Industrial Impeller

Get a Price/Quote

Industrial Impeller Specification

Automation Grade
Manual / Semi-Automatic

Usage & Applications
Industrial Applications

Efficiency
Up to 80%

Instruments Type
Fan/Impeller

Air Flow
1000 - 15000 m3/hr

Power Source
Electric

Temperature
Operating up to 80C

Scrubber Type
Compatible (For Gas Scrubbers/Fans)

Measurement
Diameter up to 800 mm

Orientation
Horizontal

Product Type
Industrial Impeller

Material
Metal

Cooling System
Air Cooled

Noise Level
Low

Processing Time
Continuous

Capacity
1000-15000 m3/h

Voltage
220-380 V

Weight
75-200 kg (varies by model)

Dimension (L*W*H)
Custom/As per Design

Surface
Smooth

Finishing
Smooth, anti-corrosive

Balancing
Dynamically Balanced

Corrosion Resistance
High

Number of Blades
4 to 12 (as per design)

Mounting Type
Flange Mounted

Blade Material
CI with corrosion-resistant coating

Impeller Type
Backward Curved / Forward Curved

Color
Blue/Grey (customizable)

About Industrial Impeller

Industrial Impeller

We are one of the prominent firms, engaged in manufacturing and supplying of high quality Industrial
Impellers that are made from superior grade raw material. These are fabricated in conformation with national and international standards. Our products are widely acclaimed for durability and strength. Our offered range of products can be customized as per the requirements of our clients.

Our liners are in high demand due to following features:

Dimensional accuracy
High efficiency
Corrosion resistance.

Other Information

Pay Mode Terms: T/T (Bank Transfer)

Superior Durability for Diverse Industrial Needs

Our impeller is constructed from robust CI metal and coated with a premium corrosion-resistant layer. This makes it exceptionally suitable for harsh industrial environments, including those with high humidity or chemical exposure. Its high resistance to corrosion extends service life, reducing the need for frequent maintenance or replacement.

Custom Designs for Optimized Performance

With a flexible configuration-four to twelve blades, backward or forward curved profiles, and dimensions tailored to your requirements-this impeller can be precisely adapted to any airflow, pressure, or system design. The flange-mounted, dynamically balanced construction assures reliable, vibration-free operation.

Quiet Operation and High Efficiency

Engineered to minimize noise, our air-cooled impeller maintains a low sound profile even during continuous operation. Its smooth, anti-corrosive surface ensures optimal airflow, supporting capacities from 1000 to 15000 m3/h and efficiency rates of up to 80%. These features result in lower energy consumption and quieter workplaces.

FAQ's of Industrial Impeller:

Q: How does the corrosion-resistant coating benefit industrial applications?

A: The corrosion-resistant coating on the CI impeller protects against rust and chemical damage, extending its lifespan and ensuring reliable performance in challenging environments such as chemical plants or humid industrial settings.

Q: What is the process for customizing the impeller to specific requirements?

A: You can select the number of blades, impeller type (backward or forward curved), color, and dimensions (up to 800 mm diameter). The manufacturer collaborates with clients to optimize design for specific airflow, pressure, or system integration needs.

Q: Where is this impeller commonly used within industrial settings?

A: It is widely employed in gas scrubbers, exhaust fans, ventilation systems, and other industrial air-handling equipment, particularly where continuous operation and high corrosion resistance are essential.

Q: What makes the flange-mounted design advantageous?

A: A flange-mounted impeller enables secure installation, easy alignment, and straightforward integration with existing industrial systems-streamlining installation and maintenance processes.

Q: When should I opt for a backward curved versus a forward curved impeller?

A: Backward curved impellers are generally chosen for higher efficiency and lower noise in clean air environments, while forward curved designs are suited for applications requiring higher pressure at lower speeds, often in constrained spaces.

Q: How does dynamic balancing improve the impeller's performance?

A: Dynamic balancing reduces vibration and mechanical stress, which improves operational smoothness, extends the lifespan of bearings and related machinery, and enhances safety during continuous industrial use.

Tell us about your requirement