Consisting of piezoelectric ceramic wafers fixed to metal strips micro-etched to specifications, finely controlled by specially designed circuits. Our ultrasonic atomizer module can efficiently aerosolize liquid solutions, allowing the droplets to be diffused quickly.
Analyzer Malvern Spraytec
File name KCA-3A-D/KAICHIH
Particulate density 1.0 g/ml (pure water)
| Temperature | 26.6℃ |
| Dv(10) | 1.46 μm |
| Dv(50) | 6.07 μm |
| D[3][2] | 3.56 μm |
| D[4][3] | 7.92 μm |
| Laser wavelength | 670.0 nm |
| Path length | 11.99 mm |
| Mesh factor | 1.00 |
By atomizing liquids and turning the solutions into aerosol, the solute can be quickly dispersed into the air, for a variety of purposes.
Several manufacturing techniques involve the controlled addition of material at precise intervals, which can be achieved by the inclusion of an micrometer scale ultrasonic nozzle.
Some cooling methods involve the evaporation of the cooling liquid, which can be facilitated by atomizing the liquid beforehand.
Hydroponics involves growing plants in nutrient solutions instead of soil. By finely atomizing the solution and spraying the roots of plants, in a process called aeroponics, the nutrients can be more easily absorbed with less usage of water.
Certain types of medical treatment involve inhaling medication in the form of mist, requiring a device to atomize the medication. A more efficient atomization process can result in finer particles which the body can more readily absorb.
The energy efficient nature of our ultrasonic module can serve to reduce energy consumption in all its applications.