An Industrial Agitator is a mechanical device used to mix, stir, blend, or homogenize fluids (liquids, gases, or solids in suspension) in large tanks or vessels. It achieves this through the rotation of an impeller, which creates flow patterns to ensure uniform distribution, prevent settling, enhance heat transfer, or facilitate chemical reactions. Industrial Agitator are essential in processes requiring consistent product quality and efficiency.
Common applications include:
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Homogenization of mixtures
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Suspension of solids
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Dispersion of gases into liquids
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Emulsification
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Heat transfer improvement
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Maintaining uniformity in storage tanks
They are widely used in industries such as chemical processing, pharmaceuticals, food and beverage, cosmetics, wastewater treatment, paints, and mining.
Industrial Agitator Video
Key Components
A typical industrial agitator consists of:
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Motor/Drive: Provides power (electric, pneumatic, or hydraulic).
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Gear Reducer: Controls speed and torque.
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Shaft: Transmits rotation to the impeller.
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Impeller(s): The blades or rotors that interact with the fluid (one or multiple per shaft).
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Sealing System: Prevents leaks, especially in pressurized or high-temperature tanks.
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Mounting: Supports the agitator on the tank (e.g., flange or lantern).
Types of Industrial Agitators
Agitators are classified by mounting position, impeller design, or flow pattern:
By Mounting
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Top-Entry (most common): Mounted vertically on the tank top; ideal for deep tanks and high-viscosity fluids.
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Side-Entry: Horizontal mounting on the tank side; used for large storage tanks to prevent sedimentation.
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Bottom-Entry: Rare, mounted at the tank bottom.
By Impeller Type (Common Designs)
Impellers determine the flow (axial for pumping, radial for shearing) and suit different viscosities:
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Propeller: High-speed, axial flow; best for low-viscosity liquids (e.g., water-like fluids).
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Turbine (pitched or flat blade): Radial flow with high shear; for medium-viscosity and gas dispersion.
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Paddle: Gentle mixing; for delicate or low-shear applications.
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Anchor: Scrapes tank walls; for high-viscosity or non-Newtonian fluids.
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Helical/Ribbon: For very high-viscosity materials, creating combined flow.
Advantages
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Ensures product uniformity and consistency.
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Improves reaction rates and heat transfer.
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Customizable for specific viscosities and tank sizes.
* Power voltage can be adjusted as per customer’s domestic power voltage requirements.
* Rights of technical improvements & modification reserved.
* Illustrations & dimensions are shown for information purpose only.
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