ULTRASONIC SPRAY DRYING

Spray pyrolysis ultrasonic nozzles can be used in R&D, pilot and industrial spray pyrolysis systems to prepare ultra-fine powders. It adopts ultrasonic atomization nozzle technology, which can uniformly atomize the precursor solution or suspension and spray it into the tube furnace for high-temperature thermal decomposition to prepare ultra-fine powder, which is the key in the system of spray pyrolysis (also known as spray pyrolysis) Atomization device.

Ultrasonic atomization creates a fine mist of extremely small droplets capable of coating small granules or even powders in a fluid bed process. Cheersonic enables the ultrasonic nozzle to operate in the higher temperatures of a fluid bed system while conveying the coating material in an upward direction towards the fluidized product.

The ultrasonic atomizing nozzle of Cheersonic sprays the spray solution into uniform droplets. The atomized droplet size is micron and sub-micron in size and is narrowly distributed to produce high quality powders.

Ultrasonic Dispersion Syringe Pump is designed to rapidly disperse particles in a mixture and allow them to be uniformly suspended for hours or longer.

Ultrasonic nozzles effectively produce uniform, finely atomized sprays. One application of this spray is the extraction of homogeneous pharmaceutical monoclonal antibodies for cancer treatment, pharmaceuticals, and bioengineering research. By precisely adjusting atomization characteristics (such as flow rate, droplet size, and cycle time), significantly higher biomass yields can be achieved compared to shake flask or airlift cultures—yields can be as much as 50% higher. Ultrasonic atomization has proven to be a low-cost, scalable bioreactor solution for producing small molecules and proteins from tobacco and other hairy roots. Studies have shown that ultrasonic atomization systems produce superior root density and improved gas exchange compared to liquid-phase reactors.