Ventilador de tiratge induït per caldera
Ventilador de tiratge induït per caldera
The boiler induced draft fan is widely used in dust collection, incinerator exhaust, VOC organic exhaust, high-temperature exhaust, semiconductor process and forced air supply, etc. It has a wide range of applications and is developed for special process flows in various industries. It has the characteristics of high performance, high efficiency, low vibration and low noise!
The boiler induced draft fan is widely used in dust collection, incinerator exhaust, VOC organic exhaust, high-temperature exhaust, semiconductor process and forced air supply, etc. It has a wide range of applications and is developed for special process flows in various industries. It has the characteristics of high performance, high efficiency, low vibration and low noise!
Escenaris aplicables
Àmpliament utilitzat en la recollida de pols, escapament d'incineradors, escapament orgànic de COV, escapament d'alta temperatura, procés de semiconductors i subministrament d'aire forçat.
The Boiler Induced Draft Fan (ID Fan) is designed to extract flue gases from industrial boilers and thermal power systems, ensuring stable combustion and efficient exhaust. Built with high-temperature-resistant materials, this fan operates reliably under extreme heat and negative pressure conditions, making it a vital component in industrial heating and power generation plants.
Its impeller and housing are precisely engineered for optimal air performance and durability. The fan provides strong suction and consistent airflow, effectively maintaining the balance of air input and exhaust in the boiler system. Advanced dynamic balancing technology minimizes vibration, reduces noise, and enhances operational safety even under heavy-duty conditions.
The Boiler Induced Draft Fan can be equipped with frequency control for variable speed regulation, allowing for energy savings and improved system flexibility. With customizable designs to match different boiler capacities and fuel types, it offers superior adaptability and long-term efficiency in industrial combustion systems.
