Fabric Air Ducts are Used in Medical Library

Fabric Air Duct System for Medical Library in Shandong – High-Efficiency, Lightweight, and Fire-Retardant Ventilation Solution

This advanced fabric Air Duct system was specifically engineered for a medical library project in Shandong Province, offering an innovative alternative to traditional metal ducting. With a diameter of 610mm and a total length exceeding 800 meters, the system utilizes B1-class flame-retardant fiber fabric—ensuring compliance with stringent fire safety standards while maintaining durability and performance in high-traffic indoor environments. The gray-toned textile design blends seamlessly into modern architectural interiors, enhancing both functionality and aesthetics.

What sets this solution apart is its internal structural support—a revolutionary approach that replaces bulky wall thickness with intelligent reinforcement. Each duct features a fully enclosed 360° ring skeleton made from lightweight yet robust materials, which significantly enhances rigidity and pressure resistance without increasing material usage. This design not only reduces overall weight and installation complexity but also lowers production costs compared to conventional systems requiring thicker walls for equivalent strength.

The internal framework optimizes airflow dynamics by minimizing turbulence and frictional losses within the duct path. As a result, energy efficiency improves dramatically, leading to reduced HVAC operational expenses over time. Unlike rigid ductwork that struggles in tight or irregular spaces, these flexible fabric conduits are easy to route around obstacles, making them ideal for complex layouts common in healthcare facilities, educational buildings, and commercial infrastructure projects worldwide.

Engineered for long-term reliability, the ducts have undergone rigorous testing for tensile strength, thermal stability, and air leakage control. They meet international fire safety classifications such as EN 13501-1 Class B1, ensuring safe operation even under extreme conditions. Their modular nature allows for quick assembly, maintenance, and reconfiguration—ideal for evolving building needs across hospitals, clinics, laboratories, and public libraries.

Ideal for applications where space constraints, noise reduction, and energy efficiency are critical factors, this fabric ducting solution offers a sustainable and cost-effective ventilation method. Whether used in new construction or retrofitting existing structures, it delivers superior airflow distribution, improved indoor air quality, and aesthetic flexibility—all while supporting green building certifications like LEED or BREEAM.

Users consistently report ease of installation, minimal maintenance requirements, and noticeable improvements in climate control consistency throughout large-volume spaces. Many facility managers highlight the reduction in mechanical stress on HVAC units due to smoother airflow patterns, contributing to extended equipment lifespan and lower energy bills.

Common inquiries often revolve around cleaning protocols, expected service life, and compatibility with various environmental conditions. These ducts are designed for low-maintenance environments, with removable sections allowing for periodic cleaning using standard methods. With proper handling, they can last over a decade in controlled indoor settings. While suitable for most climates, they perform best in dry to moderate humidity zones, avoiding prolonged exposure to direct water contact or extreme temperature fluctuations outside recommended operating ranges.

Product Categories : Inner Support Fabric Air Duct