Steel Aircraft Hangar Building | Large Span Aviation Hangars

Product Detail

•A steel aircraft hangar building is a specialized aviation structure designed for aircraft storage, maintenance, and operational support.

•Unlike conventional large-span buildings, hangars must be engineered based on aircraft dimensions, movement requirements, and door clearance, making them one of the most technically demanding steel structures.

•Prefabricated steel systems provide the ideal solution by delivering clear-span interiors, high structural strength, and flexible configurations, ensuring safe and efficient aircraft operations.

Product Features

•Large Span Design – No internal columns

•High Door Clearance – Suitable for aircraft entry

•Strong Structure – Supports heavy loads

•Fast Construction – Reduced downtime

•Customizable Design – For different aircraft sizes

Core Design Requirements for Aircraft Hangars

1. Aircraft-Based Design (Key Difference)

Hangar design is driven by aircraft specifications:

• Wingspan
• Tail height
• Turning radius
• Maintenance clearance

👉 These factors directly determine building width, height, and layout

2. Large Clear Span Structure

Aircraft hangars require completely open space:

• No interior columns
• Full maneuvering space for aircraft
• Flexible maintenance layout

👉 Steel structures can achieve spans over 150–200 ft (45–60m+) or more, depending on design

3. Wide Hangar Door Systems (Critical Component)

Unlike other buildings, hangars depend heavily on door design:

• Bi-fold doors
• Sliding doors
• Hydraulic lift doors

👉 Door width must match aircraft wingspan and operational clearance

4. Multi-Functional Aviation Space

Modern hangars are more than storage:

• Aircraft parking
• Maintenance and repair areas
• Equipment storage
• Office and operational space

👉 Multiple functions can be integrated into one structure

5. Structural Strength & Environmental Resistance

Hangars must withstand demanding conditions:

• Wind loads in open airfields
• Corrosion from aviation environments
• Long-term structural stability

👉 Steel structures provide high strength and durability for aviation use

 Typical Hangar Layout

A standard aircraft hangar may include:

• Main aircraft storage area (clear-span space)
• Hangar door zone (full-width opening)
• Maintenance and service area
• Equipment and tool storage
• Optional office or control rooms

👉 Layout is always customized based on aircraft type and operational needs

Product Specifications

 Product Applications

• Aircraft storage hangars

• Maintenance and repair hangars

• Aviation workshops

• Airport facilities

Custom Design Options

Each aircraft hangar can be tailored:

• Private aviation hangar
• Commercial or airport hangar
• Maintenance and repair hangar (MRO)
• Multi-aircraft storage layout
• Integrated office and service areas

🌍 Why Choose Steel Aircraft Hangars

• Large unobstructed interior for aircraft movement
• Flexible design based on aircraft size
• Faster construction compared to traditional structures
• Durable and low-maintenance solution
• Adaptable for different aviation operations

Steel hangars are widely used because they provide a reliable, scalable, and aviation-specific building solution.

❓ FAQ

1. What determines the size of an aircraft hangar?

Aircraft wingspan, height, and operational clearance requirements.

2. Why is clear span important?

It allows unrestricted aircraft movement and maintenance access.

3. What types of doors are used in hangars?

Bi-fold, sliding, and hydraulic doors depending on project size.

4. Can hangars include offices or workshops?

Yes, modern hangars often integrate operational and maintenance areas.

📩 Get a Free Design & Quote

Send us your aircraft type and project requirements, and we will provide:
✔️ Customized hangar design
✔️ Optimized structural solution
✔️ Fast quotation

Our Company

Havit Steel Structure Co., Ltd. has over a decade of experience in designing, manufacturing, and installing metal buildings for industrial, commercial, and residential applications. Our projects include large-span workshops, warehouses, hangars, office buildings, and agricultural facilities.

Located just one hour from a major seaport, we ensure efficient logistics and global delivery. Our production facility is equipped with advanced machinery, automated production lines, and strict quality control systems in line with ISO standards, guaranteeing precision and reliability in every component.

With projects exported worldwide, we provide comprehensive one-stop solutions—from planning and design to fabrication and construction management—helping clients reduce costs and complete projects efficiently.

Our Certifications

AWS Certified Welder (CW) certification, issued by the American Welding Society, demonstrates a welder’s proven skills through practical testing. It is internationally recognized and ensures compliance with strict welding standards, enhancing quality, reliability, and credibility in steel structure and construction projects.

AWS Certified Welding Inspector (CWI), issued by the American Welding Society, is a globally recognized certification that validates expertise in welding inspection and quality control. It ensures compliance with international standards, improving reliability, safety, and quality assurance in steel structure and construction projects.

ISO certification demonstrates that our company operates under internationally recognized management systems, including quality, environmental, and safety standards. It ensures consistent product quality, efficient processes, and compliance with global requirements, enhancing customer confidence and supporting reliable delivery of steel structure projects worldwide.

Shipping & Logistics

How to Pay 

Factory Introduction

Havit Steel Structure benefits from a strategic location just one hour from a major seaport, enabling efficient logistics and global project delivery. Our manufacturing facility spans over 100,000 m² and is equipped with advanced production lines, comprehensive testing systems, and a robust quality management framework.

We utilize state-of-the-art automated CNC processing centers, including plasma cutting machines, drilling lines, and robotic welding systems, ensuring millimeter-level precision, consistent component quality, and superior welding performance. From raw material cutting and fabrication to surface preparation and anti-corrosion treatment, every stage is digitally controlled to guarantee accuracy and reliability.

A strict multi-stage quality control process—covering material inspection, in-process checks, and final dimensional verification—ensures that all products meet the highest standards before delivery.

Our steel structures are widely applied in warehouses, workshops, office buildings, and agricultural facilities. With extensive global project experience, we are committed to delivering cost-effective, high-performance building solutions. Havit Steel has earned strong customer trust worldwide and welcomes new partners to collaborate for long-term success.

Frequently Asked Questions (FAQ)

Q1: Are you a manufacturer or a trading company?
A1: We are a direct manufacturing factory. You are always welcome to visit our factory. After your visit, you will also receive the most competitive and favorable pricing.

Q2: What quality assurance do you provide? How do you control quality?
A2: We have a strict quality control system covering all stages, from raw materials to finished products. Each process follows established inspection standards. Additionally, third-party inspection is available upon request.

Q3: Are your prices competitive compared to other companies?
A3: Our experienced engineers provide optimized design solutions based on your requirements and standards. As a direct manufacturer, we offer more competitive pricing.

Q4: Do you accept third-party inspection?
A4: Yes, we fully accept third-party inspections.

Q5: Do you provide design services?
A5: Yes, we offer complete design solutions tailored to your needs. Our professional engineering team uses advanced software such as AutoCAD, PKPM, and Tekla to deliver accurate and efficient designs.

Q6: What is your delivery time?
A6: Delivery time depends on the order quantity. Generally, the delivery time to the nearest Chinese port is about 30 days after receiving the deposit.

Q7: How can I get a quotation for my project?
A7: You can contact us via email, phone, WhatsApp, Skype, or Facebook. We will respond within 8 hours.

Q8: Why should I choose your company?
A8:
✅ 15 years of expertise in steel structure manufacturing, ensuring reliable quality
✅ 15 years of export experience in steel structure projects, ensuring smooth communication and service
✅ A highly professional design team providing optimized solutions and competitive pricing based on your requirements