious shaking or structural deformation.