Technology for improving the ease of removing adhered dirt from high-temperature substrate surfaces has been announced.

About a year and a half ago, we announced a technology that improves the ease of removing carbonized polymers derived from food and other sources that adhere to the surfaces of kitchen cooking equipment, such as IH cooking heaters, gas stove glass tops, and oven/range interiors. This technology is still evolving! It can also be utilized in high-temperature environments such as factory lines, not just in kitchen-related applications. We will reissue the release materials, including the technical mechanism and evaluation examples, so please take a look.
Additionally, our "Electrostatic Repulsion" technology, "Titania High Coat Z," is an inorganic metal ion-based water-dispersible film liquid that does not contain organic substances such as binder components. Once formed into a film, it is resistant to high temperatures, making it suitable not only for general anti-fouling applications but also for flame-retardant building materials designed for high-temperature conditions.
For more detailed technical information, please contact us through our website.

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