What Are The Applications Of Ultrasonic Atomization Technology?

The core of ultrasonic atomization technology is to use high-frequency ultrasonic vibrations to break liquid media into micron-sized droplets. With its fine and uniform droplets, lack of high-temperature damage, and wide applicability to various media, it has penetrated into multiple fields such as medicine, industry, agriculture, and daily life. Specific applications are as follows:

Medical Field

●Ultrasonic blood collection tube atomization spraying is a precision coating process for the inner wall of vacuum blood collection tubes. The core technology is to use high-frequency ultrasound to atomize functional reagents such as anticoagulants and coagulants into micron-sized droplets, achieving a uniform, controllable, and low-loss inner wall coating. This ensures the stability of blood samples and the accuracy of testing, and has become the mainstream solution for the large-scale production of blood collection tubes.

2.Industrial Manufacturing Sector:

●Precision Humidification and Environmental Control: In electronic chip workshops, semiconductor laboratories, and precision instrument rooms, ultrasonic atomization achieves clean humidification. The droplets are uniform and free of scale, precisely controlling air humidity and preventing static electricity and moisture damage to precision components.

●Coating and Surface Treatment: Liquid coatings, nanomaterial suspensions, and rust inhibitors are atomized and evenly sprayed onto workpiece surfaces, forming a dense, uniform coating. Suitable for precision machining processes such as circuit board moisture-proof coatings, rust prevention treatment of metal components, and sensor sensitive film preparation.

●Waste Gas and Wastewater Treatment:

Waste Gas Treatment: Adsorption liquids (such as activated carbon solutions and photocatalyst solutions) are atomized and contacted with industrial waste gas (containing formaldehyde, VOCs, and dust). The droplets adsorb harmful substances and then settle, achieving waste gas purification.

Wastewater Treatment: Atomized solutions containing flocculants accelerate the coagulation and sedimentation of suspended solids in wastewater, improving wastewater treatment efficiency.

●Spray drying for powder preparation: In the food, chemical and pharmaceutical industries, raw material solutions are atomized into droplets, which are then rapidly dried after contact with a high-temperature airflow to form uniform powder products, such as milk powder, pharmaceutical powders, catalyst powders, etc.

3.Laboratory and research fields: Precision atomization experiments. Used for pre-atomization treatment in aerosol generation experiments and spray drying experiments. With a stable 60kHz frequency and controllable droplet size, it can provide consistent atomization conditions for experiments and ensure the accuracy of experimental data.