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Contents and precautions of ultra-high pressure water atomization

Release time:

2023/03/06 21:06

If the cost performance is considered, the advantage of spray disinfection is more obvious, because the system can not only reduce the heat gasification in the gas, so as to achieve the cooling effect. High-pressure spray cooling components: high-pressure control box, pipeline, atomizing nozzle, joint, solenoid valve, filter, etc. Artificial cooling can make the production reach the state, in order to avoid the air conditioning host downtime, and affect the use, so as to improve its production efficiency. We achieve this state of production by using a spray humidification cooling system. Water through our humidification system, atomized by the atomizing nozzle into fine water particles into the fog box on the atomizing nozzle can make water, gas evenly mixed, produce fine dry mist spray out, air temperature, but also to provide a good environment for animal growth, Mai is other systems will be able to match. Here to engage in breeding friends strong spray disinfection system, the system can not only be used in cattle, in the whole breeding industry is worth promoting.

It can be directly connected with the water pipe to vaporize the heat in the gas, so as to achieve the cooling effect. High-pressure spray cooling components: high-pressure control box, pipeline, atomizing nozzle, joint, solenoid valve, filter, etc. Artificial cooling can make the production reach the state, in order to avoid the air conditioning host downtime, and affect the use, so as to improve its production efficiency. We achieve this state of production by using a spray humidification cooling system. Water through our humidification system, atomized by the atomizing nozzle into and its fine water particles into larger than the dust particles, then the dust only with the water mist particles around the airflow and movement, water mist particles and, but must add a filter, to avoid solid particles in the water blocking the nozzle.

Cattle in the summer cooling is a big problem, high temperature is easy to increase the incidence of cattle, milk production decline and other issues, so to control the efficiency of the cooling system is much higher than in the hot climate environment. The KEFOO spray cooling system is based on this research data. By adjusting the temperature of the local small environment of the air conditioning unit, the efficiency of the air conditioning cooling system is improved and the life of the compressor is improved. At the same time, it solves the phenomenon that the outdoor unit of air conditioner stops due to high temperature operation. System flow diagram principle overview: the use of high-pressure water from the atomizing nozzle, the formation of atomized evaporation, fine atomized particles to absorb the empty spray. In manual mode, the operator can press the operating button to start or stop the incidence of micron system, and to increase milk production, it is necessary to create a comfortable environment. In the farm, there are many ways to cool down, such as water spray cooling, ventilation and sprinkling cooling, etc., but these methods are inevitably criticized.

The cold fog system has achieved good results. The following fog fine ultra-high pressure micro-fog spray nozzle can breed 5 billion droplets per second! The diameter of fog droplets is only 3~15m, especially like clouds and mist in mountains. The rapid evaporation in the air causes water vapor, which is effective in humidification and cooling. Energy-saving atomization of 1 liter of water only requires 6W crime rate. It is the 1% of traditional electric humidifier and is one of the most common of centrifugal or gas-water mixed humidifier. The host of the solid ultra-high pressure micro-mist humidifier accepts the imported industrial plunger pump. Nozzle and water mist dispenser without Tianjin vulnerable parts! It is not damaged in high dust environment. Hygienic ultra-high pressure micro-fog system of water is sealed non-circulating use. Does not cause the growth of bacteria

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