4-10 Industrial Centrifugal Blower

SIMO BLOWER's 4-10 industrial centrifugal blower provides many uses across industries. High-strength steel construction suits itself for high-temperature air movement applications. Here are a few of many industrial uses for our high-capacity industrial centrifugal blower.
1. Used as forced draft fans or induced draft fans for industrial boilers, rotary kilns or furnaces
2. Industrial dust collector fan
3. Moving cold, hot, dirty, combustible, abrasive, or corrosive gases
4. Conveying air-borne particles, powders, scraps, or fibers
5. Cooling down hot cement clinker
6. Ventilation that requires high volumes of air
7. Air-drying materials
8. Rapid cooling and heat dissipation
9. Air purification and industrial flue-gas disposal
10. Industrial smoke exhausters

Features of Industrial Centrifugal Blower
1. The 4-10 industrial centrifugal blower is capable of running stably at high media temperatures.
2. For applications that require high volumes of air, this industrial centrifugal blower might be your best bet as it delivers required air pressures while producing low noise.
3. Impeller blades are pitched at a proper angle to the direction of rotation. Improved wear resistance allows the centrifugal fan to last longer.
4. Control valves can be used to flexibly adjust pressure and flow of the centrifugal blower. Variable frequency drive is also among options as one pressure and flow adjustment method.
5. Different air and gas handling applications may require different temperatures and rotating speeds. That is why we select from a variety of materials to make the impeller and the shaft, including high-strength carbon steel, low-alloy steel, high-temperature resistant alloy steel, or high-temperature resistant high-strength alloy steel. Advantages of those materials are the ability to maintain its strength when subjected to high temperatures.
6. Both pre-engineered and customized material handling fans are available. The use of computational fluid dynamics technology optimizes the centrifugal fan structure, makes it save more energy during operation.
7. Tight-fitting parts ensure a good seal, minimizing pressure loss.
8. Annealing process removes any internal stresses of the impeller produced during welding and makes the impeller less likely to cause creepage or crack.
9. Ultrasonic leak test is performed on the weld line to check against any welding defect and material imperfection, thereby ensuring high strength.
10. Dynamic balancing eliminates any unbalance that would affect the running stability of our industrial centrifugal blower.

Specifications