How to improve the spray effect of atomizing nozzles

The fear of atomizing nozzles is that the atomizing effect is not good enough, as mentioned aboveWhy is the spray effect of the automatic fine atomization nozzle not good?》Introduced several reasons for poor spray effect. TodayFine atomization nozzle factoryLet me talk to you about several methods to improve the spray effect of atomizing nozzles based on relevant experiments and research based on the atomization principle, combined with the experience of using atomizing nozzles for humidification in textile factories:

1. Increase the relative velocity difference between gas and liquid to increase the atmospheric power, so that the atomized particles can obtain a finer atomized spray under the action of larger aerodynamic force, and improve the spray effect of the atomizing nozzle.
2. Increase the exit speed of the liquid atomization nozzle to enhance collision, so that the relatively sprayed atomized particles can be further broken during collision, improving the spray effect of the atomizing nozzle. Experiments have proven that if the exit speed of the atomized particles is small, they will condense into large droplets. If the exit speed of the droplets is fast, the atomized spray effect can be improved. However, this will reduce the relative speed of gas and liquid, making the spray effect of aerodynamically atomized droplets worse.

3. Through experiments, it was found that the geometry and size of the atomizing nozzle and mixing tube have a great influence on improving the spray effect of the atomizing nozzle. Therefore, when designing the atomization nozzle model, in addition to considering their impact on the atomization effect, it is also necessary to consider the changes in the overall performance after they are combined together.
4. Improve the spray effect of the atomizing nozzle by studying the relationship between the flow rate and pressure of the spray water supply system and the geometric size and structural shape of the nozzle. In particular, the water pressure of the water supply system has a great influence on the mist spray effect. The higher the water pressure, the finer the atomized particles sprayed. However, too high water pressure will cause some problems, such as high energy consumption and high use cost; all parts of the atomization nozzle are under high pressure and are prone to failure, shortening the service life of the atomization nozzle, especially the internal spray system on mining equipment. So we just need to increase the water pressure appropriately.

However, we must not only analyze the classification and characteristics of the atomizing nozzle, but also analyze its application fields to fully understand the factors that affect the atomization ability of the nozzle. In order to improve the spray effect of the atomizing nozzle, match the characteristics of the atomizing nozzle and the water supply system, improve water quality, and improve the filtration accuracy of spray water.