Utilizing high-pressure pumps and high-pressure micro nozzles to generate extremely fine mist particles for evaporation and cooling.

This method utilizes precision manufacturing technology to produce nozzles that comply with fluid mechanics principles. At the same time, high-pressure water is generated by a high-pressure pump and pressurized to 7MPa, which is then transported to the nozzles through a high-pressure pipeline system to spray fine water mist. The manufacturing of nozzles requires advanced technology. The ultra-high pressure spray cooling equipment makes the ultra-small droplets reach 5-10 microns, thus greatly improving the evaporation efficiency. Therefore, the evaporation capacity of water is greatly increased, absorbing heat in the process of water vaporization, reducing temperature and increasing air relative humidity. Due to the increase in air humidity, harmful dust in the air will be greatly reduced, achieving the effect of purifying the air. During use, there is no water droplet phenomenon, fine atomization, and long range. If used in conjunction with a high flow axial fan, increasing the indoor exhaust volume and air flow velocity can further improve the effectiveness of use.

So far, in most cases, the outdoor temperature is uncontrollable, and many times people have to carry it for several hours or longer in hot and dull places, such as open-air squares, sports venues, amusement parks, and so on. In these outdoor environments where air conditioning cannot be used, people must endure the ubiquitous heat.

Now with the spray cooling system, the temperature of the large environment can be controlled locally. The water particles emitted by the spray cooling system into the air will absorb a lot of heat in the surrounding environment during the gasification process, thus reducing the temperature of the surrounding environment, which is an effective means of heatstroke prevention. In summer, when the city temperature reaches over 35 ℃, even with an umbrella and sunglasses, the direct sunlight and reflections from the ground still make people feel scorching hot. Under the effect of the spray cooling system, the air temperature can be reduced by 5-10 ℃, and 14 ℃ in extreme environments, reaching the optimal temperature of the human body. So even if you are outside in the hot weather, you still feel comfortable.