| What are misting systems | | | | the droplet sizes produced by the misting |
| The primary characteristic that identifies misting | | | | systems are matched to the requirements of |
| systems is the fine droplets they produce. It is | | | | each specific application. In order to achieve |
| the fineness of these drops that distinguishes | | | | effective evaporative cooling droplets must |
| misting from other forms of evaporative cooling | | | | evaporate as fast as possible. |
| and makes this process so useful for a whole | | | | It is the size of the droplets that affect the |
| range of applications. | | | | speed at which they evaporate. Under normal |
| Mist droplets generally range between 30microns | | | | conditions small droplets evaporate a great deal |
| to 70microns in diameter. Some companies | | | | faster than large droplets. Therefore the |
| suggest that even 10micron droplets can be | | | | efficiency of misting systems is greatly affected |
| considered as mist. What really matters is that | | | | by the size of the droplets they produce. |