Operating Principle of Taylor Vortex Flow
This is the flow of a fluid that regularly forms a ring pair vortex in both the inner and outer cylinder spaces as a result of rotating a cylinder inside a cylinder on the outside that is fixed in place.
Taylor Vortex Flow
This innovative mixer/dispersing/reaction machine has no "fins."
Immediately after operation is started, an overall uniform Taylor vortex flow is formed so that the overall mass is mixed and reacts.
The number of rotation and gap ratio can be changed to match the required reaction characteristics.
Differences from Stirring Reaction Equipment Available on the Market
High extrudability =
Uniform particle size
Stable vortex flow,
provides high extrusion performance!
High shearing force =
Better refinement/
sphericity
Narrow gaps with a mlnlmum of 0.1mm, high-speed rotation up to 600rpm provides high shear force!
Continuous production =
Cost reduction
Continuous production enables
compact equipment and automation!
Prevent blockages
with temperature
control ±0.2!
±5μm rotating shaft accuracy
prevents heating!
Completely eliminates sliding heat with a specially designed double mechanical seal!
Jacket temperature control
In narrow gaps
significantly increases heat transfer area per volume!
Benefits of the TVF Model
- Uniform mixing of liquids is possible
- High-purity particles can be produced
- Mixing of nano-structures also is possible
- Continuous manufacturing is possible
- Mixing time can be shortened
- Strong (large) shearing force several times that of screw type stirring
- As structure and operating principle are simple, transition from laboratory test equipment → pilot test equipment → plant mass-production machine is easy(compatibility between these applications is high)
