Imparting water-repellent and release properties to the fine uneven surfaces of metal parts! Fluorine coating vapor deposition technology!
Katsurayama Technology's "deposition treatment" is a technique for forming thin films by heating and evaporating fluorine thin film materials in a vacuum, then condensing and solidifying them on the substrate surface. At Katsurayama Technology, we use fluoropolymer as the raw material, and since the maximum temperature of the entire process is low at 50°C, we can perform surface treatments that minimize thermal impact on the substrate. [Features] ■ Low-temperature treatment ■ Vacuum deposition treatment Our surface treatment methods include two options: 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 machinery itself are subject to consultation) *For more details, please refer to the catalog. Feel free to contact us with any inquiries.
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basic information
【Adoption Results】 ■Inkjet Heads →Improved Printability ■Molds for Optical Components →Improved Release Properties ■Stamping Molds →Improved Release Properties, Reduced Tact Time ■Molds for Nanoimprinting →Improved Release Properties, Conformability to Fine Shapes ■Jigs for Transfer Processes (such as Gravure) →Improved Transferability (No Release Agent) ■Photomasks →Prevention of Resist Adhesion ■Probes for AFM and STM →Prevention of Foreign Matter Adhesion *For more details, please refer to the catalog. Feel free to contact us.
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Applications/Examples of results
【Applications】 ■ Coating of fine uneven surfaces of metal parts ■ Providing water-repellent, oil-repellent, and dirt-resistant properties, etc. *For more details, please refer to the catalog. Feel free to contact us as well.
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Company information
Katsurayama Technology Co., Ltd.'s proprietary technology, "NANOS," for organic thin film treatment forms a nano-order thin film on the surfaces of materials such as glass and metal, modifying the surface properties to impart new functions such as water and oil repellency. It is already being used in various fields both domestically and internationally, including mobile phones, smartphones, digital cameras, printers, copiers, LCDs, LEDs, and semiconductor-related applications. We will continue to advance application development and proprietary technology development to support technological innovation in the era of nanotechnology.
