TVF Achieves Stable Temperature Control Within ±0.2°C for Continuous Crystallization Applications.
The TVF Taylor Couette Flow Continuous Crystallization & Reaction System delivers outstanding temperature control performance, achieving stable temperature control within ±0.2°C during continuous operation.
In crystallization processes, even slight temperature fluctuations can significantly affect particle size distribution and crystal quality. Therefore, maintaining stable outlet liquid temperature control within approximately ±0.5°C is essential for achieving consistent process performance.
To minimize heat generation caused by the drive system rotating shaft drive mechanism, sealing components, and shear forces inside the reactor, TVF incorporates several advanced temperature-control technologies:
・High-precision rotating shaft accuracy within ±5 μm to reduce heat generation in the drive system its drive mechanism
・Proprietary double mechanical seal design that minimizes heat generation
・High-efficiency outer jacket structure for superior heat transfer performance
By combining these advanced technologies, TVF® significantly improves temperature stability during continuous operation. Testing confirmed that fluctuations in outlet liquid temperature were reduced from approximately ±2°C in conventional systems to a stable range of ±0.2°C.
This high level of temperature control performance capability has led to the adoption of TVF in continuous crystallization and continuous flow synthesis applications.
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