FAQs

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Frequently Asked Questions

Misting systems help maintain safer and more comfortable temperatures for workers, reducing heat stress and fatigue. This leads to higher productivity, fewer breaks, and improved overall well-being in high-temperature zones.
Industrial misting systems require 70 bar (1000 psi) to produce ultra-fine droplets that evaporate instantly. Lower pressure systems result in wet surfaces and reduced cooling.
Yes, but their effectiveness is reduced. In humid industrial environments, combining misting with large fans helps enhance evaporation and improve overall cooling.
Absolutely. They offer significant cooling with low energy usage, reduce heat-related downtime, and protect equipment — making them a cost-effective alternative to HVAC systems in large spaces.
At 70 bar (1000 psi), a 0.20 mm nozzle uses about 0.0787 liters per minute. A 100-nozzle system consumes around 7.87 liters per minute (2.08 gallons per minute).
Under optimal conditions, industrial misting systems can reduce temperatures by up to 15 °C (27 °F). Actual results depend on humidity, ventilation, and the layout of the facility.
Yes. High-pressure misting systems are highly effective in industrial settings. They lower ambient temperatures through flash evaporation, improving worker comfort and preventing overheating of sensitive equipment.
Yes, misting systems still work in humid climates, but the cooling effect is less intense. Proper system design, high-pressure nozzles, and airflow from fans help improve evaporation even when humidity is high.
No, properly installed high-pressure misting systems do not attract bugs. In fact, many flying insects avoid fine mist, especially when it's combined with airflow from misting fans. Unlike standing water, mist evaporates quickly and does not create a breeding ground for mosquitoes.
Not if the system is designed correctly. High-pressure mist evaporates before reaching surfaces, so guests stay dry while enjoying cooler air.