Industrial Drying Blower – Precision Hot Air Circulation for Consistent, Energy-Efficient Industrial Drying
Engineering & Application Overview
Industrial drying is not just an airflow problem, it is a thermal transfer process also. Whether the products will dry consistently within specification depends on the fan that circulates the air through the drying chamber, tunnel oven or rotary dryer. If there is low air velocity, then moisture removal stalls and slows down the productivity. In another case, high air velocity surface over-drying masks residual moisture inside. Besides that, this fan needs to operate continuously under a critical environment like hot and moisture-laden air, small fine particle-mixed air or volatile compounds. Which is not sustainable and suitable for a ventilation fan.
The Industrial Drying Blower is specially engineered for sustained hot and humid air circulation duty. In bearing arrangements, the motor and bearing maintain distance and protect against hot process air. A shaft seal that is suitable for high temperature and humidity can prevent hot air from entering the bearing housing. Engineers can choose the impeller based on their duty. Such as a backward-inclined impeller that can be used for clean, low-dust drying air and higher efficiency, a radial-blade impeller suitable for sticky, fibrous or chemically contaminated drying media where fouling resistance matters more than peak efficiency.
Industrial Drying Blower provide up to 90,000 m³/h airflow and up to 7,600 Pa static pressure. It can cover all the drying industrial systems, from batch ovens to massive rotary drum dryers. This unit comes with strong motor power and tolerates up to 600 degrees Celsius. Which is quite perfect for different temperature operations like food-grade drying at 60°C to 120°C, ceramic and brick drying at 80°C to 250°C, medicine and chemical drying at 80°C to 300°C and fireproof materials and refractory at 250°C to 600°C. This unit is the perfect solution for production engineers, drying system designers and EPC contractors who need to operate in the ceramic, textile, pharmaceutical, wood and chemical industries.

Primary Industrial Uses












Core Technical Specifications
- Airflow Range: 500 ~ 90,000 m³/h
- Total Pressure: 980 ~ 7,600 Pa
- Efficiency: 63% ~ 84% (backward inclined at optimal duty point: 84%)
- Blade Geometry: Backward Inclined (clean drying air, efficiency priority) or Radial Blade (sticky/laden media, fouling resistance priority)
- Impeller Diameter: 250 ~ 1,500 mm
- Motor Power: 2.2 ~ 315 kW
- Max Temperature: 60°C ~ 600°C (application dependent)
- Vibration: ≤ 3.0 mm/s (ISO 10816-3 / ISO 14694)
- Shaft Sealing: High-temperature, moisture-resistant - prevents hot air migration to bearing housing
- Drive Type: Direct Drive or Belt Drive (for speed adjustment in variable-load drying cycles)
- Body Material: Carbon Steel standard; SUS304, SUS316 for food-grade or corrosive drying media
- Blade Material: As per order specification
- Customization: Available

Specification Table
|
Model: |
X-Series: Industrial Drying Blower |
Type: |
Centrifugal Blower |
|
Impeller type: |
Backward Inclined or Radial Blade. |
Electric Current Type: |
AC |
|
Motor Power (KW): |
2.2 ~ 315 kW |
Power Supply: |
As customer requires. |
|
Speed (RPM): |
1,420 ~ 2,975 |
Pressure (Pa): |
980 ~ 7,600 |
|
Efficiency (%): |
63% ~ 84% |
Temperature (F): |
Up to 600°C / 1,100°F |
|
Packaging: |
Wooden Package |
Origin: |
P.R. China |
|
Delivery: |
All over the world |
Warranty: |
18 months |
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