How to form an inorganic thin film on a plastic substrate? How to control its parameter settings, composition, and structure?
**Abstract of the Lecture** Functional plastics, which have functional inorganic materials formed on their surfaces, are gradually replacing traditional inorganic materials in various fields such as electronics, information and displays, automotive, environment, energy, living materials, and biomedical applications. However, compared to glass, plastics have relatively limited temperature conditions for substrate during film formation, making the film formation technology challenging. Additionally, due to their low surface energy, it is difficult to ensure adhesion with inorganic material films, and controlling the growth of inorganic films is also challenging. In this seminar, we will outline conventional technologies for inorganic film formation on plastic substrates and discuss solutions to the challenges and future developments.
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basic information
Lecturer (Exclusive) YIC Kyoto Institute of Technology Principal Dr. Masato Sugiyama, Engineer (Applied Science) Sugiyama Engineering Office (Formerly Teijin, Oike Industries, etc.) Target Audience: Company representatives interested in displays and plastic substrates Venue: [Osaka Prefecture, Moriguchi City] Moriguchi City Civic Hall (Satsuki Hall Moriguchi) Room 23, 2nd Floor About a 5-minute walk north from Keihan Moriguchi Station About a 1-minute walk west from Exit 4 of Tanimachi Line Moriguchi Station Date and Time: July 19, 2011 (Tuesday) 13:30-16:30
Price information
46,200 yen (including tax and text costs) for up to 2 people from one company. *However, this is limited to Tech-Zone members who apply by July 5. Membership registration is free. *After July 5, the regular price will be 49,350 yen (including tax and text costs) for up to 2 people from one company.
Price range
P2
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P2
Applications/Examples of results
1. Film Formation Technology for Plastics 1.1 The World Opened by Film Formation Technology for Plastics 1.2 Plastics and Inorganic Materials 1.3 Film Formation Technology on Plastic Substrates 1.3.1 Dry Coating 1.3.2 Wet Coating 2. Key Points and Issues in the Development of Film Formation Technology for Plastics 2.1 Characteristics and Advantages/Disadvantages of Dry Processes 2.2 Thin Film Formation on Plastic Substrates 2.3 Control of Basic Parameters for Film Formation 2.4 Control of Uniformity in Composition and Structure 2.4.1 Single-Sheet Substrates 2.4.2 Long and Wide Films 3. Elemental Technologies for Film Formation on Plastics 3.1 Behavior of Plastics During Film Formation 3.2 Thermal Flow Analysis on Substrates 3.3 Improvement of Adhesion 3.3.1 Mechanisms and Countermeasures for Adhesion 3.3.2 Reduction of Stress 3.3.3 Undercoating 3.3.4 Surface Modification [Q&A]
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