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Part 01: The T.K. FILMIX mixer uses mixing blades rotating at high-speed inside a sealed container.
Part 02: No recoagulation? Can you believe it?
Part 03: The T.K. FILMIX Mixer enables dispersion and emulsification in the submicron realm.
Part 04: Turning and Stretching for Smaller Particles
Part 05: Efficient Blending at the Singular Particle Level
Part 06: Action at the Interface of Initial Contact
Part 07: In Design and Function, the Mixer for the 21
st
Century
Part 08: Micro-emulsion Mixing Parameters
Part 09: Limits of Temperature and Peripheral Velocity for Optimal Results
Part 10: Filmix, the optimum mixer for difficult mixing conditions
Part 11: Sub-micron Dispersion and Emulsion: T.K. Filmix Mixer Does Not Coagulate or Precipitate
Part 12: Achieving Mono-Dispersion Particle Distribution
Part 13: Why does submicron dispersion and emulsion yield round particles?
OTHER
What does the formula describing the turbine discharge volume really mean ?
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