Fine droplets are the primary feature that distinguishes misting systems. This is what makes misting different from other water uses and makes it so versatile for many applications.

The diameter of mist droplets is usually between 30microns and 70microns. Some companies even suggest that mist can be made from droplets as small as 10 microns. It is important that droplet sizes generated by misting systems be matched to each application's requirements. Droplets must evaporate as quickly as possible in order to provide effective evaporative cooling. You can install industrial misting via https://www.youmist.com.au/industrial-cooling/ to maintain the temperature of your workplace.

Image Source: Google

The size of the droplets determines the speed at which they evaporate. Normal conditions will see small droplets evaporate much faster than larger droplets. The size of the droplets used in misting systems greatly affects their efficiency.

The components of a misting device:

The main components of the pressure pump are the filters, control system and tubing or pipe, fittings, and nozzles. The output flow rate of a pressure pump is determined by the number of nozzles in the system.

Over-sizing could cause damage to the pump over the long term. On the other hand, undersizing can increase the system's cost and create problems with heat dissipation. Microfiltration is essential to avoid nozzle blockages and improve overall maintenance.

A misting system can be controlled by temperature, humidity, or both. Safety reasons dictate that piping should be rated at least 3 times the system's operating pressure. All fittings must not corrode and nozzles should be selected for the quality of the mist produced.