Production and application technology of condensation type room temperature vulcanized silicone rubber
Each member unit:
In order to promote the cultivation of technical talents in the silicone industry, accelerate the growth of technical teams, and promote the improvement and application of organic silicon production and technology, the China Fluorosilicon Organic Materials Industry Association has jointly organized basic silicone training courses with industry authorities for many times. From May 11th to 13th, 2020, "Organic Silicone Advanced Technology Lecture (1): Production and Application Technology of Condensed Room Temperature Vulcanized Silicone Rubber" will be held in this lecture. Professor Cheng Chengyong, a professor-level senior engineer, will give a lecture on general production technology The focus is on introducing advanced practical new technologies, analyzing old product production technology improvements based on specific organic silicon products, and recommending new product research and development technology routes and research plans.
The specific notice is as follows:
I. Organization
Host: China Fluorosilicon Organic Materials Industry Association
Organizer: Beijing Fluorosilicon Technology Development Co., Ltd.
          National Silicon Industry Green Development Strategic Alliance
Co-organizer: Beijing Guohua New Material Technology Center


Second, time and place
Time: May 11-May 13, 2020 (to be planned)
Hotel: Century Royal Hotel Shenzhen
Address: 5 Jizheng Road, Buji Street, Longgang District, Shenzhen
Hotel Phone: 0755-33888888


3. Main training objects
Management, sales, technology and R & D personnel of domestic organic silicon enterprises and scientific research units.


Fourth, teaching experts
Jiang Chengyong Senior Consultant of Silicon Industry Green Development Strategic Alliance. Please refer to the attachment for details


V. Main training content
General production technology of condensation type room temperature vulcanized silicone rubber
⑴Two-component condensation type room temperature vulcanized silicone rubber
① Main component quality requirements and preparation technology
② Silicone rubber processing and preparation technology
③Vulcanizing agent system
④ Packing method and technology
⑤ Application process and equipment
⑵Single-component condensation type room temperature vulcanized silicone rubber
① Classification and characteristics of one-component condensation type room temperature vulcanized silicone rubber
②Basic silicone rubber composition and preparation process
③ Finished Silicone Rubber Preparation Process
④ Application process


Production and application of specific two-component condensation type room temperature vulcanized silicone rubber
Sealed silicone rubber
Mold silicone rubber
Thermal insulation silicone rubber
Damping Silicone Rubber


Production and application of one-component condensation type room temperature vulcanized silicone rubber
Dehydration operation in the production of one-component room temperature vulcanized silicone rubber
Causes of elimination peaks of dealcohol type one-component room temperature vulcanized silicone rubber and elimination methods
Application technology of one-component condensation type room temperature vulcanized silicone rubber


Chemical production equipment improvement and technical know-how
Improved design and manufacturing of chemical production equipment
Tips for design and assembly of silicone rubber mixing equipment


Special Report
◎ Parallel technology of liquid silicone rubber to reduce rubber viscosity and improve vulcanizate strength
◎ Two-component condensation type room temperature vulcanized silicone rubber vulcanization mechanism and deep vulcanization improvement method
◎ Two-component condensation type room temperature vulcanized silicone rubber vulcanizing agent and curing process improvement
◎ Adhesion mechanism and application technology improvement of two-component condensation type room temperature vulcanized silicone rubber
◎ Technical analysis and application of one-component condensation type room temperature vulcanized silicone rubber vulcanization system——with a Russian translation: vulcanization mechanism of one component room temperature vulcanized silicone rubber
◎ Single-component room temperature vulcanized silicone rubber bonding mechanism
◎ Silicon bonding technology
◎ Functional Principle and Preparation of Silicone Tackifying Primer
◎ Study on new method of special reinforcement for non-external solid filler of silicone rubber
◎ Research and innovation of silicone materials——Research examples of condensation type room temperature vulcanized silicone rubber


Those who have passed the training will be issued a training completion certificate by the China Fluorosilicon Organic Materials Industry Association.


Training costs
Remittance before April 25: 8,800 yuan / person, after April 25, remittance 9,300 yuan / person.
Note: Participants of the training course and the 17th Conference of Organic Silicon Fine Chemicals will receive a 1,000 yuan discount on the overall price.
Remittance account information (please indicate "organic silicon in-depth technical lecture" when remittance):
Account name
Beijing Fluorosilicon Technology Development Co., Ltd.
Bank
ICBC Beijing Huaxin Sub-branch
account number
0200 2282 0920 0003 018
The training fee includes training fee, library card, catering and other miscellaneous expenses.
The accommodation is arranged uniformly and the expenses are at your own expense. Accommodation fees are paid on site. Please fill out the receipt form carefully and the conference group will reserve a room for you.
Shared room: 169 yuan / day / person (including breakfast, shared room for two)
Standard room: 338 yuan / room (including breakfast); single room: 338 yuan / room (including breakfast)


Seven, registration and registration matters
Due to the limited space, the training class is limited to 60 people, and the registration form with the official seal of the unit (the scanned copy is valid) shall prevail. Seats will be arranged according to the registration time. Registration deadline is May 6, 2020.
Contact:
Tang Naimei 18210097596
Li Jie 18971475939 (micro-same)
Chen Ruiqian 13545074208
Ma Xinhua 13911175423 (micro-same) cafsi@sif.org.cn
Zheng Donghao 13301237632 (micro-same) cafsi@sif.org.cn


Introduction of Lecture Experts
Jiang Chengyong Senior Consultant, Silicon Industry Green Development Strategic Alliance
Former Deputy Chief Engineer, Chengdu Organic Silicon Application Research Center, Ministry of Chemical Industry
Professor-level senior engineers enjoy special government allowances from the State Council. Won a number of awards such as the National Defense Science and Technology Commission, the Ministry of Chemical Industry, etc., and was awarded the title of “Advanced Workers in Defense Military Industry Cooperation” by the State Planning Commission, National Defense Science and Technology Commission, National Science and Technology Commission, and National Economic and Trade Commission. Since 1968, he has been engaged in the synthesis and application of organic silicon materials for a long time, training organic silicon technical talents, obtaining a number of scientific research results, and has been industrialized production and application. He has published more than ten academic papers in international chemical journals, and nearly one hundred academic papers in many domestic chemical and chemical journals and organic silicon academic conferences. Author of "organic silicon chemical process experiment" and other monographs.
He graduated from the Department of Chemistry of Peking University in 1965 and graduated from the Department of Chemistry of Peking University in 1968. From 1968 to 1969, he worked in Chongqing Dongfanghong Reagent Factory. From 1970 to 1982, he worked at the Second Branch of Chenguang Chemical Research Institute of the Ministry of Chemical Industry (now Zhonghao Chenguang Chemical Research Institute) and served as the director of the organic silicon workshop. From 1982 to 1983, as a specially invited visiting scholar of Dow Corning Corporation, he did research on silicone polymers for Dow Corning Corporation at the Polymer Research Center of the University of Cincinnati. In 1984, he was assigned by the Ministry of Chemical Industry to work at the Chengdu Organic Silicon Application Research Center of the Ministry of Chemical Industry (now the China Blue Chenguang Chemical Research Institute), and was responsible for the key national scientific research projects and the deputy chief engineer of the Chenguang Chemical Research Institute. After retiring from China Blue Chenguang Chemical Research Institute in 2001, he was invited as a technical consultant for many domestic silicone companies and scientific research institutes to train professional silicone technicians, or set up silicone production projects, teach advanced production technology, and guide new silicone products. research and develop.