Methods for adjusting hard coatings that require stain resistance, static electricity prevention, refractive index control, and flexibility.
【Venue】 Tokyo Chuo Ward Industrial Hall 4F, Meeting Room 1【Tokyo, Chuo Ward】 【Date and Time】January 30, 2015 (Friday) 11:30-16:15 【Speakers】 Part 1: Yasuji Yamada, Ph.D., Guest Professor, Kanagawa University Institute of Engineering, Iwate University Faculty of Engineering Part 2: Satoshi Shiota, Manager, 2nd Division, 3rd Headquarters of Technology Development, DNP Fine Chemicals Co., Ltd. Part 3: Haruhisa Togashi, Research and Development Department, Electronic Materials Division, Arakawa Chemical Industries, Ltd.
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basic information
**Lecture 1: Purpose of the Lecture** Today, hard coating agents have become indispensable materials in industrial applications such as electronic materials, automotive components, display materials, and glass alternatives, primarily for the purpose of surface protection. Hard coating agents can be broadly classified into organic hard coatings, inorganic hard coatings, and organic-inorganic hybrid coatings. In this lecture, we will clearly explain the overview of these various hard coating agents, material design, and property evaluation, as well as provide an overview of high-functionality technologies adapted to a wide range of applications and recent development trends. **Lecture 3: Purpose of the Lecture** UV hard coating agents have been increasingly used, primarily in display-related applications, to prevent scratches on film surfaces. The recent market demands further functionalities such as increased hardness, dirt resistance, static prevention, and refractive index control. This lecture will introduce approaches from both material and resin design perspectives, covering the fundamentals as well as recent trends in response to these demands.
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57,240 yen (including tax, text costs, and lunch) for 2 people from 1 company.
Price range
P2
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P2
Applications/Examples of results
Part 1: Design, Adjustment Methods, and Property Evaluation of Hard Coating Agents ~Design of Coating Materials for Optical Applications Using Organic-Inorganic Hybrids~ [11:30-12:45] Part 2: Design of UV-Cured Hard Coatings Using Surface-Modified Silica and Imparting Flexibility [13:30-14:45] [Program] 1. Development of UV Hard Coating Materials 2. Development Cases 2.1 Hard Coating Materials (1) High Hardness Type (2) Molding Type - For In-Mold Molding - For Vacuum Molding (3) High Refractive Index Type [Q&A and Business Card Exchange] Part 3: High-Function Design of UV-Cured Hard Coating Agents ~Reducing Curl and Increasing Hardness~ [15:00-16:15] Instructor: Haruhisa Togashi, Research and Development Department, Electronic Materials Division, Arakawa Chemical Industries, Ltd. [Program] 1. About Hard Coating Agents 2. Design of UV-Cured Hard Coating Agents 3. High Functionality and Functionality Imparting of UV-Cured Hard Coating Agents 3-1 Reducing Curl 3-2 Increasing Hardness 3-3 Self-Healing Properties 3-4 Ease of Processing 3-5 Refractive Index Adjustment 3-6 Imparting Stain Resistance and Fingerprint Resistance [Q&A and Business Card Exchange]
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![[Example] Providing anti-soiling and anti-reflective functions to optical films.](https://image.mono.ipros.com/public/product/image/967/2000645166/IPROS66666003853876161168.jpeg?w=280&h=280)
