Why aircraft hangar tensile structure is the next big thing in construction industry?

Even aircrafts need shades. Does that sounds strange to you? You don’t believe it, yet, right? Well, it’s not a surprise. Many of us associate tensile structures with myths that it is light and weak. And the rest of us are hardly aware of its capabilities to serve as an aircraft hangar. To clear the confusion one last time, yes! Aircraft hangar tensile structure is real.

With so many advantages at its back, it’s hardly surprising that tensile structure has found its way in hangar construction. You will, perhaps, be surprised to know that most of the materials used in their construction, say ETFE, PTFE, PVC, etc. began their life as coatings for aerospace items. It was not long before they spawned their way to construction sector as tensile cover, sheds for car parking, auditorium, swimming pool etc. In fact they also became a common feature in walkways tensile structure, retractable structures, roof, resort, gazebo and many others.

Nowadays they are being increasingly used in construction of aircraft sheds. So what is driving this growth? In this article, we will look at 5 advantages of tensile structure that is pushing the momentum in the favor of tensile based aircraft hangars.

• Turnkey solution– no one wants to wait, least of all, the bigger businesses. In meeting the immediate demands of structures, tensile structure plays a huge role thanks to prefabrication, which allows for simultaneous manufacture of individual parts at different locations followed by their final assembling. The ability to provide immediate service is what attracts tensile structures to aircraft hangars.
• All hail the tensile materials – the inherent strength of any tensile fabric structure is the tensile materials used in their fabrication. These materials derived from polymers and fibers come equipped with unique characteristics. For instance, ETFE possess self-cleansing, PTFE has extreme weather resistance etc. You can choose the best materials for aircraft hangars depending on the prevalent climate and requirement.
• Durability– apart from their special, unique properties, tensile materials are also known for exhibiting exceptional resilience to weather elements, flames, chemicals etc. For instance, when coated with TiO2, PTFE exhibits unmatched flame retardation abilities, PVDF is chemically inert to most of the chemicals and ETFE is UV resistant as well. All this helps a lot in extending the normal life of a tensile structure. On an average, they can last at least 15-20 years. Regular maintenance can increase their durability further.
• Cost-effective – blessed with long life andspecial properties it comes as no surprise that they are good value to your purse. But what serves as a cherry on the cake is the relative ease with which they are fabricated, manufactured, installed and maintained. Every single of this process costs just a fraction of what it might cost for a conventional brick and mortar structure.
• No compromise with aesthetics–tensile materials being highly flexible and elastic are amenable to various shapes and designs. With a single adjustment of support or anchorages, you can change their designs. On top of that, they can be manufactured in multitude of colors, each more elegant than the other.

Thanks to their translucency, tensile structure save a lot of energy needed in daylight lighting, while transforming them into paradise, once the dusk comes knocking at the door.

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