Micro-explosion emulsifying machine

Nantong Fleck Fluid Equipment CO., LTD. is a specialized equipment technology manufacturer engaged in the research and development, design, production and sales of wet shear crushing, dispersion emulsification, crushing and grinding, mixing and homogenization, garbage disposal and other equipment. Currently, it has 1 new technology research and development building, 1 graduate practice building, 1 new product project research and development team, and 2 "production, learning and research" cooperation units in universities.

Key words: shear pump | wet mill | rice refiner

Classification:

Dispersion emulsification

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Product Description

空化微爆乳化机 Product brief

Cavitation micro-explosion emulsifying machine is a kind of high-tech ultra-fine dispersion technology for cavitation micro-explosion and strong dispersion of micro-droplets or ultra-fine agglomerated particles in ultra-fine materials. It is also an indispensable micro-emulsification equipment in the fine emulsification industry.

Technical parameters

Model	Capacity m³/h	Motor power kw	Speed r/min	Inlet and outlet dimensions mm	Type
RHJ-20/WB	1-50L	1.1	3000~4000	20/15	Horizontal
RHJ-25/WB	20-500L	2.2	3000~4000	25/20	Horizontal
RHJ-32/WB	300-1000L	4	3000~4000	32/25	Horizontal
RHJ-40/WB	0.8-3m³	7.5	3000~4000	40/32	Horizontal
RHJ-50/WB	2-6m³	15	3000~4000	50/40	Horizontal
RHJ-65/WB	4-10m³	22	3000~4000	65/50	Horizontal
RHJ-80/WB	8-15m³	30	3000~4000	80/65	Horizontal
RHJ-100/WB	10-20m³	37	3000~4000	100/80	Horizontal
RHJ-125/WB	15-30m³	45	3000~4000	120/100	Horizontal
RHJ-150/WB	20-50m³	55	3000~4000	150/125	Horizontal

Product Principle

Cavitation micro-explosion emulsifying machine is generally used in combination with vertical emulsifying machine. First, the vertical emulsifying machine is used to stir and mix the ultrafine slurry at high speed, so that the droplet diameter of the agglomerate in the slurry is initially crushed, dispersed and emulsified, and then enters the cavitation ultrafine dispersing machine to further disperse and emulsify. Driven by a high-speed motor, the slurry in the working chamber of the ultrafine cavitation generator is continuously subjected to high-speed shear, mutual collision, and friction tearing, and the cavitation bubbles continuously generated on the surface of the droplets are rapidly growing, expanding and instantly compressing and collapsing, the energy released by this cavitation ultrasonic wave segment instantly breaks the molecular chain of the tiny droplets and bursts and continuously circulates to achieve a better effect of the droplet size of 0.1 to 1 micron.

The high-intensity optical radiation (such as laser) generated by this phenomenon of optical cavitation ultrasonic wave segment continuously splits the continuously generated cavitation bubbles, so that the continuously growing tiny bubbles bear the negative pressure around the negative liquid, and make the bubbles compress, collapse, explode and other air effects instantly, the energy released in this process makes the tiny droplets reach the boiling point instantly. When the motor is driven at high speed, the liquid continuously obtains high-speed shearing, mutual collision and friction impact under the action of the thermal cavitation generator. The micro bubbles formed in the cavitation micro-explosion process such as growth, expansion, compression and collapse are continuously obtained in the cavitation generator, such as high-speed shearing, mutual collision and friction impact. Cavitation micro-explosion processes such as growth, expansion, compression and collapse. The time of the instantaneous explosion process is not more than 6‰ seconds. Due to the ultra-fine jet generated by the cavitation bubble in the sharp collapse, this ultra-fine jet will produce ultrasonic cavitation and radiate sound waves into the liquid during the injection, and the frequency is generally in the ultrasonic band of 16KHz-100KHz. The high intensity optical radiation (such as laser) generated by this optical cavitation ultrasonic wave segment phenomenon continuously cuts the cavitation bubble, which makes the growing tiny bubbles bear the negative pressure around the negative liquid, and makes the bubbles compress, collapse, explode and other air effects instantly. The energy released in this process makes the tiny droplets reach the boiling point state instantly and circulate continuously.

空化分散乳化机 In the high-speed drive of the motor, the liquid under the action of the thermal cavitation generator continues to get high-speed shear, mutual collision, friction impact in the formation of micro-bubbles continue to grow, expansion, compression, collapse and other cavitation micro-explosion process. The time of this instantaneous explosion process is not more than 6‰ seconds. Due to the ultra-fine jet generated by the cavitation bubble in the sharp collapse, this ultra-fine jet will produce ultrasonic cavitation and radiate sound waves into the liquid during the injection, and the frequency is generally in the ultrasonic band of 16KHz-100KHz. The high intensity optical radiation (such as laser) generated by this optical cavitation ultrasonic wave segment phenomenon continuously cuts the cavitation bubble, which makes the growing tiny bubbles bear the negative pressure around the negative liquid, and makes the bubbles compress, collapse, explode and other air effects instantly. The energy released in this process makes the tiny droplets reach the boiling point state instantly and circulate continuously.

Cavitation micro-explosion emulsifying machine is a principle of applying fluid mechanics. Under the action of centrifugal force and mechanical motion, a large number of tiny bubbles are generated in the material mixture in the cavitation generator, and then strong micro-explosion phenomena such as expansion, compression and collapse are continuously generated in the vacuum negative pressure. The explosion process takes less than 6‰ seconds, and energy is instantly released to raise the liquid temperature to the boiling point.

Note: The user provides relevant parameters of material characteristics, or brings materials to the production base for on-site testing, and the manufacturer selects the internal structure of the grinding disc according to the characteristics of the medium.

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Application areas

Daily Chemical:AES, LAS, AOS, MES, K12, glycerin, sorbitol, fatty alcohol, shower gel, skin cream, shampoo, hand sanitizer, toothpaste, soap, washing powder slurry, etc.

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

Food:Chocolate, condensed milk, yogurt, honey, syrup, sucrose, tomato juice, concentrated juice, jam, ice cream, milk, yeast slurry, meat slurry, jelly, condiments, lees, soy protein, flour slurry, etc.

Papermaking:Polyacrylamide (PAM), calcium carbonate, starch paste, carboxyl butyl benzene/propyl benzene latex, rosin, rosin gum, pulp, filler, dry strength: agent, wet strength agent, sizing agent, retention aid, defoamer, coating, water treatment chemicals, etc.

Chemical fiber:Viscose pulp porridge, PVA, vinylon pulp, acrylic pulp, amine pulp, polyester chips, polyester, polypropylene, man-made fibers, functional fibers, etc.

Medicine:All kinds of ointment, extract, medicine emulsion, pill paste, syrup, health care products, medicine, etc.

Paint:Paint, coating, ink, insulating paint, resin, additives, organic solvents, etc.

Note: Our company can tailor solutions based on the characteristics of your material medium:

1. Conduct material testing using production-grade equipment

2. Customize equipment selection according to your material's technical specifications

3. Different materials require distinct internal structures. The following equipment internal diagrams are provided for user reference.

For detailed technical specifications, please contact:

Technical Support: 18962835399 18068155581

Sales Hotline: 18912883100 18921623100