best axial agitator design

2020-10-07T21:10:29+00:00
  • Types of Agitators, Agitators Design and Usages for

    2021-4-1  The Agitator Stirrer is basically designed to agitate and mix several types of viscose liquids. We offer a variety types of Agitators Stirrer. We design and manufacture a wide range of liquid agitators and slurries for all processes in the pharmaceutical, chemical, food, cosmetic and similar industries.

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  • Custom industrial mixer agitators. How to choose the

    Axial Flow. Agitator impellers with pitched blades mix solutions with axial flow, also known as a top-to-bottom. The mixing solution is pulled down along the agitator shaft. Upon reaching the impeller, it is pushed to the bottom of the vessel and flows out and up the sides of the tank back to the top. Axial

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  • Factors That Determine the Best Agitator Design for

    2020-10-14  Requires a hemispherical kettle. The Lee double-motion agitator is available in both 22.5 ° and 30 ° incline configurations. The Lee single-motion agitator is available in the 22.5°, 30° and 45° incline configurations. Products with premium, fresh or solid ingredients that

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  • Types of Agitators, Agitator's Design and Significance ...

    2021-5-21  Regarding an agitator design all you can do is managing the L/D ratio, simply sweep dia you have to fix, then no of agitators, these can be calculated based on a

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  • DESIGN AND MANUFACTURING OF CHEMICAL AGITATOR

    2021-2-27  range. The aim of project is to design a slow speed agitator for a chemical mixing system. Agitation refers to the induced motion of homogeneous material in specified way. This project is based on design, manufacturing and testing of chemical agitator. The machine consist of two main group in which first one is power transmitting group

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  • Program for Design and Drawing of Agitator / Mixer

    2021-5-10  I offer Design and Drawing program which Designs and Draws a detailed drawing of Agitator / Mixer, with user friendly dialog boxes, which is an add-on for any CAD program for Designing and Developing GA drawing for Agitator / Mixer. Program for Design and Drawing of Agitator / Mixer asks for some parameters and designs. Program for Design and Drawing of Agitator / Mixer then draws the GA drawing and components. Program for Design and Drawing of Agitator /

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  • (PDF) Geometry and Architecture of Mixing Agitator –

    DESIGN PARAMETERS 1. Most agitator cause vortex in the center of the liquid the matter that enforces the Manufacturers to put Baffles Design parameters of agitators are inside the agitating tanks. 2. Most agitator lead to bubbles inside the gas causing 1. Standard relation for agitator geometry.

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  • How to Choose the Right Impeller - Paul Mueller

    2021-5-15  Most mixing tanks are cylindrical in design with the agitator coming down from the top of the tank with the impeller located near the bottom of the tank. ... It is also fairly common to combine high shear and axial flow impellers to get the best of both worlds: high flow rates and high shear. Agitator

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  • Mixing and Crystallisation - Crystallization Systems

    2016-3-22  The very best mixing takes place right by the tip of the agitatorof the agitator Poor mixing zones can be found at the bottom of the vessel and on the surface of the liquid Addition point for chemical reactions, salt formations, and anti-solvent crystallisations can be critical Sub-surface via a dip pipe is often the best

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  • CHAPTER 9. AGITATION AND MIXING

    2003-10-7  DESIGN OF TURBINES 6 5 4 3 2 1 4 1 12 1 5 1 1 3 1 3 1 S D L S D J S D W S D H S D E S D D a t a t t t a ... AGITATOR SELECTION • Depends on the viscosity of the liquid • For specific time of mixing, the best mixer is the one that mixes in the required time with

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  • Axial Propeller Agitators - Fluidmix

    2021-5-9  The high performance helical axial propeller is optimal to achieve a mixture of liquid products, even with certain solids content and using a minimum energy, generating high displacement and reducing turbulence to a minimum. It can work in a wide range of viscosities with a homogeneous final product in a short mixing time. According to the application can work at variable speed, between 3 and ...

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  • Agitator design - Chemical engineering other topics -

    2021-3-29  Agitator design (for economy and performance) is a multi-faceted matter. The size and proportions of the vessel are critical, as are the properties of the fluid. The best impeller choices may be axial flow, radial flow, high shear it all depends on the vessel geometry, required shear at the impeller, and circulation strategy chosen by the ...

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  • Types of Agitators, Agitator's Design and Significance ...

    2021-5-21  Agitation is the process of keeping a mixture that has been mixed in the proper mixed state required for the 'end' product. Mixing refers to the actual stirring of different liquids and/or materials to blend them together into an end product or mixture. Once this mixture is 'mixed' it may require agitation to keep the mixture in the proper 'mixed' state.

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  • An extremely efficient turbulent flow impeller for ...

    2015-12-29  as turbulence. In agitator applications where fluid motion is a principle design consideration, as in many blending and solids suspension problems, the efficient conversion of energy to fluid momentum is important. Impeller design for improved axial flow requires an understanding of the lift and drag characteristics of different blade shapes.

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  • Chemineer : HE-3 High-Efficiency Impeller : Bulletin 713

    2012-12-11  In agitator applications where fluid motion is a principle design consideration, as in many blending and solids suspension problems, the efficient conversion Of energy to fluid momentum is important. Impeller design for improved axial flow requires an understanding of the lift and drag characteristics of different blade shapes.

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  • How to Choose the Right Impeller - Paul Mueller

    2021-5-15  Most mixing tanks are cylindrical in design with the agitator coming down from the top of the tank with the impeller located near the bottom of the tank. ... It is also fairly common to combine high shear and axial flow impellers to get the best of both worlds: high flow rates and high shear. Agitator damage can put a stop to production ...

  • Get Price
  • CHAPTER 9. AGITATION AND MIXING

    2003-10-7  DESIGN OF TURBINES 6 5 4 3 2 1 4 1 12 1 5 1 1 3 1 3 1 S D L S D J S D W S D H S D E S D D a t a t t t a ... AGITATOR SELECTION • Depends on the viscosity of the liquid • For specific time of mixing, the best mixer is the one that mixes in the required time with

  • Get Price
  • Are You Using the Right Tank Design for Your

    2016-3-16  This configuration typically provides the lowest installed cost and operating cost for the agitator design. The tank must either be baffled with the industrial mixer on center or the mixer can be angle-offset mounted for relatively small volumes, although we have used them successfully in 25,000 gallon mixing tanks.

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  • Agitation mixing presentation, group d

    2017-10-25  2. Efficient mixing in optimum time. 3. Best possible economy. 4. Minimum maintenance, durable and trouble free operation. 5. Compactness. 23. AGITATOR DESIGN Factors affecting the designing of the agitator: 1. Type of vessel 2. Circulation pattern. 3. Location of the agitator 4. Shape and size of the vessel 5. Diameter and width of the agitator 6.

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  • Mixing and Crystallisation - Crystallization Systems

    2016-3-22  The very best mixing takes place right by the tip of the agitatorof the agitator Poor mixing zones can be found at the bottom of the vessel and on the surface of the liquid Addition point for chemical reactions, salt formations, and anti-solvent crystallisations can be critical Sub-surface via a dip pipe is often the best

  • Get Price
  • Types of Agitators, Agitator's Design and Significance ...

    2021-5-21  Agitation is the process of keeping a mixture that has been mixed in the proper mixed state required for the 'end' product. Mixing refers to the actual stirring of different liquids and/or materials to blend them together into an end product or mixture. Once this mixture is 'mixed' it may require agitation to keep the mixture in the proper 'mixed' state.

  • Get Price
  • CHAPTER 9. AGITATION AND MIXING

    2003-10-7  DESIGN OF TURBINES 6 5 4 3 2 1 4 1 12 1 5 1 1 3 1 3 1 S D L S D J S D W S D H S D E S D D a t a t t t a ... AGITATOR SELECTION • Depends on the viscosity of the liquid • For specific time of mixing, the best mixer is the one that mixes in the required time with

  • Get Price
  • CHAPTER 21 Mechanical Design of Mixing Equipment

    2011-6-20  1250 MECHANICAL DESIGN OF MIXING EQUIPMENT Figure 21-1 Direct-drive portable mixer. (Courtesy of Lightnin.) mixers are mounted on the vertical centerline of a tank with baffles, but may be off-center or off-center, angle mounted.

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  • How to Choose the Right Impeller - Paul Mueller

    2021-5-15  Most mixing tanks are cylindrical in design with the agitator coming down from the top of the tank with the impeller located near the bottom of the tank. ... It is also fairly common to combine high shear and axial flow impellers to get the best of both worlds: high flow rates and high shear. Agitator damage can put a stop to production ...

  • Get Price
  • Mixing and Crystallisation - Crystallization Systems

    2016-3-22  The very best mixing takes place right by the tip of the agitatorof the agitator Poor mixing zones can be found at the bottom of the vessel and on the surface of the liquid Addition point for chemical reactions, salt formations, and anti-solvent crystallisations can be critical Sub-surface via a dip pipe is often the best

  • Get Price
  • HOW BAFFLE ARRANGEMENT CAN IMPROVE YOUR MIXING

    2019-6-27  How Baffle Arrangement Can Improve Your Mixing Process One common issue that arises in mixing is an undesirable flow pattern. If your mixer is producing an undesirable flow pattern, you may have difficulty thoroughly mixing the solutions you add, especially if they are a combination of fluids and solids. It doesn’t ma

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  • Are You Using the Right Tank Design for Your Industrial ...

    2016-3-16  This configuration typically provides the lowest installed cost and operating cost for the agitator design. The tank must either be baffled with the industrial mixer on center or the mixer can be angle-offset mounted for relatively small volumes, although we have used them successfully in 25,000 gallon mixing tanks.

  • Get Price
  • Agitation mixing presentation, group d

    2017-10-25  2. Efficient mixing in optimum time. 3. Best possible economy. 4. Minimum maintenance, durable and trouble free operation. 5. Compactness. 23. AGITATOR DESIGN Factors affecting the designing of the agitator: 1. Type of vessel 2. Circulation pattern. 3. Location of the agitator 4. Shape and size of the vessel 5. Diameter and width of the agitator 6.

  • Get Price
  • Agitator / Mixer for Vessels

    2020-12-6  Type of Agitator: Generally it is mounted vertically at the top of the tank. This is the normal practice for mounting an agitator in small and medium size tanks. It is also mounted horizontally from side of a tank, called side entering agitator, for very large diameter storage tanks. Pattern of Circulation: Axial or Radial. When a vessel is ...

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  • DESIGN AND MANUFACTURING OF CHEMICAL AGITATOR

    2021-2-27  design parameters often makes the task of optimization difficult. 1.3 Factors to be considered while designing a. Type of agitator b. Circulation pattern c. Location of agitator in the basic equipment d. Shape and size of tank e. Diameter and width of agitator f. Method of baffling g. Power required for agitation h. Shaft overhang i.

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