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This makes it easy to be built into an existing production line with normal inlet/outlet connections. In the case to deal with liquid with a low viscosity, the inline mixer can pump the liquid without an additional pump.
That is why it is also called High Shear Pump. The mixer can be used to deal with the product in a single pass or with several circulations to make the product better. Different from a Batch High Shear Mixer, the mixing occurs in the mixing chamber, thus energy is introduced onto materials in the most efficient way. This also cuts the process times by up to 90%
Step 1. When the rotor is driven by the motor, it rotates at a very high speed of several thousands rpm. A powerful suction is generated at its center and draws both solids and liquids from the inlet pipe into the working chamber.
Step 2.Centrifugal force leads the materials to the periphery. Materials are subjected to intensive squeezing and milling at the precision machined clearance between rotor and stator. High pressure is created there too due to the gathering of materials, which makes the impact between particles more remarkable.
Step 3. Followed is another intense hydraulic shear as the materials are forced out through the openings in the stator at very high velocity. When material particles arrive outside of the stator, they tend to explode into thousands of even smaller ones as the pressure drops down sharply.
Step 4. Fresh materials are continually drawn into the stator-rotor maintaining the circulation or single-pass flow
PerMix also designs two types of Stator & Rotor systems: K type and V type. Both have several sub-types. These designs of stator & rotor systems offers more selections for our customers to choose the most suitable one to deal with their specific liquids and solids.
Multi-stage & Multi-row Stator/Rotor
– Rows: Every stator and every rotor have one or several rows of “teeth” (K-type, stator and rotor), or “blades” (V-type, rotor), or “screens” (V-type, stator).
– Stages: PerMix supplies PC1 series Single-stage Inline Mixer, and PC3 series Multi-stage Inline Mixer. PC3 series Inline Mixers have three sets of stator & rotor.
Standard PC3 Mixer includes sets of coarse, intermediate and fine stator & rotor assemblies. PC3 Series Inline Mixer is applied to deal with difficult-to-disperse materials, or when customers require single-pass processing.
The multi-stage (usually 3-stage) inline mixer has 3 sets of stator/ rotor systems to enhance its shearing performance. This design dramatically reduce processing time, and in some cases only one pass through the mixer can lead to satisfied products.
Depending on the materials to be processed and customer requirements, for each stator/rotor, there can be only one row, or multi-row of teeth. Besides, PerMix provides coarse, medium and fine teeth to achieve different shearing intensity.
Special Design with Ultra-high Speed
PerMix designs the ultra-high speed inline mixer with the tip speed of about 40m/s. The ultra-high speed inline mixer is belt driven to increase the rotation speed of the rotor up to 12,000rpm (Model: PC-1/60, pilot size).
The thermosiphon is used to store and cool the buffer liquid for the double mechanical seals, operated as a closed circuit. It is able to compensate the leakage of the buffer liquid at the double mechanical seals to avoid drying running of the seals, thus improve the performance and duty life of the seals.
The buffer liquid flows to the thermosiphon from the double mechanical seals with the principle of Thermosiphon Effect (or by forced circulation), and returns to the seals being exchanged and cooled.
The thermosiphon is built in SS304 or SS316L, with pressure gauge, sight glass, all necessary connection nozzles and brackets for easy installation. The tank can be built with or without cooling coil with the purpose to cool the buffer liquid by cooling water.