Application
Residential Outdoor Cooling with Misting Systems
Private outdoor areas such as terraces, patios, gardens, and poolside spaces can quickly become unusable during extreme heat. High-pressure misting systems offer an energy-efficient solution by lowering ambient temperatures through ultra-fine evaporative cooling — without wetting surfaces.
MISTEC systems are designed for seamless integration into both new and existing outdoor environments, ensuring comfort and usability throughout the warmer months.
How It Works
For those unfamiliar with outdoor cooling, here’s a simple breakdown of how residential misting systems function:
To estimate performance based on location and humidity, try our Cooling Calculator.
Typical Use Areas
Outdoor cooling systems are ideal for various private settings and architectural layouts.
| Application Area | Description |
|---|---|
| Terraces & Patios | Cooling for outdoor seating and lounge areas exposed to direct sunlight. |
| Private Gardens | Maintains a pleasant climate without overwatering plants or surfaces. |
| Pool Surroundings | Creates a refreshing zone around swimming pools without wetting the ground. |
| Outdoor Dining Areas | Enhances comfort for al fresco meals in residential or hospitality settings. |
| Rooftop Terraces | Reduces heat accumulation in elevated, exposed outdoor zones. |
| Winter Gardens | Supports controlled cooling in enclosed or semi-enclosed garden spaces. |
What Types of Residential Misting Systems Are Available?
Different configurations are available to meet specific requirements in residential environments. The choice of system depends on factors such as available space, installation type, design preferences, and cooling performance expectations.
| System Type | Description |
|---|---|
| Misting Line System | Fixed lines with evenly spaced nozzles installed along pergolas, fences, or roof edges. Suitable for defined cooling zones. |
| Misting Fan System | Fans with integrated nozzles for both air movement and cooling. Ideal for compact or semi-enclosed areas. |
| Portable Misting Kit | Preassembled units for flexible and temporary setups. No installation required; plug-and-play design. |
| Custom High-Pressure System | Tailored solutions with high-end components, designed for large or architecturally complex outdoor spaces. |
Key Benefits
Lowers Temperature
Reduces Flying Insects
Captures Dust & Pollen
Expandable Design
Ideal for Patios & Terraces
Dry Cooling – No Wet Surfaces
Discover our full range of misting systems for residential, commercial, and industrial applications — including fans, kits and custom high-pressure installations.
FAQ Residential Cooling
What is a residential outdoor cooling system?
Residential outdoor cooling systems use high-pressure mist to lower temperatures on terraces, patios, or near pools without wetting surfaces.They improve comfort in hot weather by using fine mist that evaporates quickly and cools the surrounding air.
Do misting systems work in high humidity?
Yes, but the cooling effect is reduced. Misting is most effective in dry climates where water evaporates quickly. In humid areas, results improve with added airflow (fans) and wider nozzle spacing to help mist disperse before settling.How much does a residential misting system cost?
Prices vary depending on the system type:- Low-pressure kits (garden hose-based) start around $80–$150, but offer minimal cooling
- Mid-range systems with booster pumps start at $300–600
- High-pressure systems (1000 psi / 70 bar) typically range from $800 to $2,500 or more, depending on pump capacity, number of nozzles, and installation complexity
Do I need a pump for a residential misting system?
Yes. High-pressure misting systems require a dedicated pump rated at 1000 psi (70 bar). Without proper pressure, the mist won't evaporate fast enough and may cause wet surfaces.How much water does a misting system use?
Water usage depends on nozzle size and pressure. At 1000 psi (70 bar), common nozzle flow rates are:- 0.20 mm (.008") → 0.0787 L/min (0.0208 gal/min)
- 0.30 mm (.012") → 0.1080 L/min (0.0285 gal/min)