Moongiantgo Outdoor Misting Cooling System with Pump- 116PSI High Pressure Mister with 65.5FT(20M) Water pipe+24 Misting Nozzles 0.02’’+3/4’’ Faucet Adapter - System for Outside Patio Garden Beaches

Features

• Pump Specifications Power: 60W; working pressure: 0.8MPA (116PSI); flow rate: 5L/MIN; dimensions: 5.9’’ * 1.8’’* 2.6’’(15 cm * 4.5 cm * 6.5 cm); nozzle orifice diameter: 0.5 mm (0.02’’).
• Instant Cooling Solution Keep your outdoor spaces cool and enjoyable in the heat! With the help of precision brass mist nozzles, our mister system disperses water into fine mist droplets, absorbing ambient heat and lowering the surrounding temperature for a refreshing cooling experience.
• Premium Brass Nozzles Our patio mister includes 24 brass mist nozzles, giving you the freedom to design your perfect cooling system. The 0.02-inch orifice ensures a fine mist for broader coverage, while the pre-installed black rubber ring helps to eliminate leaks, enhancing overall efficiency.
• Effortless DIY Misting System Our garden cooling system has everything you need to enjoy a cooler summer outdoors. The pump kit includes a misting pump, 20m of water pipe, 24 brass nozzles, 100 cable ties, 100 saddle clamps, thread seal tape, and more. Additionally, we offer a 3/4’’ US standard faucet adapter for a simple connection to your faucet.
• Outdoor Comfort Our outdoor mister offers versatile cooling for any environment, including residential patios, greenhouses, gardens, swimming pools, and sandy beaches. Not only does it create a cooler, more comfortable space, but it also helps improve the overall air quality. An essential companion for anyone living in hot climates, offering relief and comfort wherever it’s needed!
• Tips 1 If you find that the charger you received is broken, please feel free to contact us for a replacement. 2 Before using the cooling system, please run the pump for 1 to 2 minutes to discharge the air inside. 3 Our misting system operates at a working pressure of 116 psi, and it’s normal for it to produce some noise during operation.