
Motorized Double Leaf Damper
The Motorized Double Leaf Damper is a high-efficiency air control device widely used in HVAC, ventilation, fresh air and exhaust systems. Featuring a double-leaf blade structure and driven by a high-precision electric actuator, this damper...
The Motorized Double Leaf Damper is a high-efficiency air control device widely used in HVAC, ventilation, fresh air and exhaust systems. Featuring a double-leaf blade structure and driven by a high-precision electric actuator, this damper is designed to automatically adjust, open or close airflow in ventilation ducts, achieving accurate air volume regulation and reliable air isolation for building ventilation systems.
Different from single-blade dampers, the double leaf structure provides larger airflow coverage, more uniform air distribution and higher sealing tightness when fully closed. The blades are manufactured from high-quality galvanized steel or aluminum alloy with anti-rust, anti-deformation and durable performance. All blade connections adopt precision processing to ensure synchronous operation, smooth rotation and no jamming during frequent opening and closing cycles. The built-in rubber sealing strips effectively reduce air leakage, ensuring excellent tightness and improving the overall energy efficiency of the air conditioning and ventilation system.
Equipped with a reliable electric motor actuator, the damper supports flexible automatic control, including on-off control and proportional stepless adjustment. It can be easily connected with building automatic control systems, temperature control systems and ventilation linkage systems to realize intelligent air management, precise air volume balancing and automatic wind isolation. The actuator features fast response, stable positioning, low noise and long service life, adapting to long-term continuous operation in commercial and industrial environments.
Lightweight in structure, easy to install and maintain, the Motorized Double Leaf Damper is suitable for square and rectangular duct systems in office buildings, shopping malls, hotels, factories, subway stations and public buildings. It is an essential component for ventilation regulation, energy saving, indoor air quality optimization and fire ventilation linkage control, offering stable, efficient and cost-effective airflow control solutions for modern HVAC projects.

