Case studies of deterioration restoration coating agents for paint gloss revival *Public and commercial facility signs, etc.
Suppress re-deterioration of the painted surface! Maintenance after construction can reduce both time and costs.
There are still many signs made of paint, such as those found in commercial facilities, companies, schools, hospitals, and inside factories. Since these signs are installed outdoors, the paint surface deteriorates due to UV rays and rain, causing light to scatter, losing its shine, and appearing faded. If left unattended, this can lead to dirt accumulation, eventually making maintenance difficult and potentially lowering the image of the facility itself. By applying Soft99's "Deteriorated Paint Gloss Restoration Coating," the aesthetics of the deteriorated paint surface can be significantly improved. Compared to repainting, this offers substantial cost savings. 【Benefits of Application】 ■ Improved visibility of displayed content ■ Reduced dirt adhesion ■ Minimal maintenance time required ■ Lower repair costs ■ Maintains a clean appearance, enhancing image *For more details, please refer to the PDF document or feel free to contact us.
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【Features of Deteriorated Coating Gloss Restoration Agent】 ■ Stain Resistance: Dirt does not adhere and can be easily wiped off with water. ■ Weather Resistance: Protects against UV rays and acid rain. ■ Rust Prevention: Prevents deterioration due to corrosion. ■ Glossiness: Creates a beautiful shine with a glass-like film. *For more details, please refer to the PDF document or feel free to contact us.
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【Case Studies】 ■Facility Signage ■Indoor Information Boards *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."