Generation of porcelain nanoparticles using porcelain as raw material.

**Summary**
We investigated whether porcelain nanoparticles can be produced using a porcelain pestle in an Ishikawa-type stirring and grinding machine. It was found that extremely stable porcelain nanoparticles can be generated in water by stirring and grinding for several days in an aqueous solution.
**Conclusion**
On average, porcelain nanoparticles smaller than 200 nm were produced. The resulting milky solution was stable and dispersed, despite the absence of a dispersant.


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The basic performance of the Ishikawa-style stirring and grinding machine remains the same, with the addition of a heating function. It is a tabletop model and is ideal for use in laboratories and clean rooms due to its stainless steel casing. By adopting a stainless steel bowl, it has the ability to transmit heat uniformly and in a short time. It can perform stirring and grinding processes while heating up to 160°C. It features a transparent acrylic cover, ensuring safety and preventing the scattering of ground materials. It comes standard with an inverter, allowing control of the pestle's rotation speed.