Indoor High Pressure Mist Cooling System

Indoor mist fan high-pressure mist cooling system is a climate control system designed to cool indoor spaces using misting technology. The system works by emitting a fine mist of water droplets into the air, which evaporates quickly, cooling the surrounding air in the process.

The misting system consists of several key components, including a high-pressure mist fan water pump, a water filtration system, a series of high-pressure stainless steel misting nozzles, and a control system.

The high-pressure pump pressurizes the water to around 1000 psi (pounds per square inch) and pumps it through a series of pipes to the misting nozzles. The water filtration system removes impurities and debris from the water before it enters the pump, ensuring that the nozzles do not become clogged.


Air conditioning systems experience their lowest performance on hot summer days, precisely when they are most needed. During this time, the cooling capacity decreases by approximately 14-15%, while power consumption increases by 31%. This problem occurs within the condenser unit, where vapor refrigerant is transformed into a liquid, forcing the air through the unit and absorbing heat from the refrigerant, causing it to condense.

One solution to this problem is the application of a water misting system to air-cooled chillers, which can improve efficiency under most working conditions. By lowering the air temperature entering the condenser, the water mist can result in a significant improvement in efficiency. For instance, on typical air-cooled chillers, a 6°C reduction in the condenser air temperature can lead to a 14% increase in efficiency, while a 12°C reduction can result in a 25-30% improvement.

In addition to this, an indoor misting cooling system is an effective alternative with several benefits. This system can provide relief from the heat by emitting a fine mist of water droplets into the air, which evaporates quickly, cooling the surrounding air. It can also improve air quality and reduce static electricity.


  • Up to 12°C reduction in outdoor air temperature
  • Up to 30% decrease in energy consumption
  • Up to 30% improvement in HVAC unit efficiency
  • Extended lifespan of the entire system
  • Low start-up and operating costs
  • Quick and easy installation


  • Indoor misting systems for cooling and air quality improvement
  • Humidification of greenhouses for plant growth
  • Industrial indoor cooling for worker comfort and equipment efficiency
  • Humidification of chemical factories for product quality control
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