The sixth advanced seminar on modification and ext

Advanced seminar on technical essentials of plastic modification and extrusion granulation (phase VI) to relevant enterprises and institutions:

both China and the United States are adjusting to the new globalization and deepening domestic reforms. However, due to different development stages, the two countries have shown different demands on international economic policies. This demand is the driving force of global economic governance. It is expected that from 2018 to 2023, The global engineering plastics market will grow at an average compound annual growth rate of 7.2%

China is a big manufacturing country, but when it really becomes a big intelligent manufacturing country still needs us to redouble our efforts. The country vigorously promotes green and low-carbon economy, sustainable development, science and technology, energy conservation, emission reduction, environmental protection, etc. are bound to become the focus and goal of all mankind

in recent years, with the requirements of the general environment, the enterprise has undergone a major reshuffle and the industry has undergone major changes. Great changes have taken place, "Smart manufacturing "Jiang Huanfa is young and rising strongly!

although the enterprise is facing many difficulties, it should continue to strive to strengthen the plastic industry and strive for more business opportunities by taking the cultivation of technical talents as the core. In order to further improve the skills of enterprise scientific and technological personnel in the plastic field, promote enterprise technological innovation and enhance the scientific and technological content of products, at the request of many enterprises, it was decided to hold an exhibition in Beijing Research Institute of chemical industry on July, 2020 Hold the sixth advanced seminar on plastic modification and extrusion granulation technology essentials, and hope all units to actively participate

Course Outline:

Lecture 1: Compatibility Strategy and phase structure control of polymer multi-component blends

1 The importance of multi-component blending in the creation of new materials and plastic recycling

2 Design and application of multiphase compatibilizer

3 Phase structure control of multiphase blends

4 Relationship between phase morphology and material properties, etc.

Speaker: Professor Xie Xuming Tsinghua University Teaching Class: 2 hours

Lecture 2: high performance and functional modification technology of plastics and its application in 5g communication field

part I: development trend of plastic modification technology

1. application and development direction and trend of plastic modification materials

2. development direction and trend of plastic modification technology

3. application of plastic modification technology and related materials in 5g field

Part II: reinforcement and toughening of plastics

1. basic criteria for plastic blending modification

2. reinforcement and toughening mechanism and methods of plastics

3. reinforcement and toughening of plastics Technology and formulation design skills

Part III: functional modification of plastics

1. filling modification technology and formulation design skills of plastics

2. flame retardant technology and formulation design skills of plastics

3. dielectric property modification technology and formulation design skills of plastics

4. weathering durability modification technology and formulation design skills of plastics

5. other functional modification technologies of plastics

part IV: 5g communication Opportunities and challenges brought about by the exhibition for new chemical materials

1.5g communication technology and material development introduction

2.5g communication technology development requirements for new chemical materials

3.5g equipment core material development and application

4. application of plastic modification technology in 5g equipment materials

Speaker: Professor Wang Xiaodong Beijing University of chemical technology teaching hours: 2 hours

Lecture 3: Application of digital and numerical technology in plastic modification and processing

1 Overview of material performance

(1) relationship between performance and demand

(2) processing performance parameters and evaluation

(3) introduction to digital and numerical technology

2 Polymer processing principle

(1) overview of molding processing

(2) theoretical basis of molding processing

(3) numerical method of molding processing

3 Engineering application based on digital and numerical technology

(1) application of digital technology in equipment and process

(2) effect of thermal field on plastic micro morphology and properties

Speaker: Professor lihaimei Zhengzhou University Teaching Class: 2 hours

Lecture 4: twin screw extrusion principle and screw combination design and optimization

1 Structure design principle and characteristics of twin screw extruder

2 Performance evaluation of twin screw extruder

3 Evaluation method and process characteristics of twin screw modification process

4 Screw element types and characteristics of twin screw extruder

5 Combination principle of each functional section of twin screw extruder

Lecturer: heyadong teaching class: 2 hours

Lecture 5: process and hot spots of formulation design, application and development of modified engineering plastics

1. Position and application of modified engineering plastics in the industrial chain

2. Process of formulation design, application and development of polyester and nylon modified plastics in the past decade

3 Hot spots of future modified engineering plastics and formula design

Speaker: jiayijun, President of Beijing Research Institute of chemical industry teaching hours: 2 hours

Lecture 6: lightweight transportation tools and related processing technologies

1 High performance materials

(1) high performance polypropylene

(2) high performance polyethylene

(3) high performance engineering plastics

2 Automobile lightweight technology

(1) special resin

(2) lightweight technology

3 Interior environment

(1) VOC technology

(2) bacteriostasis technology

Speaker: Dr. guopeng/professor level senior engineer

organization:

support units: Beijing University of chemical technology, Tsinghua University, Zhengzhou University

organization units: Beijing Research Institute of chemical industry Beijing lightward Exhibition Co., Ltd.

sponsor: TBD

time of the seminar:

from 2:00 p.m. on July 2, 2020, report to the Beijing post and Telecommunications Conference Center, arrange accommodation, distribute training materials, etc

the seminar will be held from July 3 to 4, 2020 (the conference room of Beijing Research Institute of chemical industry)

visit Beijing Research Institute of chemical industry on July 4, 2020

the seminar location:

Beijing Research Institute of chemical industry (Huateng science and technology building, No. 123, Zhongguancun North Street, Haidian District, Beijing; walk 687 meters from the exit C of Yuanmingyuan of Metro Line 4)

accommodation: Beijing post and Telecommunications Conference Center: Room: 480 yuan, including breakfast

No. 5, Guajiatun, Haidian District, Beijing (about 15 minutes to the West from exit a of Yuanmingyuan of Metro Line 4)

participants:

plastic engineers and relevant principals; Engineers and relevant principals, process and equipment technicians of plastic modification enterprises; Plastic machinery factory technicians, etc

charging standard:

1. The charge for the seminar is 3980 yuan/person; Before June 20, 3200 yuan/person will be remitted, and the group purchase price will be 2800 yuan/person (more than 5 people); 1500 yuan for undergraduates

2. The round-trip transportation and accommodation expenses shall be borne by themselves. The XX Hotel in Beijing is RMB yuan per night, including a single morning

contact information:

phone:

email: samt_ Cui@/pfpmpc@

contact person: Cuiling No. Kejia

contact person of Beijing Research Institute of chemical industry: jiayijun, President

lecturer resume:

Xie Xuming, Professor/doctoral director of Tsinghua University

he was sent by the Ministry of education to study in Japan in 1981. He graduated from Shinshu University in March, 1985, and received master's and doctor's degrees from Tokyo University of technology in March, 1987 and 1990. He has worked in the Department of chemical engineering of Tsinghua University since 1992 and was promoted to Professor in 1999. In 1999, 2001 and 2005, he was a visiting professor at Tokyo Institute of technology, University of Minnesota and Central University of Japan. Recently, he has been mainly engaged in the modification and assembly of nano materials and the application of composite systems, high-strength and high tensile polymer hydrogels, reactive grafting, phase structure control of multi-component polymer systems, and the restricted condensed state structure of polymers. He has published more than 230 papers in domestic and foreign journals, of which more than 220 have been included by SCI. It has been granted 22 invention patents, including 3 international patents. The first and the Twelfth "Feng Xingde polymer prize" of "polymer" magazine were awarded by the visiting scholar fund of the Japanese Society for the promotion of Science (JSPS), the Distinguished Visiting Professor of the Department of chemical engineering and materials of the University of Minnesota, and Elsevier. Expert of the 14th expert review group of NSFC. Currently, he is the vice president of materials branch of China Society of mechanical engineering; Director of polymer material Committee of Chinese society of mechanical engineering; Director of China composite society and member of micro nano composite Committee; Executive director of polymer materials science and engineering branch of China Materials Research Society; Executive director of fiber material modification and composite technology branch of China Materials Research Society. Deputy editor in chief of Journal of renewable materials, deputy director of editorial board of mechanical engineering materials, editorial board members of Chinese chemical letters, Chinese Journal of polymer science, Journal of functional polymers, polymer materials science and engineering, and China plastics

professor wangxiaodong/doctoral tutor

january2003 - now, Professor, doctoral supervisor, School of materials science and engineering, Beijing University of chemical technology

january2011 - december2011, visiting scholar, Department of chemistry, the sixth University of Paris (Pierre and Marie Curie University), France

January2002 - December 2002, visiting scholar, Central Research Institute of Kolon industrial group, Korea

1998 October - December 2001, Associate Professor, School of materials science and engineering, Beijing University of chemical technology, July 1996 September 1998, postdoctoral researcher, RD Center of Doosan Electronics Group, Korea

research field:

diversified design and preparation of phase change energy storage materials and their multifunctional microcapsules

high performance and multifunctional modification and processing of engineering plastics and their composites

structural design and preparation of organic-inorganic polymer/inorganic nano hybrid and composite systems

molecular design and synthesis of epoxy functional polymer materials

synthesis of biodegradable plastics The computer system shall complete the a/d conversion, data calculation and waveform display of one or more data channels. The preparation and performance of electronic materials include printed circuit substrate composite materials, dry film optical materials, optoelectronic components and integrated circuit packaging materials. Professor lihaimei/doctoral director

social part-time job: member of society of Polymer Engineering, expert of Henan Safety Committee (), etc

scientific research achievements: over the past ten years, as the host or technical backbone, he has completed nearly 20 national, provincial and ministerial projects, including national "Eighth Five Year Plan" key projects, National Natural Science Foundation key projects and national "863" projects, focusing on rubber and plastic product molding and mold technology; It has won one second prize of the national science and technology progress award, two first prizes of Henan science and technology progress award, one first prize of the former Ministry of chemical industry science and technology progress award, and more than 20 awards of various kinds, such as the Provincial Department of education, the Provincial Department of machinery, the conference excellent papers, etc. He has published more than 70 papers and treatises, edited 4 books and 5 sets of proprietary copyright software. He has successively participated in the research and development of two important software, injection molding analysis, finite element and optimization design, which are independently copyrighted in China; A numerical simulation method for transient thermal and magnetic coupling analysis of three-dimensional multi cycle mold temperature field with heat source is established, and the calculation of thermal residual stress and warpage deformation of injection molded products is realized

research direction:

main research interests: 1) new forming process and its numerical simulation technology; 2) Multi-disciplinary and multi-scale problems in polymer molding processing; 3) The theory and method of prediction of molding quality and molding defects of plastic products

professor heyadong/doctoral director

he was admitted to the Mechanical Department of Beijing University of Chemical Technology in 1989, and has been studying and studying in Beijing University of chemical technology since graduation