Anti-fouling treatment technology "Organic Nano Thin Film Treatment NANOS" <Glass for Scanners>

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last updated：Nov 17, 2022

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Added "stain adhesion prevention and maintenance improvement" features to the scanner glass! Testable.

The organic nano-thin film treatment technology "NANOS" can apply functional films that enhance water repellency, oil repellency, stain resistance (fingerprint resistance), and slip (dynamic friction coefficient) to metal and glass substrates such as stainless steel (SUS) and nickel (Ni) through spray treatment and vacuum deposition using a special fluoropolymer. The maximum temperature of the entire process is 80°C, which minimizes thermal impact on the substrate, and since it is colorless and transparent, it has little effect on optical properties. 【Examples of Use】 ■ Target: Contact glass for scanners ■ Purpose: Preventing dirt adhesion and improving maintenance 【Features】 ○ Excellent water and oil repellency Pure water: over 110°; n-hexadecane: over 68° ○ Control of thin film thickness Spray treatment: 5–10nm (can be controlled in 1nm increments) Vacuum deposition: 5–45nm (can be controlled in 5nm increments) ○ Minimal impact on optical properties (colorless and transparent) ○ Low-temperature process Our surface treatment methods include both deposition and spray methods. You can specify the treatment method, or you can leave it to us. Please feel free to consult with us! (Sales of the main machine are subject to consultation)

Related Link - http://www.katsurayama-tech.com/tandk/service01.ht…

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basic information

**[Adoption Results and Effects]** **[Spray Method]** ○ Contact glass for scanners → Prevention of dirt adhesion, improved maintenance ○ Optical components (lenses, cover glass, etc.) → Water repellency, prevention of dirt (fingerprint) adhesion ○ Touch panels → Prevention of dirt (fingerprint) adhesion ○ Metal masks for solder printing → Improved printability, reduced maintenance **[Vacuum Deposition Method]** ○ Inkjet heads → Improved printability ○ Molds for optical components → Improved release properties ○ Stamping molds → Improved release properties, reduced tact time ○ Nanoimprint molds → Improved release properties, high conformity to fine shapes ○ Jigs for transfer processes (such as gravure) → Improved transferability (without release agent) ○ Photomasks → Prevention of resist adhesion ○ Probes for AFM and STM → Prevention of foreign matter adhesion ● For more details, please contact us or download the catalog.