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Product catalog summary

Overview: The document discusses ultrasonic spraying technology, highlighting its advantages and operational principles. Key benefits include controlled particle size, no need for air supply, no contamination, and reduced energy consumption.

Specifications: The ultrasonic nozzle produces droplets or particles of controlled size, with smaller particles achieved at higher ultrasonic frequencies. Two operational principles are outlined: 1) For frequencies between 20 kHz and 100 kHz, liquid is sprayed upon contact with a vibrating surface. 2) For frequencies above 100 kHz, an ultrasonic emitter creates a fountain on the liquid's surface, forming an aerosol.

Performance Data: The document provides specific frequency, output, particle size, and throughput data:

60 kHz: 25 W, 35 µm, 5-40 ml/min
80 kHz: 25 W, 25 µm, 5-30 ml/min
2.4 MHz: 20 W, 2.5 µm, 1-7 ml/min

Applications: The technology is applicable in various fields, including humidification, medical aerosols, application of fine layers, environmental spreading, production of plotters, and confined atmosphere control.

Contact Information: SinapTec, SYNERGIE PARK, 7 avenue Pierre et Marie Curie, 59260 Lezennes, FRANCE. Phone: +33 (0)3 20 61 03 89, Email: [email protected]

Catalog excerpts

ULTRASONIC SPRAYING AND AEROSOL SPRAYING The liquid is sprayed when coming into contact with the vibrating surface. The ultrasonic nozzle produces droplets or particles of mastered size: the higher the ultrasonic frequency, the smaller the aerosol particles (some pm). Two principles exist: • Within the frequency range between 20 kHz and 100 kHz, the liquid is sprayed when coming into contact with a vibrating surface. • Within the frequency range above 100 kHz, an ultrasonic emitter is placed on the bottom of a volume of liquid. The sound field produces a fountain on the liquid’s surface from which an aerosol is developed. Particle size controlled No air supply No contamination Reduced energy consumption

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ULTRASONIC NOZZLE Frequency APPLICATION EXAMPLES • Humidification • Medical aerosols • Application of fine layers • Spread in environments • Production of plotters • Confined atmosphere control SinapTec SYNERGIE PARK, 7 avenue Pierre et Marie Curie, 59260 Lezennes, FRANCE +33 (0)3 20 61 03 89 [email protected]

Open the catalog to page 2

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