Complaint
Industrial emulsifier chemical vacuum blender machine means that when the materials are under the vacuum condition, it makes use of the high shear emulsifier to distributeone or several to another continuous phase rapidly and evenly. The materials will be processed in the narrow space between stator and rotor by strong energy of motion produced by the machine effect. By the operation of hydraulic sheraing, centrifugal extruding, impacting, breaking and turbulence for over 199 thousand times per minute, the materials will be disperesed and emulsifed instantly and evenly. After reciprocating circulation at high frequency, the fine finished products of stable and high quality without bubbles will be achieved.
Device configuration:
500L electric heating double layer emulsifying tank Structure: upper and lower heads Cylinder: 950 * 550mm Cylinder: 4mm Jacket: 3mm Material: S304 Design pressure: - 0.1 ~ 0.3MPa, suitable for high vacuum. Upper mixer: 2.2kw Stirring speed: 33Rpm Type of agitator blade: scrape wall agitator Lower emulsifier: 7.5kw Speed of emulsifying machine: 2800rpm Electric heating tube: 18kw |
Reactor can be customized according to customer requirements
Application area
1. Daily Chemical & Cosmetics Industry:
such as baby cream, face cream, shaving cream, cream shampoo, toothpaste, cold cream, sunscreen cream, face cleanser, moisture cream, detergent, shampoo etc.;
2. Food Industry:
such as sauce, cheese, chocolate, cake gel, tomato paste etc;
3. Pharmacy Industry:
such as syrup, emulsion, emulsifier, ointment etc.;
4. Chemical Industry:
for chemicals mixing, heating, emulsifying, homgenizing etc.
Working principle
Precision fit of rotor and stator, claw structure of working head (rotor and stator forging manufacturing), bidirectional suction, high shear efficiency.
The intermittent high shear dispersive emulsifying homogenizer is a high-speed and stable rotation of the rotor to form high-frequency, strong peripheral tangent velocity, angular velocity and other comprehensive kinetic energy Efficiency: under the action of stator, strong and reciprocating hydraulic shear, friction, centrifugal extrusion, liquid flow collision and other comprehensive effects are formed in the reasonably narrow gap between stator and rotor. The materials work in the container repeatedly and above, and finally the products are obtained.
