Advantages of adiabatic evaporative cooling

Ensuring quality

Find out how optimal humidity protects against electrostatic discharge (ESD) and can improve quality in soldering, bonding, potting and painting processes.

Healthier working

Respiratory infections, sore throats and stinging eyes are common symptoms of dry air. A pleasant indoor climate creates optimal working conditions for greater motivation and productivity.

Case studies

Experiences with air humidification systems in the electronics industry are shared through illustrative case studies from Zollner and Asteelflash.

It is getting warmer and warmer: a look at the statistics (see below) shows a long-term global rise in temperature.

To protect the health and performance of workers in buildings, even at high temperatures, occupational health and safety regulations must be observed: if the room temperature exceeds 26 °C, the employer must implement measures to reduce stress and potential hazards. Technical measures include, for example, air conditioning and the reduction of internal thermal loads.

Cooling production and work areas usually requires a high cooling capacity and results in high energy costs. By applying the principle of adiabatic evaporative cooling, the costs associated with using air conditioning units can be reduced significantly.

In terms of energy consumption and cooling capacity, high-pressure nozzle humidification is one of the most efficient methods of adiabatic evaporative cooling. Easy installation, reliable control, low energy costs and good accessibility for maintenance are all factors that make high-pressure humidification a suitable choice for a wide range of industrial applications.