Suitable for installation within devices | Compact two-fluid spray nozzle for ultra-low flow rates
The "CBIM" series of small and ultra-low flow two-fluid nozzles is an atomizing nozzle suitable for installation within equipment. It also offers a spray ON/OFF control type.
It is compatible with viscous liquid spraying and can be utilized for various applications, including cooling and humidity control within the device. With a compact design that allows for easy installation in narrow spaces and a diverse lineup, it meets the needs of various manufacturing environments. [Features] - Achieves precise spraying at extremely low flow rates: Delivers high-precision spraying performance despite its small design. - Compatible with viscous liquid spraying: Efficiently sprays a variety of liquids. - Compact design ideal for installation within the device: Small body that is easy to install even in tight spaces. - Supports various applications: Active in diverse applications, including cooling and humidity control. - Diverse lineup: Offers options including spray ON/OFF control types. *We also have a wide range of other spray nozzles available. For quotes or custom requests regarding nozzles, please feel free to contact us. Phone and online consultations are always available.
basic information
*The spray volume, dimensions, and other specifications vary by model number. For details, please refer to the PDF document or feel free to contact us.*
Price range
Delivery Time
Model number/Brand name
Small low-flow two-fluid nozzle / compact atomizing nozzle
Applications/Examples of results
[Cooling and Humidification] Cooling of heat-generating components and humidity control within the device. [Cleaning and Surface Treatment] Precision cleaning and chemical spraying in narrow spaces. [Coating and Spray Drying] Uniform application and spray drying of small amounts of liquid or chemicals. [Reaction Promotion] Chemical solution spraying to enhance the efficiency of chemical reactions. [Atomization of Fuels and Liquids] Efficient atomization of low-flow fuels and liquids.
