Let's return our attention to the theoretical basis behind Filmix design. You should understand now, as has been explained, that the theory behind Filmix uses a completely different method of mixing.
Mixing parameters must be manipulated to determine what optimal mixing conditions cause the very intriguing outcome. Current emulsion theory does not provide a basis, however. Sub-micron parameters need to be manipulated. We will address just a small section of the many parameters.

The parameters are shown in the figure above and have the following affects:

1. Temperature: In the current mixing technology, the temperature in the tank gradually increases over time, but with Filmix, the temperature reaches desired temperature almost instantly throughout the tank. The temperature acts as a sensitive activator and affects the properties of the processing material, which influences the micro-emulsion and dispersion outcome.
2. Holding time: Current mixing technology operated on the rule "the longer, the better." The processing material only supplies the "micro-emulsion energy" so there is an appropriate holding time with Filmix. If holding time is too long, control of micro-emulsion is negatively affected.
3. Film thickness: This parameter is unique to Filmix. Data from past testing has yielded the following results:
   
4. Peripheral velocity: Current specifications were set based on higher speeds for greater micro-emulsion. However, if velocity is enough to create a thin film, many results are possible with Filmix even at low speeds.
5. Blade position, diameter and type: The right blade needs to be selected to generate a consistent film thickness.

What are the parameters that are key in achieving desired micro-emulsion/atomization?