Arizon’s air-supported building system consists of an architectural fabric envelope that is supported by internal air pressure.

Supported by a continuous supply of air, resulting in a complete open-span interior that is unobstructed by columns or support beams.

Typically between $10 and $25 per square foot depending on the size, HVAC requirements and other features.

As fast as 8 weeks from contract to completion of installation, although 12 to 16 weeks is typical. Seasonal installations can be completed in 2 to 7 days depending on size.

Can be designed for permanent, seasonal, or temporary installation. Able to be relocated at a later date, although foundation work will need to be repeated at new site.

Virtually unlimited; Arizon’s air-supported building systems are typically best suited for applications larger than 7,000 square feet. Our largest buildings eclipse 200,000 square feet.

Exclusive liability, property and casualty insurance available.

Designed, engineered, and constructed to meet or exceed all local wind speed and snow load requirements. Will meet International Building Code version used by local government.

Arizon’s frame-supported building system consists of an architectural fabric envelope that is supported by galvanized steel frames.

Supported by galvanized steel framework, with no columns or support beams needed in the internal floor space of the facility.

Typically between $25 and $45 per square foot depending on the size, HVAC and insulation requirements and other features.

Can be designed, manufactured, delivered and installed in 6 to 8 months, depending on size and other project requirements.

Permanent installation only. Not economically feasible to relocate building to new site at a later date.

Arizon’s frame-supported building system is typically best-suited for applications larger than 25,000 square feet. The maximum width is typically 200 feet.

Exclusive liability, property and casualty insurance available.

Designed, engineered, and constructed to meet or exceed all local wind speed and snow load requirements. Will meet International Building Code version used by local government.