We would like
to introduce the features that are specifically unique to the Filmix
mixer. Emulsion technology has only allowed for longer processing
times or higher peripheral velocities in order to obtain a greater
degree of emulsion or consistent dispersion. In the Filmix, the mixing
energy is converted to mico-emulsion energy. Optimal conditions such
as processing time and peripheral velocity are dependent on the material
to be processed; however, with Filmix, the negative influence that
excess energy has on material can be avoided.
Change in Distribution to Velocity
This data is taken from emulsified material. Optimal limit is 30m/sec.
Anything faster or slower yields scattered or inconsistent particle
concentration and sizing.
Change in Distribution to Temperature
This data is for an inorganic dispersion (not solvent). At the optimal
temperature of 60 ,
atomization happens very quickly.
Filmix makes micro-emulsion engineering possible!
Note: These results are dependent on the electrochemical energy interface
between solvent and dispersion, and the energy generated by Filmix.
The results vary greatly depending on the materials being combined.
|
