Innovative fabric air duct technology facilitates the upgrade of efficient ventilation systems

In January 2025, the large-diameter internally-supported fabric air duct system, designed and constructed by our company (JVTIA), was successfully installed, debugged, and put into operation at a large factory in Malaysia. The success of this project marks a new level of technological innovation and application capability for our company in the field of industrial ventilation, providing a benchmark case for the green and energy-efficient upgrading of global industrial facilities.

Project Highlights: Solving Industry Pain Points with Innovative Design
Addressing long-standing challenges of traditional metal ducts in large-span, high-ceiling factories—such as deformation, uneven air distribution, condensation, and complicated installation—this project adopted a revolutionary solution:

• Internally-Supported 360° Circular Frame Design: With ducts reaching several meters in diameter, the built-in full-circumference circular frame ensures a perfect round shape under all conditions, offering structural stability, aesthetic appeal, and completely eliminating sagging.

• Flexible Fabric Air Duct: Made of specially woven fabric material, it enables permeable and even air distribution, effectively eliminating temperature and humidity variations in the warehouse and improving overall environmental quality.

• Excellent Anti-Condensation Performance: Thanks to the unique air dispersion method, the temperature difference between the inner and outer duct walls is minimal, fundamentally solving condensation issues in high-humidity environments and protecting stored goods.

Core Advantages: Comprehensive Breakthroughs from Function to Efficiency

• Lightweight and Rapid Installation: The duct weighs only 1/40 of traditional metal ducts. Utilizing matching steel cable or rail suspension systems, the installation cycle is shortened to 1/10 of conventional methods, significantly reducing labor and time costs.

• Energy Efficiency and Sustainability: The system reduces energy consumption by over 30%, aligning with global "Dual Carbon" goals and supporting the development of green buildings and smart factories.

• Aesthetic Customization: Available in various colors to match factory environmental design needs, it simplifies layout and enhances the overall visual appeal of the space.

Industry Application Prospects
The successful implementation of this project sets a new benchmark for the industrial ventilation field. Fabric air ducts, with their energy-saving features (over 30% reduction in energy consumption) and adaptability (suitable for clean environments like food processing and electronic workshops), are gradually replacing traditional metal ducts. In the future, this technology is expected to expand to scenarios such as logistics warehouses and large commercial complexes, driving the synergistic development of green buildings and smart factories.

Case Background: Enterprise Needs and Technical Adaptation
To improve temperature control efficiency in its storage environment, the Malaysian factory opted for JVTIA's fabric air duct solution. The project team completed the entire project in only 70% of the planned through modular design and customized installation, demonstrating the efficient implementation capability of fabric air ducts in large-scale industrial projects.

Conclusion
With the advancement of "Dual Carbon" goals, fabric air ducts are becoming a core option for upgrading industrial ventilation systems due to their environmental attributes and technological innovation. The successful experience of the Malaysian project may provide a replicable technical pathway for similar factories, accelerating the industry's transition toward high efficiency and low carbon emissions.