Overview
The single-stage pipeline emulsification pump working chamber is equipped with a set of rotating stators, which can be selected from single-layer to six-layer configuration. The high-speed swirl/spin of the motor generates a strong suction force, sucks the material into the working chamber, and passes through multiple stages and multiple layers of rotating stators. Dispersion, shearing, and emulsification to obtain stable high-quality products. Suitable for mixing, dispersing, dissolving, and emulsification of liquid-liquid or miscible materials.
Features
1. Strong self-priming ability, continuous dispersion emulsification effect is good.
2. Rotation speed can reach 3000 rpm, which can be adjusted by frequency converter.
3. All stainless steel body design and manufacture, optional SIEMENS motor.
4. The rotating stator is manufactured by CNC machining of a single piece of forging material, resulting in smooth operation.
5. Adopt double-ended mechanical sealing design to prevent material leakage more effectively and reduce maintenance costs.
Principle
The single-stage emulsification pump adopts a horizontal structure, and the working chamber is equipped with a set of rotating stator pairs for coupling; the motor drives the intermediate shaft to run at high speed, the rotating stator forms a vacuum, and the material is sucked into the cavity. The rotor produces a high linear speed to make the material pass through the gap. Impact, crush, centrifugal extrusion, liquid layer friction, and shearing fly out, resulting in strong turbulence, and the material flows out from the outlet and circulates, so that the insoluble medium is instantly uniform and fine, dispersed and emulsified, and stable high-quality products are achieved.
Applications
Dispersion and emulsification of materials in biological, food, coatings, inks, Spinning & weaving auxiliaries, cosmetics, lubricants, pesticides and other industries.
Steps
1. Start the motor to drive the intermediate shaft to run at high speed.
2. Turn the stator to form a vacuum and suck the material into the working chamber from the suction port.
3. The material is dispersed, cut and emulsified in the rotating stator gap.
4. After emulsification, the material flows out from the discharge port and can be recycled.
