Industrial Impellers

Industrial Impellers Specification

Max Pressure
12 Bar

Motor Power
0.75 HP to 50 HP

Pressure Range
5-12 Bar

Flow Rate
Variable as per application (Max 8000 m3/h)

Life Span
8-10 Years

Power
0.75 kW to 37 kW

Output Power
As per motor specification

Product Type
Industrial Impeller

Material
High Grade Cast Iron / Mild Steel / Stainless Steel

Capacity
50-8000 m3/h

Pressure
Up to 12 bar

Application
Industrial Blowers, Ventilation Systems, Air Handling Units, HVAC, Industrial Mixing

Frequency (MHz)
50 Hz

Motor Speed
1450/2900 RPM

Noise Level
Low (<70 dB)

Power Source
AC Electric Motor

Voltage
380 V

Weight
7-12 kg (Depending on size and type)

Dimension (L*W*H)
Variable as per model (Standard: 400x400x150 mm)

Color
Silver / Metallic Grey

Temperature Range
-10C to 120C

Blade Material
Stainless Steel/Aluminium alloy/Cast Iron

Compatibility
Suitable with standard industrial blowers and axial fans

Impeller Type
Backward Curved / Forward Curved / Radial / Centrifugal

Surface Treatment
Anti-corrosive coated or Painted

Rotation Direction
Clockwise / Counterclockwise

Number of Blades
6-8

Customisation
Available upon request

Mounting
Hub Mounted

Balancing
Dynamic and Static balanced

Industrial Impellers Trade Information

Minimum Order Quantity
2 Number

FOB Port
Coimbatore

Payment Terms
Cash in Advance (CID)

About Industrial Impellers

Key Components and Working Principle

Impeller Eye: The center opening where fluid enters.
Vanes/Blades: Curved blades that push the fluid radially outward.
Hub/Shroud: The central body that connects the blades and connects to the drive shaft.
Working Principle: The motor spins the impeller at high speeds. As the fluid enters the eye, it is forced outward by the blades, increasing its speed and pressure. This movement is often called the "centrifugal force

Versatile Impeller Types for Varied Needs

Choose from backward curved, forward curved, radial, and centrifugal impeller types, each engineered for optimal aerodynamic efficiency in air handling and industrial mixing. Our broad selection ensures compatibility with a range of industrial blowers and axial fans, accommodating unique operational demands.

Robust Materials and Construction

Manufactured from high-grade cast iron, stainless steel, or aluminium alloy, our impellers provide resilience and extended service life. Advanced anti-corrosive treatments and precision balancing (dynamic and static) further enhance reliability, making them a trusted solution even in challenging or corrosive environments.

Customisation and Application Flexibility

With variable dimensions, blade counts, and mounting options, our impellers are adaptable to your specific application. Suitable for pressures up to 12 bar and flow rates up to 8000 m3/h, they meet the needs of HVAC, air handling units, ventilation, and industrial mixing. Customisation is available on request to ensure perfect integration with your systems.

FAQ's of Industrial Impellers:

Q: How do I choose the correct impeller type for my industrial blower or ventilation system?

A: Selecting the right impeller depends on your application's pressure, flow rate, and efficiency requirements. Backward curved and centrifugal impellers are ideal for high-pressure, high-volume applications while forward curved types suit lower pressure systems. Contact our technical team for tailored recommendations.

Q: What materials are available for these impellers and how does material choice affect performance?

A: We offer impellers in stainless steel, cast iron, and aluminium alloy. Stainless steel is used for corrosion resistance and hygiene-critical environments, cast iron for rugged durability, and aluminium alloy for lightweight requirements. The optimal material depends on your operating conditions and media handled.

Q: Can impellers be customised in terms of size and mounting?

A: Yes, we offer customisation to meet specific dimensional, mounting, and blade requirements. Provide us with your specifications and our engineering team will design an impeller best suited to your application, ensuring seamless integration with your existing equipment.

Q: What is the typical service life of your industrial impellers?

A: Our impellers are built to last with a typical operational lifespan of 8 to 10 years, given proper maintenance and operation within specified parameters. Factors such as environment, load cycles, and maintenance routines may influence lifespan.

Q: How are the impellers balanced and why is balancing important?

A: We employ both dynamic and static balancing methods during manufacturing. Proper balancing reduces vibration and noise, ensuring smooth operation, lower wear on bearings, and extended impeller life, especially at high motor speeds up to 2900 RPM.

Q: Are these impellers suitable for use at high temperatures and pressures?

A: Yes, our impellers are engineered to perform in temperature ranges of -10C to 120C and can handle pressures up to 12 bar, making them reliable for a wide scope of industrial air movement and handling scenarios.

Q: What applications are these impellers most commonly used in?

A: These impellers are widely used in industrial blowers, HVAC systems, air handling units, industrial mixing, and ventilation systems. Their versatile design and compatibility ensure efficient air movement, mixing, and ventilation in manufacturing facilities, warehouses, and processing plants.

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