Simultaneously addressing COVID-19 measures and maintaining aesthetics in various facilities within public spaces, educational institutions, commercial facilities, and theme parks used by a large number of unspecified individuals.
"PROSPEC H-7 Equipment Anti-Soiling Coat with Antiviral Properties" is a reactive glass-based coating agent for buildings and interior equipment, utilizing the automotive coating technology that our company has developed over many years. It incorporates antiviral components firmly during the curing reaction with moisture in the air, forming a very hard and transparent film, thereby demonstrating long-lasting anti-soiling and antiviral properties simultaneously. With easy maintenance, it can help maintain the aesthetic appeal and hygiene management of facilities.
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basic information
A reactive glass-based coating agent for buildings and indoor facilities. It contains special antiviral components in the liquid, and after application, it incorporates these antiviral components during the curing reaction with moisture in the air, forming a very hard and transparent film with a pencil hardness of 7H. This coating provides two simultaneous functions: long-term dirt resistance and antiviral properties to the substrate it is applied to. The liquid has excellent spreadability and is easy to wipe off, ensuring superior workability. Simple maintenance with just water wiping helps maintain the aesthetic appeal of the facility and contributes to hygiene management.
Price information
Please contact us for the price.
Delivery Time
※The delivery date may vary depending on the quantity, so please feel free to contact us.
Applications/Examples of results
We are being adopted in public facilities, educational institutions, and commercial facilities used by a large number of unspecified individuals.
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Company information
Soft99 Corporation has been utilizing its core technology, "functional thin film coating technology," which it has developed in the automotive industry since its founding, across various fields, producing significant results such as maintaining aesthetics and reducing maintenance frequency. In recent years, efforts have been underway to provide solutions that address the issues of poor adhesion and bonding of difficult-to-adhere materials through a newly developed "surface modification treatment technology."