Synthesis technology of phenolic resins and their derivatives and their application development.
★A must-see for those who want to easily learn the basics and structural control of phenolic resins!! ★Detailed explanation of the applications of phenolic resins and phenolic derivatives!
【Speaker】Mr. Shigeki Inatomi, Technical Advisor at Asahi Organic Chemicals Industry Co., Ltd. (Former Asahi Organic Chemicals Fellow) 【Venue】Kawasaki City Industrial Promotion Hall, Conference Room 2 【Kanagawa, Kawasaki Station】7 minutes on foot from JR and Keikyu Kawasaki Station 【Date and Time】January 20, 2011 (Thursday) 13:00-16:30 【Capacity】30 people *Registration will close once full. Please apply early. 【Admission Fee】47,250 yen per person (including tax and text costs)
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basic information
[Lecture Summary] This presentation will provide a detailed explanation of the selective synthesis reactions of phenolic resins that the speaker has been involved with for 30 years, as well as the synthesis of clearly defined phenolic derivatives that are extensions of this work. It will also discuss the applications of the resulting phenolic products, supported by as many practical examples as possible.
Price information
New members who apply for the first time by January 11 will receive an early bird discount price of 42,000 yen. If two people apply from the same corporation, the price is 71,400 yen.
Price range
P2
Delivery Time
P2
※Expected arrival date of the enrollment ticket.
Applications/Examples of results
1. Basics of Phenolic Resins - Phenolic Compounds as Natural Products - Raw Materials - Formation Reaction of Resole Resins - Formation Reaction of Novolac Resins - Reactions of Phenolic Compounds with Other Intermediates Besides Formaldehyde 2. Structural Control of Phenolic Resins - Structural Control of Resole Resins - Structural Control of Novolac Resins 3. Examples of Synthesis of Phenolic Derivatives - Methylenated Phenols - Bisphenols - Linear Hexameric Phenols - Radial Trisphenols - Hexakisphenols - Industrial Production of TEP-DF (1,1,2,2-Tetrakis(4-hydroxyphenyl)ethane) - Other Special Phenolic Derivatives (such as Cyclic Compounds) 4. Curing Reactions of Phenolic Resins - Curing Reactions of Resole Resins - Curing Reactions of Novolac Resins 5. Applications of Phenolic Resins - General Industrial Applications - Electronic Material Applications (Focusing on IC Encapsulation Materials and Photoresists) 6. Applications of Phenolic Derivatives - Polymer Applications - Electronic Material Applications (Focusing on Epoxy Resins and Photoresists) - Applications of Inclusion Compounds 7. Summary 【Q&A, Individual Consultations, Business Card Exchange】
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