Three-stage sanitary emulsifying pump
Contact Info
- No.4285 Shendu Highway, Pujiang Town, 200000
- 胡工
- 18001633556
- 15000845544@163.com
Three-stage sanitary emulsification pump
Product Introduction:
A three-stage sanitary emulsification pump is a device that efficiently, rapidly, and uniformly disperses one or more phases (liquid, solid, gas) into another immiscible continuous phase (usually liquid). Under normal circumstances, each phase is immiscible. When external energy is input, the two materials are recombined into a homogeneous phase. The horizontal in-line three-stage shear pump, under the combined effect of corresponding mature processes and appropriate additives, disperses and emulsifies immiscible solid, liquid, and gas phases uniformly and finely in an instant. Through the repeated circulation of the high-frequency shear pump, a stable high-quality product is finally obtained.
Product Features:
1. The working chamber is equipped with three sets of rotors and stators, which can be selected as two-layer, four-layer, or six-layer structures.
2. The motor and the bearing housing are elastically connected, and the bearings can be lubricated with grease or oil.
3. Modular design, easy to disassemble and assemble, low cost for replacing parts.
4. Various sealing forms can be selected according to process conditions.
5. Applicable temperature: -20℃ to 160℃; customization is required for temperatures beyond this range.
6. The working chamber can be equipped with a jacket to cool or heat the materials.
Working Principle:
The single-stage high-shear emulsification pump adopts a horizontal structure. A set of rotors and stators are installed in the narrow working chamber, which can be designed as a single-stage two-layer or single-stage six-stage mechanism. The rotors and stators are coupled in pairs and highly matched. Driven by the motor, the intermediate shaft operates at high speed, and the rotors and stators form a vacuum. Materials are sucked into the rotor chamber from the inlet. The strong kinetic energy makes the rotor generate an extremely high linear speed, so that the materials undergo intense impact, crushing, centrifugal extrusion, liquid layer friction, and strong shearing between the rotor and stator gaps before being ejected. Under the action of various forces in different directions, strong turbulent flow is generated, and the materials flow out from the outlet. Multiple cycle operations can be performed.
| Machinery & Equipment/General Mechanical Parts/Pumps | |
