A fogging machine is a mechanical device that uses high-pressure pipelines and specialized nozzles to convert water into 1-15 micrometer suspended droplets. It utilizes the heat absorption of water mist evaporation to achieve cooling (one kilogram of water creates a fog equivalent to dissolving seven kilograms of ice), and also functions as a dust remover, humidifier, and disinfector. Its fog diameter range is 5-15 micrometers, and control methods include time control, remote control, and rain control.
The fogging unit can produce a continuous atomization effect of 3-5 meters, with droplets up to 40 centimeters in size completely atomized and diffused in a 120° funnel shape. Applications include landscape fogging (increasing negative oxygen ion concentration), industrial dust suppression (eliminating static electricity in textile factories), agricultural spraying (saving pesticides), environmental disinfection (sterilizing waste disposal), and cooling in aquaculture. The equipment is equipped with water shortage protection and a ceramic plunger main unit, supporting 10 hours of continuous operation per day. Some fogging machines are equipped with an automatic water filling and power-off system, which automatically adds water when the water in the storage container is low and automatically cuts off power if the equipment is tilted and the sensing components fail to detect water, to prevent equipment burnout.
The industry analysis covers factors such as market growth rate, supply and demand balance, and the Five Forces model. The market size in 2025 is calculated based on fundamental data such as output, output value, and user volume, and the development prospects are predicted using models such as source-based and demand-based models. Development trends include intelligent penetration, green transformation, service extension, and globalization.
