Micropore atomizing transducer detail specifications, Please download the pdf file.
The purpose of the utility model is to provide a highly practicable microporous piezoelectric ceramic atomized sheet. The technical solution adopted by the utility model to solve the technical problem is that the microporous piezoelectric ceramic atomized sheet comprises a circle.
Shaped metal sheet and a hollow ring-shaped piezoelectric ceramic sheet compounded in the center of the metal sheet. The hollow part of the piezoelectric ceramic sheet is provided with a circle
Shaped vibration zone, the atomization zone is arranged in the circle of the vibration zone, the atomization zone distributes a certain amount of laser atomization formed by laser drilling.
Micropore, hole-shaped horn-shaped, that is, microporous water outlet hole and waterhole, outlet hole diameter less than the inlet hole, the outlet hole is located at pressure.
Electric ceramic front, waterhole located on the back of the piezoelectric ceramic, piezoelectric ceramic chip outside the annular edge of the region, the piezoelectric ceramic and The annular edge areas are connected with leads respectively. Wherein, the outer diameter of the atomization zone is 2. 2-6. 3 mm, any adjacent three water holes are equilateral triangular distribution.
In addition, the pore size of the waterhole is 0. 3-10 microns, waterhole pore size of 60-140 microns. Further, the spacing of the adjacent water outlet holes is 0. 09-0. 17 microns. Further, the number of the water outlet holes is 110-4500. Further, the diameter of the waterhole is 3-5 microns. The utility model has the beneficial effects that a laser atomized micropore formed by a certain number of laser drilling holes is distributed at the center of a metal sheet, the aperture is more uniform and more rounded, the utility model has the advantages of stronger practicability and lower power consumption compared with the existing precision etched hole, The atomization effect is good, and the cost is reduced.