This introduction
was delayed and before we knew it, we were already into fall. Let
us begin with data that shows how a very sharp particle size distribution
is achieved. With the Filmix, the ability to get this sharp particle
size distribution was discussed in Part 1, which was a comparison
with data of conventional mixers. Part 2, showed a mixing sample and
Part 9 discussed some examples where the mixer is extremely effective.
Depending on the peripheral velocity and processing time, the sharp
particle size distribution is maintained which allows particle design
at the submicron and micron level. This is the data presented this
time.
1. Particle size distribution in very
sharp even with particles that are several hundred microns in diameter.
We were able to achieve similar results (2003.8) with emulsions of
particles that were just a few nanometers
Resin Emuslification
Median diameter; 137.83
(Mixing conditions)
4m/sec· 10sec processing time |
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We can control this
sharp particle size distribution!
| 2. Control with mixing time |
3. Control flow at different speeds |
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Filmix allows for particle control for even dispersion at the
desired size.
Would this help with your mixing needs?
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