14L/min discharge rate! Solving shower pressure issues with double the discharge rate of conventional products.
OKE-MB05FJ is a nozzle with a discharge rate of 14L/min (at 0.15MPa). It has double the discharge rate compared to OKE-MB01FJ. OKE-MB05FJ resolves the shower pressure deficiency of OKE-MB01FJ.
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basic information
----<Developer's Explanation>---- The photo was taken in winter. When 42°C water is filled in the bathtub, it becomes so cloudy that the bottom is not visible at about half the height of the bath. In winter, tap water contains a lot of dissolved gases, making it 3 to 4 times more concentrated than in summer. Furthermore, since the Osaka City Waterworks Bureau uses ozone disinfection, there is a possibility that the dissolved oxygen content is high. On March 4th, I attached a regular showerhead and tested how cloudy it would become when placed in the bathtub (see the photo above). Because the flash was used during the shoot, it appears slightly more concentrated than it actually is. The reason it looks dense is likely due to light scattering and the reflection of bubbles that are not visible to the naked eye. 【Features】 ● This nozzle has a very high efficiency for generating microbubbles. ● It has a self-aspirating gas inlet, making it very versatile. ● Hot water is cloudier than cold water. (This is evidence that sufficient microbubbles are being generated.) ● The nozzle has a high air self-aspiration rate, and when used with seawater, it generates many microbubbles. ◎ A catalog for the same type, OKE-MB01, is available. If you are interested, please download it for more information.
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Company information
Our main business is the design of specialized machine tools for processing automotive parts and similar items. We have been researching microbubbles since 2000. In 2006, we developed a loop flow microbubble generation nozzle. We applied for a patent, which was published in May 2008. Since spring 2008, we have been supplying a special type to a company that sells ozone microbubble shower devices. General sales began in 2009.
![[Data] Learning from Application Cases of Fine Bubbles](https://image.mono.ipros.com/public/product/image/228/2000882647/IPROS85416728696174713324.png?w=280&h=280)
