The working principle of the stainless steel three-stage emulsion pump is to drive the rotor to rotate at high speed through a motor, generating strong centrifugal force to suck the material from the axial direction into the working area of the rotor and stator. The material is subjected to high-frequency shear, centrifugal extrusion, and friction collision within the stator gap. After multiple shear treatments, it is sprayed radially to complete processes such as dispersion, emulsification, and homogenization, ultimately forming a stable emulsion state.
Detailed description of the working principle of stainless steel three-stage emulsion pump
Motor drive: The stainless steel three-stage emulsion pump is driven by a motor to rotate the rotor at high speed, generating strong centrifugal force.
Material suction: The material passes through the working area of the axial suction rotor and stator, and all materials must undergo multiple layers of cutting treatment in the working chamber of the rotor and stator.
• Shear processing: The material is subjected to high-frequency shear, centrifugal compression, and frictional collision in the gap between the rotor and stator, and after multiple treatments, it is ejected radially.
Emulsification effect: After one treatment or cyclic treatment, the material achieves a refined, homogeneous, dispersed and emulsified effect, forming a stable emulsion state.
Main characteristics of stainless steel three-stage emulsion pump
• Safety and hygiene: The pump body is made of stainless steel material, which is not easy to rust, has good wear resistance, and is resistant to high temperatures.
Good sealing performance: Double end mechanical seal design, no leakage, reduces maintenance costs.
High production efficiency: The equipment runs smoothly, with low noise, suitable for continuous production.
Wide applicability: Suitable for multiple industries such as food, daily chemical, pharmaceutical, industrial chemistry, etc.
