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Portable or Small Mixer Information

Mixer Selection Guide: Viscosity Common Fluids, Centipoise
Blending Table: Viscosity vs. Volume
Blend times are generally 5 to 15 minutes.  D = Direct Drive, G = Gear Drive.
25 50 100 200 500 1000 2000 3000 5000
1 D25 D25 D33 D33 D50 G25 G25 G50 G75
100 D25 D33 D50 D50 G25 G25 G33 G75 G100
250 D33 D50 D50 G25 G25 G25 G33 G75 G150
500 D50 G25 G25 G25 G33 G75 G100 G150 G200
1000 G25 G25 G33 G50 G75 G100 G150 G200 G300
2500 G25 G25 G50 G75 G100 G150 G200 G300
5,000 G25 G50 G75 G100 G150 G200 G300
15000 G50 G75 G100 G150 G300

Information on how to select a portable mixer for a relatively small mixing,  blending, dilution (dissolving), or basic heat transfer for volumes up to 15,000 gallons.  Determine the volume (gallons) of fluid to be mixed.  Next, to select your portable mixer, determine the viscosity and refer to the tables (charts) below.  We have listed below a table of typical viscosities for various liquids for comparison.  If you have difficulty determining or estimating your fluids viscosity, call us for an evaluation of your application.  The numbers represent the recommended horsepower for the specific application. "D" stands for direct drive models and "G" stands for gear drive models. For more vigorous agitation, choose the next size larger machine than the recommendation. 

Viscosity (centipoise) of Common Liquids

Water 1 Olive oil 100 Glycerin 1,500 Mascara <5,000
Gasoline 8 SAE 40 oil 250 Ground Apples <2,500 Corn syrup 5,000
Kerosene 10 Glucose 500 Soybean slurry <2,500 Tomato Paste 5000
25 Latex paint 500 Catsup 3,000 Mustard  <11,200
Sour Cream 32 Yogurt  900 Molasses 3,000 Mayonnaise 50,000
Blood 50 Castor oil 1,000 Honey 5,000 Nylon Resin Melt 100,000
SAE 10 oil 60 Glycerol 1,500        

mixerinformation.org was established to provide a source of mixing information about common and specific mixing processes.  Discussions ensue about mixer designs, mechanical concepts in regard to mixers, mounting orientation and configurations.  We also review typical mechanical design concepts that can lead to mixer failure.  The mixing information discusses the use of static mixing or plug flow mixing versus batch or continuous stir flow designs.  Waste and water treatment cover applications such as flash or rapid mixing, floc or flocculation using a flocculator, lime make-up and storage, water treatment chemical make-up, polymer or polyelectrolyte day tanks, magnesium hydroxide storage.  Other useful mixing performance topics are also discussed, such as the counter intuitive results of using the G-Factor as the prime factor of design.  


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