Providing a wide range of low-cost film coating services for wear-resistant applications.
At NanoFilm Technologies Japan, we provide a wide range of low-cost film deposition services for various industries, particularly for wear-resistant applications. Our FCVA technology can produce ta-C films (above DLC level), oxide films (e.g., Al2O3, TiO2), and metal films (e.g., Cu, Al, Ti) with excellent uniformity and quality. 【Features】 ○ Ability to meet diverse customer needs → Utilizing various sources and complete systems, we leverage a range of equipment tailored to different deposition requirements. ○ Experienced research and development engineers → We study the requirements of diverse applications and determine the optimal processes based on that. ○ Established in-house infrastructure for production, research and development, and quality control → We provide high-quality film deposition services to maximize customer satisfaction. For more details, please contact us or download our catalog.
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**Coating Service Introduction** ○ Carbon-based "ta-C": Many advantages with thin film properties → High hardness → Variable film thickness → Low surface energy → Excellent adhesion → Excellent non-adhesion → Low wear rate → Low friction coefficient (high contact angle) → Easy peelability (via RIE process) ○ Metal-based "Micc": Excellent metal film with release properties → Compatible with handling and processing conditions of H-Cr → Can efficiently peel off the film → Significantly reduces adhesion issues in green epoxy molding compounds → Greatly extends the interval between maintenance cycles ● For more details, please contact us or download the catalog.
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Our development technology has obtained international patents and plays a significant role in society. The super DLC (hydrogen-free ta-C film) produced by the FCVA method is formed through a completely different process compared to DLC films generated by existing PVD and CVD methods. Additionally, there is a composite metal film called "Micc film" that excels in release properties between metals and plastics. Coating films produced by the FCVA method are currently being rapidly adopted in fields such as the hard disk industry, precision machinery industry, and semiconductor industry, and future expansion into the automotive industry, nanoimprint industry, and biomaterials field is anticipated.
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