Achieving non-wetting cooling | Controlling cooling speed with a water-saving dual-fluid spray nozzle.
The precision two-fluid nozzle "BIM" series allows for precise control of cooling speed through fine and high-precision spray atomization, efficiently cooling the target without wetting it.
It cools objects without wetting them using an extremely fine mist spray, allowing for precise adjustments in cooling rates for temperature management of steel plates and castings. Additionally, its design minimizes clogging, maintaining stable performance over long periods. It achieves uniform cooling in the manufacturing processes of metals and molded products, supporting improved production efficiency. [Features] - Non-wetting cooling: The fine and uniform spray efficiently cools objects without wetting them. - Flexible control of cooling speed: Temperature management during the cooling process can be adjusted. - Clog-resistant design: Maintains stable spray performance over extended periods. - Wide applicability: Compatible with various objects such as metal parts, molded products, steel plates, and castings. - High-efficiency production support: Achieves uniform cooling, enhancing productivity and quality. *We also offer a wide range of other spray nozzles. For quotes, custom requests, or any concerns regarding nozzles, please feel free to contact us. Phone and online consultations are available at any time.
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
2-fluid nozzle BIM
Applications/Examples of results
[Manufacturing and Metal Processing] Cooling speed control: Cooling of steel plates and molds, temperature management of welded areas. Surface treatment: Uniform application of rust inhibitors and pickling solutions. Powder metal processing: Liquid supply in wet granulation and molding processes. Cooling after heat treatment: Preventing distortion through uniform cooling. [Automotive, Marine, and Aerospace] Cooling of engines and parts: Using mist that does not wet to avoid affecting electronic control components. Painting: Adjusting particle size and flow rate of paint for uniform application. [Chemical Industry] Temperature control of chemical reactions: Cooling of reaction vessels and process lines. Chemical dispersion: Properly adjusting particle size for efficient liquid distribution. [Food and Beverage] Cooling: Temperature management of food and containers after heating. Humidity control: Controlling humidity in manufacturing lines and storage facilities. Cleaning: Cleaning with nozzles that prevent clogging in food manufacturing equipment. [Energy and Power Generation] Turbine cooling: Improving efficiency with non-wetting cooling. Exhaust gas cooling: Reducing exhaust gas temperature while controlling flow rate.
