Microbubble Research Report: Verification through Cavitation
Verification of micro fine bubble generation due to cavitation! Introducing the report of the test results!
We conducted an evaluation test to determine whether cavitation, which generates microbubbles, actually occurs in our micro-bubble product. A transparent sample was created based on our product. The testing period was from May 1, 2018, to March 31, 2019. As a result of the experiment, it was confirmed that cavitation occurs solely from the pressure of standard tap water, and that approximately 2% of the air contained in the tap water is being converted into micro-nanobubbles. [Summary] ■ Testing period: May 1, 2018 – March 31, 2019 ■ Request details: - Evaluation test to determine whether cavitation occurs in our product to generate microbubbles. ■ Test results: - Cavitation occurs solely from the pressure of standard tap water. - It was confirmed that approximately 2% of the air contained in the tap water is being converted into micro-nanobubbles. *For more details, please refer to the related link page or feel free to contact us.
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Our company has developed consumer microbubble adapters, such as showerheads that utilize microbubbles and microbubble generators for washing machines that reduce odors from the back of drums and clothing. Recently, through a project involving four companies, including our company, the Tokyo Small and Medium Enterprise Promotion Corporation/Tama Branch and Professor Ninomiya from Nihon University of Technology, it has been found that microbubbles are effective in reducing odors from cutting fluids and maintaining the emulsion state of cutting fluids. Moreover, while many devices for generating microbubbles are pressure-dissolution types that add air, which can promote oxidation and increase the likelihood of rust, our device microbubbles the air contained in tap water, which tends to reduce oxygen and lower the dissolved oxygen (DO) levels. Therefore, it can be said to be optimal for cutting fluids used in machining and cutting. We also believe it can be utilized in inline static mixers.
