High Quality Ultrasonic Degassing And Defoaming Of Liquids - Industrial Ultrasonic Liquid Processor Liquid Food Sterilizing – Powersonic

effective auxiliary ultrasonic sterilization 20Khz for liquid food Sterilize

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Introduction:

Ultrasonic technology can provide outstanding results for a wide range of mixing processes used in industry including: blending, homogenizing, emulsifying, dissolving and stirring (agitation). Like cleaning, mixing with ultrasonic technology relies on the creation of cavitation bubbles within the liquid. These cavitation bubbles cause friction at the molecular level of the liquids. The result? Mixing is fast, energy-efficient and provides incredible consistency of mixing because ultrasonics works at the molecular level. Ultrasonics provides a simple, improved mixing solution for very thick liquids such as heavy fuel oils, resins and polymers as well as powder-to-liquid and liquid-to-liquid formulations.

HOW WILL ULTRASONIC MIXING BENEFIT YOU?
It’s COST REDUCING. Ultrasonic mixing offers a lower cost (in time, electricity and maintenance) solution for liquid mixing processes requiring intense stress.
It INCREASES QUALITY of the final product. The uniformity of globule and particle size in a solution is improved with ultrasonics.
It’s MORE VERSATILE. Mixing a wide range of powder and liquid types, liquid thicknesses and volumes is significantly easier with ultrasonics.

Application:

Industry applications for ultrasonic mixing

Food and beverage
MANUFACTURING APPLICATIONS:
Dispersion of a dry powder in a liquid – emulsifying of oil/fat in a liquid stream – deactivation of enzymes – microbial inactivation – crystallization – meat processing – enhanced oxidization – homogenizing

Paint and coating
MIXING APPLICATIONS:
Emulsification of polymers in water-based products – dispersing and fine milling of pigments – size reduction of nanomaterials in high-performance coatings

Cement and concrete
MIXING APPLICATIONS:
The ultrasonic mixing of cement paste offers great benefits for precast molding, drycast and concrete plants. These include: Shorter initial and final set time, lower dosage of superplasticizer, faster and more complete hydration as well as higher compressive strength.