Industrial Vertical Agitator
Vertical Agitators for great performance
TMXFLOW has developed vertical agitators to provide a high level of agitating in small volume vessels. Thanks to their compact design , they are ideal for agitating open vessels, dispersing reagents and powders, and maintaining mixes.
Top-Entry Gear Driven Mixer for Heavy-Duty Tanks
Industrial vertical agitator designed for high-torque mixing, homogenization and solid suspension in chemical, water treatment and industrial process tanks. Engineered for reliable performance, efficient power transmission and stable operation in demanding applications.
Discover how Industrial Vertical Agitator can enhance your production line.
Engineering Design & Mechanical Features
- Low-Speed Mixing Configuration : Engineered as a low-speed industrial vertical agitator operating within a 15–250 rpm range, ensuring controlled mixing, reduced turbulence, and optimized solid suspension in demanding process tanks.
- Cast Iron Bevel Gearbox System: Equipped with a heavy-duty cast iron bevel-type gearbox designed for high torque transmission. The integrated taper roller bearings enhance load capacity, shaft stability, and long-term mechanical durability.
- Horizontal Motor Arrangement: Features a horizontal motor configuration directly coupled to the gearbox, providing compact mechanical alignment, efficient power transfer, and reduced vibration during continuous operation.
- Hollow Shaft Design: Incorporates a hollow shaft structure that improves torque distribution and facilitates secure shaft mounting, simplifying maintenance and installation flexibility.
- Wide Power Range: Available in motor power ratings from 1.1 kW to 55 kW, allowing precise selection according to tank volume, fluid viscosity, and process intensity.
- Reinforced Shaft Construction: Designed with shaft diameters ranging from 40 mm to 110 mm, ensuring mechanical rigidity, resistance to deflection, and stable operation under heavy-duty mixing conditions.
- Flange-Mounted Vertical Installation: Top-entry flange mounting guarantees structural stability, precise alignment with the tank, and minimized mechanical stress during long-term operation.
What is a Industrial Vertical Agitator?
An industrial vertical agitator is a top-entry mixing device installed vertically on tanks or process vessels to blend, homogenize, suspend solids, and maintain uniform consistency in liquids. It operates through an electric motor and gear-driven transmission system that converts power into controlled rotational movement, delivering high torque at low speeds for efficient mixing.
These agitators are widely used in chemical processing, water and wastewater treatment, food production, and general industrial applications where continuous or batch mixing is required. Their vertical configuration allows optimal flow patterns, effective energy transfer, and stable performance in medium to large tanks.
Industrial Vertical Agitator Advantages
- High Torque Mixing Capability. Delivers strong torque at low operating speeds, making it suitable for viscous fluids, dense mixtures, and solid suspension processes.
- Optimized Top-Entry Design: Vertical installation from the top of the tank improves flow circulation, mixing efficiency, and overall process stability.
- Uniform Homogenization: Ensures consistent blending and product uniformity in chemical, water treatment, and industrial process tanks.
- Energy-Efficient Operation: Gear-driven transmission provides effective power transfer while reducing unnecessary energy consumption.
- Heavy-Duty Durability: Robust mechanical construction supports continuous operation in demanding industrial environments.
- Application Flexibility: Adaptable to various tank sizes, motor powers, shaft lengths, and sealing systems to meet specific process requirements.
How Does an Industrial Vertical Agitator Work?
An industrial vertical agitator operates through a motor-driven gearbox system mounted on the top of a tank. The electric motor generates rotational energy, which is transmitted to a bevel-type gearbox. The gearbox reduces the motor speed and converts it into high torque at low RPM (typically 15–250 rpm), enabling efficient mixing under heavy-duty conditions.
The torque is transferred through a rigid shaft to the impeller submerged in the liquid. As the impeller rotates, it creates controlled axial and radial flow patterns inside the tank. This movement promotes homogenization, solid suspension, blending, and continuous circulation of the process fluid.
The low-speed, high-torque configuration minimizes turbulence while maximizing mixing efficiency, especially in viscous or high-density applications. Taper roller bearings inside the gearbox support axial and radial loads, ensuring mechanical stability and long service life during continuous industrial operation.
Which Industries Is It Suitable For?
An industrial vertical agitator is suitable for industries that require reliable low-speed, high-torque mixing in medium to large tanks. Its robust gearbox design, hollow shaft configuration, and wide power range make it ideal for continuous and heavy-duty process environments where homogenization, blending, and solid suspension are critical.
Main Application Areas
CHEMICAL PROCESSING INDUSTRY
Used for blending chemicals, preparing solutions, maintaining suspension, and ensuring uniform reaction conditions in process tanks.
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WATER & WASTEWATER TREATMENT
Supports mixing of treatment chemicals, sludge homogenization, and solid suspension in clarifiers and conditioning tanks.
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PETROCHEMICAL & OIL INDUSTRY
Suitable for additive blending, storage tank circulation, and viscous fluid handling.
FOOD & BEVERAGE INDUSTRY
Applied in liquid mixing, ingredient homogenization, and process stabilization in large production vessels.
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PHARMACEUTICAL & BIOTECHNOLOGY INDUSTRY
Ensures controlled mixing for liquid formulations and process consistency under regulated conditions.
MINING & MINERAL INDUSTRY
Used for slurry mixing, solid suspension, and conditioning tanks in mineral treatment processes.
GENERAL INDUSTRIAL MANUFACTURING
Supports batch and continuous mixing operations across coatings, adhesives, detergents, and specialty materials production.
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