An enclosed area designated for housing airplanes and spacecraft is called a hangar. Typically, metal, concrete, or wood are used to construct aircraft hangars. In hangars, aircraft are positioned for storage, operator access, and maintenance.

Additionally, an aircraft would be vulnerable to harm if left out in the open; thus, hangars provide them with much-needed security. Manufacturers of the plane hanger regard prefabricated steel as the most incredible option for installations worldwide. This is often due to many factors like security and durability. 

Why Choose Steel For Building Airplane Hangars?

• Tougher

Steel-built hangars are more durable in their natural state. Steel hangars offer endurance in the event of environmental risks to keep the aircraft safe. The building’s construction is resistant to impacts, significant bumps, scrapes, and harsh weather. While wooden structures can rapidly deteriorate in heavy rain and storms, concrete structures can become worn out over time. Steel constructions help you extend the overall shelf life of the hangar as well. 

• Fire-Resistant

Steel is non-combustible, protecting airplanes by keeping the hangars from catching fire. The aircraft’s combustible fuel poses a fire risk; hence steel is the best material to utilize as a building prototype to prevent this. Additionally, steel and other metals make it much easier to build suppression devices.

• Customizable

The steel body can be altered because of its flexibility. This enables you to coil and twist it to create your desired structure. The types and sizes of aircraft vary widely. 

If necessary, a steel hangar can be customized if the needs of the aircraft alter over time. Airport hangars include hydraulic and bi-fold folding doors. Steel is the only material that allows for this. Due to their stiff structure, materials like concrete and wood lack such adaptability.

• Time-Saving

Building steel hangars may coordinate the construction components significantly more quickly. At the time of actual construction, producers of metal airplane hangars put all the parts together. The fact that most of the work is done in the factories cuts down the time and labor expenses spent on site.

• Easy To Maintain

Typically, steel hangars need not be replaced or renovated immediately. Furthermore, this lowers the expense of maintenance. The use of steel strengthens the body of the hangar. A steel structure requires far less upkeep than concrete or wooden constructions do.

• Versatile

Despite its power, safety, and rigidity, steel is a versatile building material. Because they can be produced in almost any size and shape, steel airplane hangars offer the benefits you need whether you are storing a two-seater or numerous private jets.

The plane can easily maneuver inside the structure and will be free to taxi in and out of the hangar as needed, thanks to the open floor plan and towering eave heights.

• Energy-Efficient

Metal structures are extremely energy-efficient by design. They reduce heat transfer into the structure because they reflect the sun’s rays more than conventional roofs. 

They can also maintain a steady and comfortable inside temperature using insulation. This enables you to reduce your heating and cooling expenses. You are not only lowering your costs but also your carbon footprint.

Conclusion

While steel may appear virtually unbreakable in popular fiction, everyone who works with metal knows that reality is much more complex. A plane hanger must be built attentively and with the proper techniques to leverage the benefits offered by steel. It is essential to use steel effectively to enjoy the security it provides.