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KEHENG provides engineering-based top entry mixer selection and customized tank mixing solutions for chemical, petrochemical, wastewater, food, and industrial applications.
A top entry mixer is an industrial tank agitator installed on the top of a vessel to create efficient liquid circulation, blending, suspension and heat transfer. It is widely used in large storage tanks, reaction vessels and process equipment where reliable mixing performance is required.
Selecting a suitable top entry mixer requires comprehensive consideration of tank dimensions, liquid properties, mixing objectives, installation conditions and operating requirements.
More than three decades of industrial mixing design and manufacturing experience.
Customized impeller, shaft, motor, gearbox and installation solutions according to process requirements.
Professional selection based on tank conditions, liquid characteristics and mixing objectives.
Designed for stable continuous operation with optimized maintenance requirements.
Tank diameter
Tank height
Working volume
Tank structure
Installation position
Tank geometry determines the required circulation pattern and mixer configuration.
Density
Viscosity
Solid content
Temperature
Higher viscosity liquids usually require higher torque and specially designed impellers.
Blending
Suspension
Heat transfer
Gas-liquid mixing
Different mixing objectives require different flow patterns and impeller designs.
Continuous operation
Explosion-proof requirements
Corrosive environment
Hygienic requirements
Evaluate tank conditions, liquid characteristics and required mixing performance.
Impeller selection depends on viscosity, flow requirement and mixing purpose. Common options include:
Propeller Impeller
Hydrofoil Impeller
Turbine Impeller
Paddle Impeller
Mixer power, torque and speed are selected according to process requirements to achieve efficient mixing.
Mechanical design includes shaft strength, sealing system, motor and gearbox selection.
With more than 35 years of industrial mixing experience, KEHENG provides customized mixer solutions based on actual process requirements.
Mixer power calculation
Impeller design selection
Shaft strength verification
CFD simulation analysis
Customized mechanical design
Mixer power depends not only on tank volume but also on viscosity, density and mixing objectives.
Different impellers create different flow patterns and affect mixing efficiency.
Temperature, corrosion and hazardous environments influence mixer configuration.
Tank dimensions, liquid properties, mixing purpose and operating conditions are required.
Impeller selection depends on viscosity, required flow pattern and mixing objective.
Mixer power is determined by liquid properties, process requirements and operating conditions.
Yes. KEHENG provides customized mixer design based on customer tank and process requirements.
Provide your tank dimensions, liquid properties and mixing requirements. Our engineering team will recommend the optimal mixer type, power, impeller design and configuration.
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