Examples of adopting anti-fouling, antibacterial, and antiviral coatings in public and educational facilities.
Forms a very hard and transparent coating! Contributes to maintaining the aesthetic appeal and hygiene management of facilities with easy maintenance.
We would like to introduce our solution to the challenge of "maintaining the aesthetics and hygiene measures of indoor facilities such as public and educational institutions." The 'PROSPEC H-7 Anti-Soil Coating for Facilities with Antiviral Properties' is a reactive glass-based coating that applies automotive coating technology to the interiors of buildings and facilities. By applying this product, it is expected to contribute to infection prevention measures in public facilities where many users gather, as well as reduce the maintenance burden of the treated equipment. 【Benefits of Application】 ■ Difficult for dirt to adhere ■ Reduced maintenance time ■ Reduced burden on employees and lower outsourcing costs ■ Decreased maintenance costs ■ Improved hygiene measures lead to increased reassurance for users *For more details, please refer to the PDF document or feel free to contact us.
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【PROSPEC H-7 Equipment Anti-Soil Coating Antiviral Features】 ■Anti-Soil Performance: Provides long-lasting anti-soil effects, reducing maintenance. ■Antiviral Performance: Antiviral properties are sustained over a long period. ■Antibacterial Performance: Antibacterial properties are sustained over a long period. *For more details, please refer to the PDF document or feel free to contact us.
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【Case Studies】 ■School Facilities ■Commercial Facilities ■Care Facilities *For more details, please refer to the PDF document or feel free to contact us.
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Soft99 Corporation has been utilizing its core technology, "functional thin film coating technology," cultivated in the automotive industry since its founding, across various fields, producing tangible results such as maintaining aesthetics and reducing maintenance frequency. In recent years, efforts have been underway to provide solutions to the issues of poor adhesion and bonding of difficult-to-adhere materials through the newly developed "surface modification treatment technology."