Fiber Fabric Wind Tube Battery Workshop Application

Flexible Fiber Fabric Air Duct System for Battery Manufacturing Facilities

The advanced fiber fabric Air Duct solution deployed at the Xugong New Energy Battery Project in Xuzhou represents a cutting-edge approach to industrial climate control in high-demand battery production environments. Designed specifically for clean, efficient airflow distribution across large-scale manufacturing floors, this system supports the seamless operation of energy storage and power battery assembly lines while enhancing worker comfort and equipment performance. With a total installation area exceeding 30,000 square meters, it serves as a critical component in one of China’s flagship new energy initiatives—part of the provincial “343” innovation cluster aimed at establishing Xuzhou as a strategic hub for next-generation battery technologies.

This innovative air handling system utilizes Buna rubber-based fiber fabric materials known for their durability, thermal stability, and resistance to chemical exposure—ideal for environments where consistent airflow quality is essential for both process efficiency and safety compliance. Unlike traditional rigid metal ducts, these flexible textile-based conduits reduce installation complexity, minimize vibration transmission, and offer superior adaptability to dynamic factory layouts. The inner supporting structure ensures structural integrity under varying pressure conditions, making them especially suitable for battery workshop applications requiring precise temperature and humidity regulation during cell formation, aging, and testing phases.

Key features include low airflow resistance, easy maintenance, modular design for scalability, and compatibility with automated Hvac Systems. These attributes make the system not only ideal for battery production but also applicable in other industries such as pharmaceuticals, food processing, and electronics manufacturing where controlled environmental conditions are crucial. By integrating sustainable material choices and minimizing energy loss through optimized flow dynamics, the solution contributes to reduced operational costs and improved carbon footprint metrics—an important consideration for global manufacturers aiming for ESG compliance.

Commonly used in battery manufacturing facilities, this fiber fabric ducting system supports cascaded utilization of power batteries by maintaining stable indoor air quality throughout the entire lifecycle—from raw material handling to final product packaging. Its ability to integrate seamlessly into existing infrastructure without extensive retrofitting makes it an attractive upgrade option for legacy plants transitioning toward Industry 4.0 standards. Additionally, the non-conductive nature of the fabric reduces electrical interference risks in sensitive electronic assembly zones, further enhancing workplace safety.

Users have reported significant improvements in air distribution uniformity, reduced noise levels compared to conventional ducting, and faster setup times due to lightweight construction. Maintenance teams appreciate the ease of cleaning and inspecting internal surfaces, which helps prevent contamination buildup—a key concern in lithium-ion battery production where even minor impurities can impact cell performance. Overall, feedback highlights enhanced productivity gains, better environmental control, and long-term cost savings over time.

Why choose fiber fabric air ducts over traditional metal alternatives? Because they offer greater flexibility, lower weight, improved insulation properties, and easier integration into modern smart factories. Whether you're managing a single battery production line or scaling up to multi-plant operations, this system provides scalable, reliable airflow management tailored to the unique demands of today’s advanced manufacturing environments.

Product Categories : Universal Fabric Air Duct