Ventilador centrífugo industrial
Ventilador centrífugo industrial
- Fan model: TPB 4.5C
- Fan air volume: 5644~8891 CMH
- Fan pressure: 1512-1152 Pa
- Nivel de equilibrio: ≤ G2,5 mm/s
- Eficiencia del ventilador: ≥ 84%
- Temperatura de funcionamiento: ≤ 80%
- Fan speed: 2200rpm
- Motor power: 4KW
- Air duct diameter: DN400~DN550 M
- Applicable location: High temperature ventilation in chemical plants
Introducción del producto
Adopting a temperature resistant and corrosion-resistant coating, equipped with sealed packing, it avoids gas leakage, operates smoothly, saves labor costs, and is suitable for high-temperature ventilation and gas transportation in chemical plants, containing acidic gases, and has strict quality control.
With 10 years of experience in wind turbine manufacturing and cooperation with Fortune 500 companies, the company has a physical production base of approximately 20000m ². The company has obtained certificates such as China Energy Conservation Product Certification, China Energy Efficiency Labeling Certification, EU CE Certification, and more than 30 patent certifications, ensuring quality assurance.
Manufacturer direct sales, 24-hour customer service online reply, quotation within 1 hour, providing selection and design solutions, promised guarantee of one year, after-sales on-site maintenance, nationwide logistics delivery, on-site installation guidance tutorial.
An Industrial Centrifugal Fan is a critical air-moving device used in manufacturing plants, power stations, and process industries for ventilation, air conveying, dust removal, and combustion support. Its operating principle relies on centrifugal acceleration: air enters the impeller axially through the inlet and is forced radially outward by rotating blades, increasing its velocity and pressure before being discharged through the outlet. The fan converts mechanical energy from the motor into pressure energy of the airflow, ensuring efficient and continuous operation under demanding conditions.
The main components include the impeller, housing, inlet cone, shaft, bearings, and drive system. The impeller design—forward, backward, or radial—determines efficiency and pressure characteristics. Industrial centrifugal fans are generally fabricated from carbon steel, stainless steel, or alloy steel depending on environmental requirements such as humidity, temperature, or corrosive gases. The impeller and casing are dynamically balanced to reduce vibration and noise, enhancing operational reliability.
To accommodate varied industrial applications, these fans can be configured with direct drive, belt drive, or coupling drive. Bearings are mounted in external housings, often equipped with cooling fins or lubrication systems for continuous duty. Depending on air composition, protective coatings or galvanization are applied to resist corrosion and wear. The motor selection follows application demand—standard asynchronous motors, variable-frequency drives, or explosion-proof motors can be installed.
Industrial centrifugal fans are widely used in chemical processing, cement production, power generation, metal smelting, HVAC systems, and grain drying. Airflow capacity generally ranges from 1,000 m³/h to over 300,000 m³/h, with pressure outputs between 500 and 15,000 Pa. Designed for continuous, high-efficiency operation, these fans provide stable performance across varying loads and environmental conditions. Their robust construction and precise aerodynamics make them indispensable components in modern industrial ventilation and process systems.
