Performance Mist Nozzles for Cooling and Irrigation Key Benefits: Quick and Easy Installation: Designed for a secure fit with strong crushing capacity and sealing. No welding needed, allowing fast setup with minimal tools. Simple structure ensures ease of maintenance and repeatability for longterm use. Versatile Applications: Suitable for a wide range of setups including cooling systems, garden irrigation, greenhouse misting, and dust control. Each nozzle delivers at least 0.5 gallons of water per hour, balancing efficiency with reliable mist coverage. Reliable and Safe Operation: Brass body paired with a precision stainless steel orifice ensures leak performance. The design avoids weldingrelated hazards such as fire or explosion, making it a safer solution for environments like aerial work platforms or metal structures. Atomization Performance: Engineered for fine mist output with a flow rate of 80 to 145 ml per minute and an operating pressure of 20 to 70 kg/cm². Produces a consistent, evenly distributed mist for efficient cooling and precise irrigation, helping maintain conditions for plants or temperaturesensitive equipment. Product Attributes: Material: Durable brass body with stainless steel nozzle hole for longevity and corrosion resistance. Flow Rate: 80–145 ml/min Operating Pressure: 20–70 kg/cm² Water Usage: Minimum 0.5 gallons per hour per nozzle Design: Compact and lightweight for easy integration into various systems Example Applications: 1. Cooling towers or industrial equipment where precise temperature control is needed without excess water consumption. 2. Garden or greenhouse setups requiring uniform watering and humidity control to promote plant health. 3. Construction or warehouse environments for dust suppression, providing a cleaner and safer workplace. This mist nozzle delivers dependable performance across multiple uses, combining durability, safety, and efficiency in a userfriendly design. It is an choice for both professional and home applications where fine atomization and consistent output are required.