Hydrophilic coating that prevents dirt such as drips from outdoor installations from adhering! Strong protection against UV rays and acid rain.
The "PROSPEC H-8 Equipment Anti-Soil Coat Hydrophilic" forms a high-hardness glass film that exhibits excellent effects over a long period. After a certain period post-application, it becomes hydrophilic, preventing the adhesion of streaks even on outdoor equipment that is not regularly cleaned, thereby contributing to reduced maintenance work. It forms a hard and strong film with a pencil hardness of 8H, protecting the material from various factors that can cause deterioration. 【Features】 ■ Powerful anti-soil effect utilizing "automotive reactive glass coating technology" ■ Forms a high-hardness glass film that exhibits excellent effects over a long period ■ Hydrophilic type that prevents streaks from adhering even on neglected items ■ Contributes to reduced maintenance work ■ Strongly guards against oils (sebum), as well as ultraviolet rays and acid rain *For more details, please refer to the PDF document or feel free to contact us.
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【Specifications】 ■Set Contents - Main agent × 1 bottle (100mL) - Dedicated sponge × 2 pieces - Dedicated cloth × 2 pieces ■Quantity: 1 c/s = 6 pieces ■Coverage Area: Approximately 20m² with 1 bottle (100mL) *For more details, please refer to the PDF document or feel free to contact us.
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【Usage】 ■Metal surfaces (stainless steel areas) such as metal exteriors, signboards, outdoor surveillance cameras, outdoor tanks, as well as painted surfaces and sanitary ceramics. *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," 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."