Spray Characteristics
Spray angles: 30°, affected by water/air pressure
Flow rate: 0.94L/H ~45L/H
solid cone spray pattern with extremely fine
article size at low air pressures
Spray angle: 30 degree
spray distance: 4m
effective range: 2-4m
Thread: 1/4, 1/8 npt/bspt
30 degree spray angle itrasonic misting fog nozzles
The nozzle is designed for spraying Angle at 30° and spraying distance at 2-4m.A specially designed titanium alloy ultrasonic generator is installed at the front end of the nozzle. By using the energy of high-speed collision of fluid with metal, the titanium alloy ultrasonic generator is vibrating at high frequency, and the atomized droplets are micro atomized again. Such a subtle design can not only produce extremely small atomized particles (small average particle size: 7 micron), compared with conventional two-fluid nozzles, this series of ultrasonic atomizing nozzles produce more uniform spray particle size, which is extremely important for many applications.
30 degree ultrasonic misting fog nozzles demo video
Spray Characteristics
Spray angles: 30°, affected by water/air pressureFlow rate: 0.94L/H ~45L/H
solid cone spray pattern with extremely fine
article size at low air pressures
Spray angle: 30 degree
spray distance: 4m
effective range: 2-4m
| category | Nozzles80° | Nozzles30° | Nozzles60° |
| Gas pressure | 5.2bar | 3.5bar | 5.2bar |
| Water pressure | 1.2bar | 0.6bar | 1.2bar |
| Gas consumption | 115L/Min | 260L/Min | 240L/Min |
| Water consumption | 7.1L/Hr | 45L/Hr | 20L/Hr |
| Atomization granularity | 3-6microns | 4-10microns | 7-10microns |
| Gas filtration requirements | <40microns | <40microns | <40microns |
| Water filtration requirements | <50microns | <50microns | <50microns |
Introduction: The characteristics of ultrasonic atomizing nozzle are compressed air or electromagnetic drive to produce liquid production atomization, atomization into fine particles and spraying.
Oscillate at the speed of ultrasonic frequency,
The sprayed water mist is fine, evenly distributed and has a large amount of fog. It can effectively catch dust, especially respiratory dust below 5 microns. The maximum atomization effect can be achieved without relying on high pressure, and there is no need to worry about the problem that the ultrasonic mist nozzle is worn out because of high pressure. The general ultrasonic atomization nozzle is characterized in that the ultrasonic atomization is carried out by vibration, and the ultrasonic is also cleaned.
Wave atomizes the inside of the nozzle, and uses little water.
Industry: for example, humidification in industrial plants with lots of dust, inflammable and explosive, high temperature and high humidity.Dust removal.
Agriculture: greenhouse, cultivation and cooling, greenhouse cultivation and preservation of fruits and vegetables,
Humidification of flower pots, smog prevention, etc.
Cool down.
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