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three stage inline mixer
THREE STAGE INLINE MIXER
TUYAN High Viscosity In-Line Mixers deliver exceptional flow rates and efficiently process high-viscosity products. Additionally, their unique and innovative pumping rotor design significantly increases the mixer’s capacity compared to standard In-Line mixers. Therefore, there is no need for an additional feed pump when handling thick or viscous materials. Consequently, these mixers are highly efficient and reduce overall system complexity. Furthermore, they are perfectly suited for applications in the food, pharmaceutical, cosmetic, and chemical industries.
Features :
To begin with, the mixers are fully self-pumping, eliminating the need for auxiliary equipment.
Additionally, they feature interchangeable work heads, allowing users to adapt the mixer to different processing requirements.
Moreover, the design can be configured as vertical or self-draining, ensuring optimal hygiene and efficient product evacuation.
Finally, the system is designed for Cleaning-In-Place (CIP), which further streamlines maintenance and reduces downtime.
How It Works
TUYAN In-Line mixers feature a special rotor design that, in turn, provides increased capacity and allows the processing of higher viscosities. With this design in place, the operation proceeds as follows
STEP 1
“Through the high-speed rotation of the specially designed pumping rotor within the precision-machined mixing work head, liquid and solid materials are efficiently forced into the rotor/stator assembly, ensuring uniform and rapid mixing.”
STEP 2
“Subsequently, centrifugal force drives the materials toward the periphery of the work head, where they undergo a milling action within the precision-machined clearance between the rotor blade ends and the inner wall of the stator.”
STEP 3
Next, the materials experience intense hydraulic shear as they are forced at high velocity through the perforations in the stator, then out through the machine outlet and along the pipework. Meanwhile, fresh materials are continuously drawn into the work head, maintaining a consistent mixing and pumping cycle.”