Air Humidification Systems
Air humidification systems enable a constant indoor climate,
independent of external weather influences.
High pressure humidification | Steam humidification | Low pressure humidification | Ultrasonic humidification | Evaporative humidification
Advantages of room air conditioning and hygiene humidification
Advantages of air humidification systems:
Higher productivity
- Stable processes
- Constant room air conditioning
- Hygienic humidification
- Faster self-cleaning of the mucous membranes
- Reduced transmission of influenza viruses
- Protection against voice disorders
- Less eye irritation
- Lower particulate matter pollution through dust binding
- Improved protective function of the skin
- Less electrostatic charges
- Pleasantly fresh, comfortable climate
- Additional adiabatic cooling effect in summer
Physics - air humidification and adiabatic cooling effect
What is meant by humidity?
The air that surrounds us is a mixture of different gases. A key component of air is water vapor. The constant tendency of the air to absorb water vapor until it is saturated is important for the relationship between air and water. This is why air always has a certain amount of moisture, whether in the tropics or in the desert.
How do you recognize when the air is too dry?
We feel when the air in the room is too dry. The humidity measuring device, the hygrometer, also speaks a clear language. It starts with a tickling in the nose, soon after the tongue and throat become dry, thirst becomes noticeable. Dry air in the room is initially just an annoying
side effect. However, it can easily become a serious health risk.
People spend up to 90% of their lives indoors, and the indoor climate in the office, at home and during leisure time has a decisive influence on health, performance and well-being.
What is relative humidity?
The ratio between the actual amount of water vapor and the maximum absorption capacity is the relative humidity. The ability of air to absorb water therefore increases with temperature.
You want to know more:
Why is humidity so important?
With just one "click" we will be happy to help you!
Calculate your moisture requirements
The following moisture load calculator calculates the required moisture load for you.
Enter the desired relative humidity and the average room temperature. For the calculation you need the outside temperature values (e.g. winter -5 or -10°C) and the outside air humidity (e.g. in winter between 70-90% and in summer between 20 and 90%, depending on the temperature).
You immediately receive the required humidification value per cubic meter of room volume.
By entering the room dimensions and the air exchange rate, the humidity requirement for the target humidity value is determined. (A simple air exchange is 100%)