Use of Bag Air Duct in Pharmaceutical Warehouse

Fiber Fabric Air Duct for Pharmaceutical Warehouse Climate Control

In pharmaceutical logistics centers, maintaining precise environmental conditions is not just a regulatory requirement—it's a critical factor in preserving drug integrity. The fiber fabric Air Duct system offers an advanced solution tailored to meet the stringent standards of GSP-compliant storage facilities. Designed for temperature-sensitive environments such as cold rooms (2–10°C), cool storage (<20°C), and ambient zones (0–30°C), this innovative airflow technology ensures consistent humidity levels between 45% and 75%, directly supporting compliance with global pharmaceutical regulations.

Unlike traditional metal ductwork, which often results in uneven air distribution and high maintenance costs, fiber fabric air ducts provide uniform, low-velocity air diffusion that eliminates thermal stratification and dead zones. This makes them ideal for large-scale warehouse operations where both energy efficiency and air quality are paramount. Whether installed in high-ceilinged distribution hubs or compact turnover areas, these flexible textile ducts adapt seamlessly to architectural constraints while optimizing indoor climate control performance.

Key features include customizable configurations based on facility layout, easy installation without complex supports, minimal pressure loss due to smooth internal surfaces, and reduced operational expenses through targeted air delivery. The system’s ability to integrate with existing HVAC setups—whether single-stage or dual-loop cooling systems—enhances flexibility across different warehouse types, from flat-floor warehouses to multi-tiered storage units.

For high-clearance warehouses exceeding 18 meters in height, the duct design incorporates jet-style outlets with multi-row perforations, directing airflow precisely to critical zones—such as lower shelves (within 10 meters) and upper storage areas—ensuring even temperature distribution throughout the entire volume. In smaller, densely populated workspaces like loading docks or sorting stations, the duct delivers gentle yet effective ventilation via micro-perforated surfaces, enhancing worker comfort while minimizing energy waste by concentrating conditioned air where it’s needed most—typically below 2 meters from the floor.

This product has been widely adopted by leading pharmaceutical distributors worldwide seeking compliant, sustainable, and cost-effective alternatives to conventional ducting. Its modular nature allows for quick retrofitting in existing facilities, and its durable, antimicrobial-treated fabric resists mold and microbial growth—an essential feature for sterile environment applications. With no risk of condensation buildup and excellent acoustic properties, it also improves overall workplace safety and comfort.

Users consistently report improved temperature uniformity, significant reductions in energy consumption, and simplified maintenance routines compared to rigid metal duct networks. Many facilities have noted enhanced compliance scores during audits, thanks to the reliable and measurable airflow patterns enabled by this modern textile-based solution.

Common questions include how the system handles varying ceiling heights, whether it supports humidification integration, and what materials ensure long-term durability under continuous operation. The answer lies in its engineered fabric composition—typically polyester or polyamide blends treated for chemical resistance, UV stability, and ease of cleaning—and its adaptable design that accommodates diverse HVAC strategies across international markets.

Product Categories : Universal Fabric Air Duct