Homogenize Vegetable Glycerin for E-Juice

PRO Scientific Homogenizers are ideal for the homogenization of vegetable glycerin for E-liquid, "E-juice" 

Homogenization of these samples together allows for a stable emulsion to be created that is shelf stable.  A range of setups are available depending upon your budget and processing requirements. 

Why use a homogenizer to blend VG for e-liquid?

With mechanical homogenizers there is 1000 times more energy than traditional stirring methods.  This allows the following to be mixed more efficiently:  

With mechanical homogenizers there is 1000 times more energy than traditional stirring methods.  This allows the following to be mixed more efficiently:

  • Fluid-fluid (even viscous liquid, such as BHO can be easily homogenized)
  • Fluid-solid
  • Solid-solid (without liquid medium, lower bearing material will be custom changed)

With Mechanical Homogenizers a higher quality and better performing finished product is produced, because mechanical homogenization allows for: 

  • Reduced particle size
  • Increased particle uniformity

Why use a PRO homogenizer to blend VG for e-liquid?

Operating a PRO Scientific mechanical homogenizer is easy and simple. 

No formal training is necessary to operate the equipment.  Reviewing the operating manual before initial use provides the end user all the necessary information they need to operate a PRO Homogenizer.   
  • All PRO Homogenizer motor units are maintenance free
  • PRO Scientific generator probes are easily to disassemble, clean and reassemble, while still providing you a high quality, durable piece of equipment.

PRO Scientific generator probes help homogenize your sample without negatively affecting your results.  This is ideal when sample integrity is of an utmost priority and you cannot dilute or change the composition of the raw materials.   

  • PRO Scientific generators probes are manufactured out of 316 Stainless Steel
    • 316 Stainless Steel is highly durable and non-reactive with almost all chemicals
  • PRO generators probes are uniquely designed to allow for
    • Narrow clearances
    • Homogenization is more uniform
    • High-Shear numbers
    • Desired results are achieved faster
    • Anti-Foaming - PRO Generator Probed limit the amount of air introduced into the sample

PRO rotor-stator homogenizer generator probes are precision crafted with a very narrow clearance between the inner rotating shaft and outer tube/chamber. 

This allows for quick, effective and repetitive processing, meaning you will get the results you want each and every time. 

The variable speed of our homogenizers allows for the utmost control of your homogenization to ensure precise results. 

For samples within the range of 1ml - 100ml, the Bio-Gen PRO200 with a 7mm or 10mm PRO Quick Connect Generator Probe provides ideal results.  

Learn more about the Bio-Gen PRO200 »

 For samples within the range of 100ml - 1L, the PRO250 or PRO25D Homogenizer along with a 20mm or 30mm PRO Quick Connect Generator Probe provides ideal results.

Learn more about the PRO250 »
Learn more about the PRO25D »

For larger production scale volumes, our D-series or PC-Series Benchtop homogenizers will provide the level of homogenization and precision you require.

Learn more about the D-Series Homogenizers »

Learn more about the PC-Series Homogenizers »

Will homogenizing affect my steeping time?

We have been working closely with many customers lately in regards to these specific type of applications

From some of our customers processing smaller volumes (10-50ml), we have been told that 15 seconds of homogenization is like a week or two of steeping.   Our homogenizers are high shear homogenizers which create a uniform particle bandwith of your sample.  This is different than a traditional blender.  Blending isn't the same as homogenizing and it would definitely take a lot longer.  It has been reported that  15-30 seconds of a homogenizer would be equivalent to what might be accomplished by a blender in 20 minutes.   The benefit of our equipment is there is minimal to no heat produced during processing.

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