In 2026, HAFE supported an overseas customer with a 30*50m air-supported membrane building solution designed to create a fast-deployable, large-span enclosed space.
The customer required a building system that could deliver approximately 1,500㎡ of usable column-free space within a shorter construction timeline than a conventional steel structure. The project also needed to support flexible interior planning, reliable daily operation, and climate-adaptable performance for wind, rain, snow, and condensation control.
Instead of choosing a heavy permanent building with a long approval and construction cycle, the customer selected HAFE’s air-supported membrane structure as a more efficient solution for rapid space expansion, operational flexibility, and long-term value.
Note: If you want to publish this as a real case study, the customer country, city, project month, application type, and final installation photos can be inserted into this section for a more specific project story.
The customer’s key challenge was not simply to purchase a membrane building. They needed a complete, engineered space solution that could be manufactured efficiently, shipped internationally, installed quickly, and operated safely after handover.
Their main concerns included:
- Fast construction schedule
The project required a shorter delivery and installation cycle compared with conventional buildings. - Large usable interior space
The customer needed a clear-span layout without internal columns, enabling flexible use for sports, storage, industrial operations, or event planning. - Operational safety
The building had to include positive-pressure control, reliable fan operation, alarm functions, and emergency planning. - Climate adaptability
The structure needed to be designed with wind resistance, snow load, drainage, and condensation control in mind. - Compliance documentation
The customer required technical documents to support local review, approval, installation, and future maintenance. - Future maintenance and upgrades
The customer wanted a modular structure that would allow partial inspection, replacement, and system upgrades without complicated reconstruction. - Transparent quotation and logistics data
For international procurement, the customer needed clear information on material modules, fans, control systems, doors, anchoring components, packaging, delivery schedule, and container compatibility.
HAFE proposed a 30*50m modular air-supported membrane building with a positive-pressure support system, engineered anchoring design, flame-retardant architectural membrane material, redundant fan configuration, and intelligent pressure control system.
The solution was developed to provide a practical balance between construction speed, structural performance, space efficiency, operating safety, and cost control.
| Item | HAFE Recommended Configuration |
|---|---|
| Product Type | Air-supported membrane building / positive-pressure membrane structure |
| Project Size | 30m * 50m |
| Covered Area | Approx. 1,500㎡ |
| Structural Form | Continuous internal positive-pressure support |
| Interior Layout | Large-span, column-free space |
| Normal Internal Pressure | Approx. 200–300Pa |
| Fan System | N+1 redundant fan configuration |
| Main Membrane Material | Double-sided PVC-coated polyester fabric or equivalent architectural membrane |
| Membrane Weight | Recommended 850–1100g/㎡ |
| Membrance Thickness | Approx. 0.70–0.90mm |
| Flame-Retardant Reference | EN 13501-1, DIN 4102 B1, GB 8624 B1 or higher |
| Wind Resistance Design | Recommended operating wind resistance ≥28m/s, subject to local verification |
| Snow Load Design | Customized according to local snow load requirements |
| Anchoring Method | Engineered anchoring system based on site conditions |
| Control System | Intelligent pressure control, alarm system, electrical control cabinet |
| Optional Systems | HVAC, fresh air, heating, dehumidification, lighting, emergency lighting, access doors, vehicle doors |
| Documentation Support | Drawings, structural calculation summary, material data sheet, test reports, installation manual |
| Application Options | Sports facility, warehouse, industrial workshop, event venue, emergency space |
HAFE designed the membrane building around a continuous positive-pressure structure. This approach allowed the customer to obtain a wide, unobstructed interior while reducing the need for heavy structural framing.
The membrane modules were planned for prefabrication and international transportation, helping shorten on-site installation time and simplify project coordination.
To support stable daily operation, HAFE recommended an N+1 fan system, intelligent pressure monitoring, alarm functions, and emergency response logic. The system can automatically adjust fan operation according to pressure conditions and support safer use during changing weather.
HAFE’s solution included an engineered anchoring concept based on site conditions. Recommended anchoring methods may include continuous foundation, ground beam, membrane clamping groove, anchoring rail, anchor cable system, and airtight edge-sealing details.
For long-term operation, HAFE does not recommend temporary sandbags as the primary anchoring method.
The structure was developed with wind, snow, rainwater, and condensation control in mind. As a preliminary recommendation, the system can be designed for operating wind resistance of ≥28m/s, with final verification according to local wind load standards.
Snow load, HVAC, fresh air, heating, and dehumidification can be customized based on the customer’s local climate and year-round usage requirements.
To support procurement, approval, installation, and maintenance, HAFE can provide:
- Floor plan
- Section drawing
- Module division drawing
- Door and interface layout drawing
- Fan layout drawing
- Anchoring layout drawing
- Membrane material data sheet
- Flame-retardant test report
- Structural calculation summary
- Wind load and snow load description
- Fan and electrical control certification documents
- Installation and maintenance manual
- Similar project references
For quotation and logistics planning, HAFE can also provide itemized pricing, packaging data, total number of packages, package size and weight, gross weight, total CBM volume, container compatibility, and forklift loading or unloading recommendations.
After reviewing the solution, the customer recognized HAFE’s air-supported membrane building as a practical alternative to traditional construction for fast space expansion.
The customer particularly valued:
- The ability to create approximately 1,500㎡ of column-free usable space
- Faster delivery and installation compared with conventional steel buildings
- Modular membrane design for easier shipping and future maintenance
- Redundant fan configuration and intelligent pressure control for operational safety
- Adaptable design for wind, snow, drainage, and condensation management
- Complete technical documentation to support local project review and coordination
From the customer’s perspective, HAFE did not simply provide a product quotation. HAFE provided a project-ready building solution with engineering logic, documentation support, and clear implementation details.
| Comparison Item | HAFE Air-Supported Membrane Building | Conventional Steel Structure Building | Temporary Tent Structure |
|---|---|---|---|
| Construction Speed | Fast modular prefabrication and rapid installation | Longer construction and foundation cycle | Fast installation |
| Interior Space | Approx. 1,500㎡ column-free space | May require columns depending on span | Usually column-free, but span and durability may be limited |
| Foundation Requirement | Lighter engineered anchoring system | Heavier civil foundation usually required | Temporary or light anchoring |
| Operational System | Intelligent pressure control, fan system, alarm logic | No pressure system required | No pressure system required |
| Weather Adaptability | Can be engineered for wind, snow, drainage, and condensation control | Strong when properly engineered | Limited under harsh weather |
| Maintenance | Modular membrane sections support partial repair and replacement | Structural maintenance may be more complex | Fabric replacement may be frequent |
| Relocation Potential | Possible depending on design and anchoring method | Difficult and costly | Relatively easy |
| Documentation Support | Drawings, calculations, material reports, operation manuals | Usually project-specific engineering documents | Often limited technical documentation |
| Investment Efficiency | High value for fast large-span enclosed space | Higher initial cost and longer timeline | Lower upfront cost, shorter service life |
| Best Fit | Fast-track, large-span, semi-permanent or long-term use | Heavy-duty permanent buildings | Short-term temporary use |
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What problem did this project solve?
The project helped the customer create a fast-deployable, large-span enclosed space of approximately 1,500㎡, without the long construction timeline and heavy structural requirements of a conventional building.
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Why did the customer choose an air-supported membrane building?
The customer needed a solution that combined fast installation, column-free space, climate adaptability, safety control, and future maintenance flexibility. An air-supported membrane building matched these requirements better than a traditional structure or temporary tent.
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Is the 30*50m size fixed?
No. The 30*50m layout is a recommended solution. HAFE can customize building dimensions, side height, center height, door openings, functional zoning, and system configuration based on project requirements.
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How is the building supported?
The structure is supported by controlled internal positive pressure. Fans maintain the required pressure level, while the membrane and anchoring system work together to keep the building stable.
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Does the fan system need backup?
For commercial and long-term use, HAFE recommends an N+1 redundant fan system. This improves operational reliability and helps support continuous use when one fan requires maintenance or backup operation.
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Can the building handle wind and snow?
Yes, when properly engineered. HAFE can design the structure according to local wind and snow load requirements. As a preliminary reference, the operating wind resistance can be designed at ≥28m/s, subject to local verification.
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What documentation can HAFE provide?
HAFE can provide design drawings, module drawings, anchoring layout, fan layout, membrane material data sheet, flame-retardant test report, structural calculation summary, wind and snow load description, installation manual, and maintenance guidance.
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Can HVAC, lighting, and doors be customized?
Yes. HAFE can customize HVAC, fresh air, heating, dehumidification, lighting, emergency lighting, pedestrian doors, vehicle doors, emergency exits, and reserved interfaces.
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Is the structure suitable for long-term use?
Yes. With the right membrane material, anchoring system, control system, and maintenance plan, the building can be used for semi-permanent or long-term applications.
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What should customers confirm before ordering?
Customers should confirm usage scenario, functional zoning, final building size, side and center height, local wind and snow loads, HVAC requirements, door sizes, vehicle access, fire evacuation requirements, delivery schedule, and budget range.
HAFE is more than a membrane product supplier. We support customers with a complete air-supported building solution designed around real project requirements.
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Project-Ready Engineering
HAFE evaluates each project according to site conditions, usage scenario, climate data, wind and snow loads, door requirements, operating systems, and local approval needs.
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Fast-Track Delivery
With modular prefabrication and optimized packaging, HAFE helps customers reduce construction time, simplify transportation, and move from concept to usable space faster.
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Reliable Safety Configuration
HAFE solutions can include positive-pressure control, N+1 redundant fans, alarm systems, emergency logic, engineered anchoring, and airtight edge-sealing details.
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Climate-Adaptive Design
From wind resistance and snow load to drainage, condensation, HVAC, fresh air, heating, and dehumidification, HAFE can tailor the building to local operating conditions.
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Documentation for International Projects
HAFE provides practical technical documents for procurement, approval, construction coordination, installation, and maintenance. This helps overseas customers reduce uncertainty during project execution.
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Flexible Customization
Building size, membrane specifications, doors, interfaces, fan systems, HVAC, lighting, branding areas, and future upgrade options can all be customized.
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Long-Term Value
For customers who need large-span enclosed space without a long construction cycle, HAFE’s 30*50m air-supported membrane building offers a strong balance of speed, usable area, safety, adaptability, and investment efficiency.
Case Study: HAFE 30*50m Air-Supported Membrane Building for Fast Large-Span Space Expansion
See how HAFE delivered a 30*50m air-supported membrane building solution with approx. 1,500㎡ of column-free space, modular prefabrication, redundant fans, intelligent pressure control, and climate-adaptive engineering for a fast-track large-span space project.