Seismic Resistant Custom Aircraft Hangars Aviation Building Steel Structure

Steel Structure Aircraft Hangar Aviation Building for Air Airplane

Product Introduction

Location:Nome, Norway

Dimensions:79 x 40 x 10 meters

Square Footage:3140 square meters

Aircraft parked outside require expensive and time-consuming de-icing before each flight.Winter winds and snow will dictate the building's load requirements, and the onset of winter will ultimately dictate the project's timeline.In a city like Nome, air travel is critical to delivering mail, medicine, and other necessities to residents, but iced-up planes often cause delays, so deliveries must be made before winter.Construction contractor Alaska Business Development Group knows the schedule is non-negotiable.

What would a project be without its engineering challenges?
Among other unique factors, the hangar was designed with Nome's extreme winds in mind, which required a high-performance door that maintains performance standards.Additionally, in order to accommodate the maximum number of aircraft and cargo handling space, the hangar needed a 220-foot clear span while still meeting Alaska's 60 pounds per square foot load-bearing requirements for snow and wind.Steel was the material of choice for the construction, as it was the only material that could provide the required span lengths while meeting the load criteria.

The largest hangar, enabling airlines to get aircraft in the air faster and with fewer mechanical delays.Passengers benefit from a more comfortable indoor departure environment, and aircraft are better protected from inclement weather, resulting in a longer service life.

The project has had a positive impact on the community, whose desire for safe and reliable air travel is often limited by months of bad weather.Once again, a pleasant referral and our commitment to providing service where many providers cannot or will not provide it, provided us with a rare opportunity to prove ourselves in the face of adversity.

Product Features

1.1 High Strength and Durability

• High-Quality Materials: Utilizing high-strength steel with superior compressive, bending, and seismic resistance properties ensures the stability of the airport structure under various environmental conditions.
• Anti-corrosion Treatment: All steels undergo strict anti-corrosion treatment, extending the building's lifespan and reducing maintenance costs.

1.2 Short Construction Period

• Modular Design: Prefabricated components and modular assembly significantly reduce on-site construction time, enhancing efficiency.
• Flexible Installation: Components are easy to transport and install, minimizing environmental impact and lowering noise and dust pollution.

1.3 Flexibility and Expandability

• Customization Service: Providing personalized design solutions tailored to specific customer needs, whether it’s a large international airport or a small regional one.
• Easy Expansion: Steel structures can be easily expanded or renovated according to business growth, adapting to changing market demands.

1.4 Energy Efficiency and Environmental Protection

• Green Building Materials: We use materials that meet environmental standards, reducing environmental impact.
• Energy-saving Design: Rational layout of ventilation systems and skylights lowers energy consumption and improves energy efficiency.

1.5 Advanced Safety Standards

• Seismic Resistance: Designed to withstand earthquakes, ensuring safety even in seismically active regions.
• Fireproofing Measures: Equipped with fire-resistant coatings and sprinkler systems to enhance fire safety.

Application

Our steel structure airports find applications in the following areas:

• Terminal Buildings: Constructing spacious and functional terminal buildings with multiple levels for passengers, baggage handling, and security checks.
• Hangars: Providing large, open spaces for aircraft maintenance, repairs, and storage.
• Control Towers: Building robust and secure control towers for air traffic management.
• Parking Structures: Creating multi-story parking facilities for vehicles, improving accessibility for passengers.
• Runways and Taxiways: Constructing durable runways and taxiways capable of supporting heavy aircraft traffic.
• Cargo Terminals: Designing specialized terminals for efficient cargo handling and logistics operations.
• Support Facilities: Including administrative offices, lounges, and service centers to support daily airport operations.