Jet Flow Mixed Emulsifier

Product Brief

The Jet Flow Mixed Emulsifying Machine is a new-generation high-speed mixed emulsifying machine manufactured by Nantong Fuke. It has been developed by absorbing and digesting advanced foreign technology and processes. It is particularly suitable for the essential mixing and emulsifying homogenization equipment in various fields such as refood, beverage, chemical, biochemical, petrochemical, pigment, dye, and paint. The overall structure is simple, compact, lightweight, low-noise, and stable in operation. It features the significant advantage of not using grinding media in the production process, integrating high-speed shearing, dispersion, emulsification, homogenization, mixing, and crushing into one. Product features:

1. Vertical dispersion and mixing of the overall fluid flow

2. The liquid flow will not generate eddies.

3. No sedimentation at the bottom of the container.

4. Generates high shear force, which can reduce particle size and accelerate the reaction.

5. Low air infiltration rate

6. Mixed emulsification makes the equipment slurry easier to blend.

Product Principle

Principle of operation for the jet-flow type emulsifying mixer

Adjusting the rotating impeller drives the liquid flow, which, under the action of the flow guide cavity, generates a strong vertical liquid circulation. The liquid in the container begins to circulate as a whole, achieving macroscopic mixing. On the other hand, the high-speed rotating impeller can produce a certain degree of shear turbulence necessary for microscopic mixing. These liquids, after being micro-mixed, are dispersed throughout the container's corners as the orderly liquid flow circulates. All the liquid in the container is thoroughly mixed, differing from the traditional mixing method of stirrers.

Jet Flow Mixed Emulsifying Machine Design Technology

When discussing blending, we first need to differentiate between micro-mixing and macro-mixing. Micro-mixing refers to the blending of small batches of materials with fine particle sizes, achieving a well-dispersed mixing result. Macro-mixing can be seen as a complete blending of materials within a container without any dead spots. An ideal blend would incorporate both macro and micro mixing, which would not be considered an optimized system, and vice versa.

Application Fields

Daily Chemicals: AES, LAS, AOS, MES, K12, glycerin, sorbitol, fatty alcohols, shower gels, skin creams, shampoos, hand sanitizers, toothpaste, soaps, laundry detergent slurries, etc.

Fine Chemicals: Dyes, pigments, various slurries, chemical additives, adhesives, 107 glue, silicone oil, leather oil, emulsified explosives, and various colloidal materials.

Food: Chocolate, Condensed Milk, Yogurt, Honey, Syrup, Sugar, Tomato Juice, Concentrated Fruit Juice, jam, Ice Cream, Milk, Yeast Paste, Meat Paste, Jelly, Seasonings, Lees, Soy Protein, Flour Paste, etc.

Papermaking: Polyacrylamide (PAM), Calcium Carbonate, Starch Paste, Carboxymethyl Butyl/Propyl Latex, Rosin, Rosin Gum, Pulp, Filler, Dry Strength Agent, Wet Strength Agent, sizing Agent, Retention-Aid/Flocculant, Defoamer, Coating, Water Treatment Chemicals, etc.

Textiles: Cellulose ether slurry, PVA, Vinylon slurry, Acrylic slurry, Elastane slurry, Polyester film, Dacron, Polypropylene, Artificial fibers, Functional fibers, etc.

Medicines: Various ointments, extracts, pharmaceutical lotions, paste, syrups, and preparations.

Paints, coatings, inks, insulating varnishes, resins, additives, etc.