Digital Ultrasonic homogenizer with flow cell for ultrasonic dispersion

Digital Ultrasonic homogenizer with flow cell for ultrasonic dispersion

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Description

Traditional Decentralized Technology
A common method of mixing powders into liquids to prepare various products such as paints, inks, shampoos, beverages or polishing media. Individual particles are held together by attractive forces of various physical and chemical properties (including van der Waals forces and liquid surface tension), especially for higher viscosity liquids such as polymers or resins. Such attractive forces must be overcome to deagglomerate and disperse the particles into the liquid medium. The application of mechanical stress breaks up the agglomeration of the particles while the liquid is forced between the particles. Powders are usually dispersed in liquids using different techniques. This includes high pressure homogenizers, agitator bead mills, jet impact mills and rotor-stator mixers.

High-intensity ultrasonic dispersion technology is an effective alternative to the above technologies. Ultrasonic waves in the liquid medium create alternating cycles of high pressure (compression) and low pressure (dilution) as they pass into the liquid. Mechanical stress is used to attract electrostatic forces (such as van der Waals forces) that use particle coalescence. Ultrasonic cavitation in liquids induces high-speed liquid jets up to 1000km/h (about 600mph). Such a jet squeezes the liquid at high pressure between the particles and separates them from each other. The smaller particles are accelerated along with the liquid jet and collide at high speed. This makes ultrasound an effective means of dispersion and deagglomeration, as well as grinding and fine grinding of micron and submicron sized particles.

Dispersion at any scale
We offer equipment for ultrasonic dispersion and deagglomeration of any volume individually or in batches.
Experimental ultrasonic dispersing equipment can be used to process liquid volumes from 1.5 mL to about 2L. Industrial ultrasonic dispersing equipment is used in production and development, handling liquids in volumes from 0.5L to approximately 2000 L.

Easy to expand
Unlike other dispersion techniques, ultrasonic dispersion can be easily scaled from laboratory equipment to industrial production, and laboratory testing will allow accurate selection of the required equipment size. When used in final scale production, the process and effect of ultrasonic dispersion are the same as the laboratory test results.

Ultrasonic dispersion and deaggregation equipment for easy cleaning
Ultrasonic is for cleaning applications such as surface, part cleaning. The intensity of the ultrasound used for dispersing applications is much higher than typical ultrasonic cleaning. When ultrasonic devices are designed to clean wet parts, ultrasonic vibrations can be used to aid in rinsing and cleaning.

Q1.What kind material of the horn?

A. Titanium alloy, we also customized aluminum hom for customer before.

Q2.What’s the time of delivery?

A. For Conventional hom, 3 days, for customized hom 7 work days.

Q3.Does ultrasonic extraction also require the addition of a chemical catalyst?

A. No . but some time need Mechanical stiring.

Q4.Can the device work continously?

A. Yes ,it can work 24hours continously.

Q5.What’s the Processing capacity of one set ultrasonic extraction equipment?

A. Different hor different Processing capacity, for 2000W Nine section whip horm can dealing 2L~10Lmin.

Q6.What’s the warranty of your sonicator equipment?

A. All equipment one year warranty.