| Customization: | Available |
|---|---|
| Additional Capabilities: | Vacuum, Heating and Cooling |
| After-sales Service: | Engineers Available to Service Machinery Overseas, Free Spare Parts, Online Support, video Technical Support, Video Guide |
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Standard configuration
- Emulsifier, water phase tanks, oil phase tank
- Vacuum pumps and sync solenoid valves
- Emulsifier and material filter
- Hydraulic lifting system and mixing system
- Stainless steel platform
- Inverter and electrical control box
Working Principle
The materials in the water-phase tank and oil-phase tank are heated up and stirred. After they are thoroughly mixed, they will be transferred to the emulsifying tank by the vacuum pump. The material will be stirred by the upper part of the central paddle, combined with the PTFE scraper sweeping the wall, the material will be stirred thoroughly and meanwhile be pushed down to the emulsifier at the low part of the central axle. With a very high-speed emulsifying effect, the material will be seriously cut, sheared, and cracked into 200nm - 2um particles. The bubbles that appear during the process will be sucked out promptly in the vacuum status in the tank.
Vacuum Mixer Homogenizer means when the materials are under the vacuum condition, it makes use of the high shear emulsifier to distribute one 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.
The product of vacuum emulsifying mixer machine mainly applied in such industries asdaily chemical care products, biopharmacutical industry, food industry, paint and ink ,nanometer materials, petrochemical Industry, printing and dyeing auxiliaries, pulp & paper, pesticide, ferilizer, plastic & rubber, electronic and electronics, fine chemical industry, etc.
The emulsifying effect is more prominent for materials of high base viscosity and high solid content.
|
capacity (L) |
Agitator power (kw) |
Speed (rpm) |
Homogenizer power (kw) |
Speed (rpm) |
Oil/Water tank (L) |
Agitator power (kw) |
Speed (rpm) |
Hydraulic (KW) |
|
50 |
1.5 |
0~75 |
2 |
0~3600 |
20/45 |
0.37/0.37 |
0~1440 |
0.75kw |
|
100 |
2.2 |
0~75 |
3 |
0~3600 |
40/90 |
0.55/0.55 |
0~1440 |
0.75kw |
|
200 |
3 |
0~75 |
5.5 |
0~3600 |
80/180 |
0.75/0.75 |
0~1440 |
1.1kw |
|
300 |
4 |
0~75 |
5.5 |
0~3600 |
120/270 |
1.1/1.1 |
0~1440 |
1.5kw |
|
500 |
4 |
0~75 |
7.5 |
0~3600 |
200/450 |
1.5/1.5 |
0~1440 |
1.5kw |
|
1000 |
5.5 |
0~75 |
11 |
0~3600 |
400/900 |
2.2/2.2 |
0~1440 |
2.2kw |
|
2000 |
7.5 |
0~75 |
15 |
0~3600 |
800/1800 |
2.2/2.2 |
0~1440 |
- |
|
3000 |
11 |
0~75 |
18.5 |
0~3600 |
1200/2700 |
3/3 |
0~1440 |
- |
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