Project Description Dry Fog Humidifier Nozzle The high-quality dry fog humidifier nozzle – AE Series produce silk-like ultra-dry mist particle. It is ideal for humidification in narrow space without wetting the wall. Application: Disinfection and deodorization, More.. Sorry, your browser doesn't support embedded videos. Model: AE-Series Average diameter: 7.5 um Capacity: 2.4L/h (Air pressure is 0.3MPa) Easy-handling installation kits Easy to Install, can install maximum 4 nozzles Material: Body: PP; Nozzle tip: Sus303 and PPS; Nozzle tip: Fluorine glue, Nitrile rubber ring Weight: About 410g (when full of water) Features of Dry Fog Humidifier Nozzle High performance humidifier, most compact in the world, maximum humidifying capacity up to 9.6L/h (air pressure is 0.3MPa). Quick disassembly, easy maintenance Remarkable humidification effect, the national patented dry fog humidifier nozzle provides high-quality mist spray, with length over 4mm. Use ultra-small water storage tanks, which can’t easily multiply bacteria. Adopt high-tech nozzles, not easy to be blocked. Automatic control by timer and controller. No need to clean the humidifier if a pure water processor is used. Dry Fog Humidifier Nozzle Application Printing, textile, paper mills Localized humidification and anti-electrostatic around the machine Anti-electrostatic in plastic and film factories and dry fog cooling Humidification for various materials Humidification in the freezer of vegetables, fruits and fresh food Gardening, greenhouse humidification Poultry farms Disinfection and deodorization of garbage dumps Timed automatic humidification and automatic disinfection When a small amount of dry fog is required When installing a humidifier CYCO Dry Fog Mist Humidifier Nozzle AE Series Performance Data Model Number of nozzles When air pressure is 0.3MPa Capacity（L/h) Air Consumption (N.L/min) AE-3(01)C 1 2.4 29 AE-3(02)C 2 4.8 58 AE-3(03)C 3 7.2 87 AE-3(04)C 4 9.6 116 Download Specification CatalogueInquiry to our Engineer Expert Your Email* Your Description ×
