Spraying function
It effectively cools, humidifies, dedusts and disinfects the henhouse (the temperature is quickly reduced by 3-8 degrees centigrade within a few minutes)
Working principle
By using a principle that the water adjusts the climate in the natural world, atomization cooling is to purify the water through the filter, then convey the water into the high-pressure nozzle after the pressurization by the high-pressure pump, make fog particles mixed with the ambient hot air to absorb a large quantity of heat, and evaporate the fog particles by the air to accelerate the flow of the air at the same time to make the temperature of the ambient air quickly reduced, thereby achieving the aim of temperature reduction.
In summer, when the temperature of the poultry house is high, the atomization cooling system can reduce room temperature by 3-8 degrees centigrade within a few minutes.

Main application
Refrigeration and humidification: The water pressure at the pipe mouth can reach 70bar after the water is sprayed from the high-pressure nozzle, and the sprayed water is atomized and quickly dispersed to absorb the heat, thereby achieving the effect of temperature reduction and humidification
Dust removal and disinfection: The sprayed water fog can purify the dust in the air during the descending. At the same time, water soluble disinfection drugs can be added into the spray to achieve the effect of the disinfection with chickens.
The atomization system is a best use product for the disinfection with chickens
Characteristics
Has quick refrigeration and is not damp
Large flow, high pressure, good atomization, and corrosion resistance
Increase the humidity to the preset range according to the requirements-60 to 70 percent of the maximum relative humidity
Effectively prevent the dust, and reduce respiratory diseases of livestock and poultry
Disinfect with chickens
We can also design the good project as your shed size and chicken quantity.
Any questions never hesitate to contact me by following information:
Contact: Elaine Liu