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Opblaasbare LEIDEN Licht
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Opblaasbare verlichting decoratie
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opblaasbare reclame ballon
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Film Lighting Balloon
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Het Licht van de maanballon
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De Lichten van de heliumballon
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opblaasbare Spiegelballon
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De Lichten van de noodsituatieveiligheid
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Opblaasbare luchttent
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opblaasbare lichte toren
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DWF Opblaasboten en Containers
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Opblaasbare uitsmijters Kasteelslide
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kunstmatig gazongras
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Driepoot Lichte Tribune
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Het Geval van de vluchtweg
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Elektroverlichtingstoebehoren
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RickyEnkel gewild u laten het weten ontvingen wij de 1 maan de ballon van Fenigal (China) heeft en onze gepast gedaan de ijver/testen andwe is zo gelukkig met het. Wij zouden ons vooruit met de rekening in bijlage willen bewegen. Gelieve te verzenden ZO VLUG MOGELIJK dit ACH zodat kan Harry en zijn team krijg zich het bewegen met de productie van andere 9 Ballons. -
DimitriOntzagwekkend, aangezien wij spoedig het product ontvingen, testten wij wat van hen!!. werkelijk indrukwekkend. de kwaliteit is werkelijk goed. -
MarjorieIk zette deze in mijn ballons van de cliëntenpartij die een grote klap waren. Gewerkte groot voor wat ik nodig had. Ik zal absoluut deze opnieuw voor andere gebeurtenissen worden. -
AnastasiaOntzagwekkende toevoeging aan een partij! Deze waren groot! Iedereen hield van hen! Gewerkte perfect, makkelijk te gebruiken! -
LisseteIk had de aangezette lichten (behalve testende doeleinden nog), maar zij zijn een aardige grootte en schijnen vrij helder te zijn. Ik heb batterij in werking stelde lichten voor mijn projecten gezocht en deze schijnen als zij keurig zullen werken aangezien zij individueel zijn zodat kunt u gebruiken zoals weinigen of zo velen aangezien u wilt -
Inflatable Air Tent rapid deployment air supported membrane building with modular prefabrication and architectural membrane
| Technologie | Door Heet-lasmachine | Draagbaarheid | Compact en lichtgewicht voor eenvoudig transport |
|---|---|---|---|
| Techniek | Verwarming door warmte | Drukmanier | Digitaal of UV-printen |
| Vloermateriaal | Zware waterdichte PE | Techniek | Verwarming door warmte |
| Kleuren | Alle kleuren die je wilt. | Functies | Brandkast, Firma |
| Leiden ligh | kleur 17 kan met controler worden gekozen | Materiaal | Duurzaam waterdicht polyester |
The HAFE 30×50m Air-Supported Membrane Building is a high-efficiency, large-span space solution designed for projects that require fast deployment, flexible interior use, and reliable all-weather operation.
Built with a continuous positive-pressure support system, the structure creates approximately 1,500㎡ of column-free space, allowing customers to maximize usable area without the limitations of conventional steel-frame buildings. With modular prefabrication, high-performance architectural membrane materials, redundant fan systems, and engineered anchoring, the building is designed for rapid installation, safe operation, and long-term adaptability.
Whether used for sports facilities, warehouses, industrial workshops, temporary event venues, or emergency infrastructure, HAFE provides a complete membrane building solution from preliminary design to installation guidance and operational support.
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| Item | Recommended Configuration |
|---|---|
| Product Type | Air-supported membrane building / positive-pressure membrane structure |
| Standard Size | 30m × 50m |
| Covered Area | Approx. 1,500㎡ |
| Structural Form | Continuous internal positive-pressure support |
| Interior Space | Large-span, column-free layout |
| 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/㎡ |
| Membrane 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 standards |
| Anchoring System | Engineered anchoring system based on site conditions |
| Control System | Intelligent pressure control, alarm system, electrical control cabinet |
| Optional Systems | HVAC, fresh air, dehumidification, lighting, emergency lighting, access doors, vehicle doors |
| Applications | Sports, warehousing, industrial use, events, temporary facilities, emergency space |
| Documentation Support | Drawings, structural calculation summary, material data sheet, test reports, installation manual |
HAFE delivers more than a membrane structure. We provide a complete project-oriented solution that covers design, engineering, manufacturing, logistics, installation support, and after-sales service.
The building uses high-strength architectural membrane material designed for durability, weather resistance, flame retardancy, and long-term outdoor use. The membrane system can be divided into modular sections for easier transportation, faster on-site installation, and more efficient maintenance.
The structure is supported by controlled internal air pressure. During normal operation, the pressure is maintained at approximately 200–300Pa, creating a stable and comfortable enclosed environment.
The fan system can be configured with N+1 redundancy, helping ensure continuous operation even when one fan requires maintenance or backup support.
HAFE’s control system can integrate pressure monitoring, wind-speed response, automatic fan adjustment, alarm functions, and emergency operation logic. This helps the building respond more effectively to changing weather and operational conditions.
Depending on the use case, HAFE can provide pedestrian doors, vehicle access doors, emergency exits, equipment interfaces, HVAC openings, lighting systems, and branding areas. The layout can be adapted to traffic flow, zoning requirements, and local fire evacuation standards.
The solution can be designed around local wind, snow, rainwater, and condensation conditions. Drainage, insulation, ventilation, heating, fresh air, and dehumidification options can be added according to the project environment and year-round usage requirements.
For international projects, HAFE can provide key technical documents such as:
- Floor plan
- Section drawings
- Module division drawings
- Door and interface layout
- Fan layout
- Anchoring layout
- Membrane material data sheet
- Flame-retardant test reports
- Structural calculation summary
- Wind and snow load description
- Fan and electrical control certification documents
- Installation and maintenance manual
- Similar project references
With an approximate covered area of 1,500㎡, the 30×50m membrane building provides a highly efficient open space without internal columns. This allows greater freedom for sports courts, storage layouts, production zones, event setups, and vehicle circulation.
Compared with conventional buildings, the air-supported membrane structure is designed for faster manufacturing, transportation, and installation. Modular prefabrication helps reduce on-site construction time and shorten the overall project schedule.
Doors, lighting, HVAC, fresh air, heating, dehumidification, internal partitions, and branding elements can be customized according to project needs. Reserved interfaces also make future upgrades easier.
The system can be equipped with redundant fans, intelligent pressure control, alarm functions, emergency exits, and weather-response strategies. These features support stable operation and help improve safety during daily use.
HAFE can customize the building according to local wind load, snow load, rainfall, temperature, humidity, and operational conditions. This makes the solution suitable for different regions and project environments.
The modular membrane design makes partial inspection, replacement, repair, and upgrade more convenient. This reduces maintenance complexity and supports long-term operational efficiency.
Air-supported membrane buildings require less structural material than many traditional building types. Combined with faster construction and flexible use, they offer a highly efficient solution for customers who need usable space quickly and cost-effectively.
Ideal for indoor football fields, tennis courts, basketball courts, padel courts, multi-sport halls, training centers, and seasonal sports venues. The column-free space provides excellent visibility and flexible court arrangement.
Suitable for temporary or semi-permanent storage, logistics transfer areas, inventory expansion, cold-chain support spaces, and large-span covered storage facilities.
Can be used for light manufacturing, equipment assembly, maintenance workshops, material processing areas, and protected operational spaces.
A practical choice for temporary exhibitions, brand events, product launches, trade shows, and large indoor activity spaces requiring rapid setup.
Applicable for emergency shelters, temporary medical facilities, disaster relief storage, command centers, and rapid-response enclosed spaces.
Can support agricultural storage, controlled-environment operations, covered working areas, and seasonal protection facilities.
| Item | Air-Supported Membrane Building | Steel Structure Building | Temporary Tent Structure |
|---|---|---|---|
| Construction Speed | Very fast | Longer construction cycle | Fast |
| Interior Columns | Column-free | May require columns depending on span | Usually column-free but limited durability |
| Foundation Requirement | Relatively light, based on anchoring design | Heavier foundation typically required | Light foundation or temporary anchoring |
| Space Flexibility | High | Medium to high | Medium |
| Weather Resistance | Engineered for wind, snow, drainage, and condensation control | Strong when properly engineered | Limited under harsh weather |
| Operational System | Requires fan and pressure control | No pressure system required | No pressure system required |
| Maintenance | Modular and replaceable membrane sections | Structural maintenance may be more complex | Fabric replacement may be frequent |
| Relocation Potential | Possible depending on design | Difficult | Easy |
| Investment Efficiency | High for fast large-span space | Higher initial construction cost | Lower initial cost, shorter service life |
| Best For | Fast, large-span, enclosed, flexible space | Permanent heavy-duty buildings | Short-term temporary use |
An air-supported membrane building is a large-span structure supported by controlled internal air pressure. Instead of relying on internal columns or heavy roof beams, the membrane is stabilized by a positive-pressure system.
Yes. The fan system maintains the required internal pressure. HAFE can provide an N+1 redundant fan configuration, meaning backup fan capacity is available to support safer and more stable operation.
No. The 30×50m model is a recommended standard solution, but HAFE can customize the building dimensions based on site conditions, functional zoning, local regulations, and customer requirements.
Yes, with the right configuration. For year-round operation, HAFE can provide options such as insulation, HVAC, fresh air, heating, dehumidification, condensation control, and climate-specific engineering.
The structure can be designed according to local wind and snow load requirements. As a preliminary recommendation, operating wind resistance can be designed at ≥28m/s, with final verification based on local standards and project conditions.
The recommended material is double-sided PVC-coated polyester fabric or an equivalent architectural membrane material, typically with a weight of 850–1100g/㎡ and a thickness of approximately 0.70–0.90mm.
Yes. The membrane material can be selected to meet relevant flame-retardant requirements such as EN 13501-1, DIN 4102 B1, GB 8624 B1 or higher, depending on the target market and approval requirements.
Yes. HAFE can customize pedestrian doors, vehicle doors, emergency exits, lighting, HVAC, fresh air, heating, dehumidification, and other interfaces according to the intended use.
HAFE can provide preliminary design drawings, technical data sheets, structural calculation summaries, test reports, fan and electrical control documents, installation manuals, and maintenance guidance.
Air-supported membrane buildings can be used for temporary, semi-permanent, or long-term applications depending on the engineering design, membrane material, anchoring system, local approval, and maintenance plan.
HAFE combines membrane structure engineering, project customization, manufacturing capability, and practical installation experience to deliver reliable air-supported building solutions for international customers.
Every project is reviewed according to its intended use, local climate, site conditions, wind and snow loads, access requirements, and regulatory needs. This helps ensure the solution is not just technically feasible, but also practical for real operation.
HAFE can support projects with reference to international and regional standards, including structural safety, wind load, snow load, membrane material performance, flame-retardant requirements, electrical control, and fire evacuation requirements.
From building size and membrane specifications to fan configuration, access doors, HVAC, lighting, and branding, HAFE provides tailored solutions for different industries and applications.
With modular design and prefabricated membrane sections, HAFE helps customers reduce construction time, simplify transportation, and improve installation efficiency.
HAFE solutions can include intelligent pressure control, redundant fan systems, alarm functions, emergency planning, and maintenance guidance to support safer day-to-day operation.
The 30×50m air-supported membrane building offers a strong balance of usable space, construction speed, operational safety, climate adaptability, and investment efficiency. For customers who need large-span space without the long timeline of conventional construction, HAFE provides a smarter, faster, and more flexible alternative.
HAFE 30×50m Air-Supported Membrane Building Solution is a high-safety, modular, fast-delivery large-span structure designed for customers who value flexible space, reliable operation, climate adaptability, international compliance, and long-term investment efficiency.

