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Mixers According to Flow Types, mixer types - Coggle Diagram

- - - - Transfers strong radial flow to ensure complete circulation of the mixed component.
  - - - Suspension distribution of fibrous particles with low mass content (up to 5%).
        
        Agitation of relatively large solid particles (up to 1.5 mm) in significant concentration (up to 60%).
        
        Dissolution of gaseous substances in a liquid.
  - - - Efficient blending and dispersion.
        
        Versatile and customizable.
        
        Suitable for a wide range of viscosities.
        
        Reduces processing time.
        
        Energy-efficient with low maintenance requirements.
  - - - Potential for mechanical wear and tear.
        
        Possibility of cavitation at high speeds.
        
        Increased noise levels during operation.
        
        May require additional structural support.
        
        Limited suitability for very high-viscosity fluids.
        
        Proper positioning and installation are crucial.
- - - - Minimizes vortex formation due to low-speed mixing.
        
        Suitable for slow operations, characterized as heavy-duty.
  - - - High power consumption due to heavy-duty work
        
        Lack efficiency in blending materials with varying consistencies.
- - - - Diameter close to the vessel diameter to capture sedimentary particles, prevent sticking, and avoid overheating.
  - - - Increased heat exchange intensity.
        
        Excludes the formation of sediment on tank walls.
- - - - Heating and cooling jacket, heating with hot oil or steam optionally.
        
        Minimum of 2 mixers, expandable to 4 depending on the product.
  - - - Energy-efficient.
        
        Easy integration into existing production lines.
        
        PLC process controlling system.
        
        Configurable for various product applications.
        
        Complete product emptying, minimal product losses.