In the high viscosity of emulsion, especially the manufacturing process of cream, ointment, emulsion products, usually the most problematic is the dispersed phase particle size and mixing the air mixed with products, grain size is too large a everywhere emulsion instability, lack luster; products into the air will make the products bubble, bacterial contamination, easy oxidation and the appearance is not smooth. For the two in question, our developed ZJR series vacuum emulsifying mixer , by the quality agitator blade mixing, scraping the wall, the center has stirred their complement each other, are combined into a mixing the best way, to achieve the perfect mixed products. The color and the vacuum pumping mode, so that the production for export in the mixing process of no air bubbles, which can produce shiny, delicate and good ductility of high quality products.

In the process of producing emulsion with high viscosity, there are two important problems.

  • One is the scattered bigger diameter particles.
  • The other is the air which will mix into the material during the mixing. Particles of the large diameter will lead to the labile state of the materials. If the air goes into the material, the material will be mixed with bubble, polluted by bacterium, easily oxidized and obtained  an rough appearance .

Regarding to these two problems, our factory—Yekeey vacuum emulsifying mixer manufacturer had developed ZJR Vacuum Emulsifying Mixer which are made up of homogenizer & middle blade stirrer & scraper residues stirrer to form the best mixing way in order to produce the perfect mixed material.  By extracting air from the material, the vacuum pump can ensure that the material is glossy, exquisite and ductile.

ZJR vacuum emulsifier patent CE certificate

Working Elements of vacuum emulsifying mixer machine:

After the materials are heated & mixed in water pot and oil pot, they are drawn into the emulsifying boiler by the vacuum pump. Adopting the middle stirrer & Teflon scrapers, the emulsifying boiler can sweep the residues on the wall of the boiler. Then the materials are cut off, compressed and folded by the blades. By the strong cutting off force and the impact and turbulent current from the high-speed shear wheel and fixed cutting case, the materials are cut off and turned to particles of 200 nm- 2 um promptly. Because the emulsifying boiler is under vacuum state, the bubbles that are produced in the course of mixing will be taken away in time.

Features of vacuum emulsifying mixer:

The pot cover is of automatic rising type. The material is directly drawn into the emulsifying boiler from oil boiler and water boiler. The discharge is based on the turning of the emulsifying boiler. And the heating system is electric heating and steam heating by the heating pipe, so the temperature is controlled automatically. Put the cool water into the intercalated bed so as to cool the material, which is simple and convenient (there is a warm layer outside the intercalated bed). The homogenizer and the stirring blades can work together or separately. The material sliming, emulsification, mixing, dispersing, etc. can be finished in a short time. Some parts of the vacuum emulsifying machine are made of high-quality stainless steel (316L material will be adopted for medical use; the interior surface adopts mirror polish, vacuum agitating device is hygienically made according to the normal hygiene standard of GMP and is the most idea production equipment).

Emulsifying Effect
emulsifying effect
Same System but Different Style for Different Capacity
ZJR-5-10-lab emulsifying mixer

ZJR-5/10

Lab Scale

ZJR-30 50 Pilot vacuum emulsifying machine

ZJR-30/50/100

Pilot Scale

ZJR-250 Vacuum Homogenizer Emulsifier

ZJR-150/250/350/650

Industrial Production Scale

Hydraulic lift vacuum emulsifying mixer

ZJR-1000/1300/2500

Large Scale

Technical Data
ZJR-5 ZJR-10 ZJR-30 ZJR-50 ZJR-100 ZJR-150 ZJR-250 ZJR-350 ZJR-650 ZJR-1000 ZJR-1300
Emulsifying Pot Design Volume(L) 6 10 30 50 100 150 250 350 650 1000 1300
Working Capacity(L) 5 8 25 40 80 120 200 280 520 800 1000
Scraper Stirring Speed(Rpm) 0-86 0-86 0-86 0-86 0-86 0-86 0-65 0-65 0-45 0-45 0-45
Homogenizer Speed(Rpm) 0-6000 0-6000 0-2800 0-2800 0-2800 0-2800 0-2800 0-2800 0-2800 0-2800 0-2800
Electrical Heating Power(Kw) 2 2 3 4 6 6 12 12 18 24 24
Vacuum Pump Power(Kw) 0.25 0.25 0.37 0.37 0.55 1.5 1.5 2.2 2.2 3 3
Lift Way Electric Electric Electric Electric Electric Hydraulic Hydraulic Hydraulic Hydraulic Hydraulic Hydraulic
Water Pot Design Volume(L) 3.35 7.8 25 38 60 100 160 250 400 650 800
Working Capacity(L) 2.7 6 20 30 45 80 128 200 320 500 650
Scraper Stirring Speed(Rpm) 1200 1200 1400 1400 1400 1400 1400 1400 960 960 960
Oil Pot Design Volume(L) 3.35 7.8 17.5 25 45 75 160 250 320 500 650
Working Capacity(L) 2.7 6 14 20 35 60 105 150 250 400 500
Scraper Stirring Speed(Rpm) 1200 1200 1400 1400 1400 1400 1400 1400 960 960 960
Total Power Electrical Heating 5.5 5.5 12 14 24 27 42 48 70 88 91.5
Steam Heating 1.5 1.5 5 5 9 9 12 12 22 28 31.5
Dimension(Overall) Length(A) 1400 1500 1400 1450 1750 2650 300 2950 3650 3750 3750
Width(B) 600 600 600 600 650 2700 2300 2720 3420 3620 3700
Closing Hight(C) 1700 1700 1900 1950 2150 2500 2500 2750 3230 3230 2960
Rising Hight(D) 2000 2000 2400 2500 2850 3350 3500 3850 4560 4760 4560

We are pleased to advise you personally.

We look forward to your challenges!

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