Biography: Biwang Jiang, Ph.D.of State University of New York, Postdoctor at the University of California, Berkeley, Chairman and Chief Scientist of Suzhou Nanomicro Technology Co., Ltd.

Jiang has been successively selected into national major talents and innovation and entrepreneurship talents of the Ministry of Science and Technology,etc.  and an honorary citizen of Suzhou City. After returning to China, he founded the Nanomicro Materials Research Center of Shenzhen Graduate School of Peking University and served as the professor and director of the center. Currently, the center has been rated as the key laboratory of Shenzhen and the key laboratory of nano-micron materials of Guangdong Province.

In October 2007, Jiang set up Suzhou Nanomicro Technology (SH: 688690)which integrates interdisciplinary technologies. In the practice of more than ten years of continuous R&D and innovation, Suzhou Nanomicro Technology has a lot of independent core technology, such as substrate particle, surface bonding chemistry, industrial scale production. During the entrepreneurship, Jiang embraced an age of opportunities and challenges.

Abstract:The main content is to share the precise preparation technology of high-performance microsphere materials and their applications in different downstream industries. It presents the latest progress of the NanoMicro team in the preparation and application of microspheres. The products include high-performance chromatography analysis and separation media based on polymer or silica gel, solid-phase extraction media, liquid crystal display spacer microspheres, standard particles, enzyme carriers, drug carriers, ACF conductive microspheres, fluorescent microspheres, magnetic beads, light-scattering agent microspheres, etc., which are widely applied in various fields such as biopharmaceuticals, flat panel displays, LED lighting, food testing, enzyme catalysis, environmental monitoring, standard measurement, and medical diagnosis. Many technologies and products of NanoMicro Technology have broken the long-term monopoly of foreign countries and filled the domestic gap.

Biography: Pingcang Feng is a German doctor of engineering, specializing in the field of ultrafine grinding and grading technology. He has been engaged in the research and development, design, manufacturing and sales of new products in Germany and Japan for more than 20 years. During the doctoral study in Germany from 1987 to 1990, I optimized the shortcomings of high energy consumption of fluidized bed gas mill and applied for 4 German invention patents at one time. From 1991 to 1998, he successively applied for 4 German invention patents, which completely solved the industrial problem of small grinding medium separation of wet ultra-fine grinding equipment.

2003-2017 returned to China and founded Beijing Ruichi Tuo Wei Technology Co., LTD., the successful development of ultra-large, ultra-fine grinding equipment completely broke the foreign technology monopoly, widely used in new materials (chip polishing liquid, integrated circuit, carbon nanotubes, 3D-additive manufacturing, graphene, etc.) and titanium dioxide, chemical fiber new materials, high-tech ceramics. The company participated in the national 863 project to develop gold ore processing equipment to fill the domestic gap. On November 15, 2017, Sichuan Ruiche Tuowei Machinery Manufacturing Co., Ltd. was invested and established, aiming at the research and development of nano ultra-fine grinding equipment with high technology content and high added value. In July 2019, the company successfully developed the world’s first equipment that can be used for asphalt grinding, overcoming unfavorable mining conditions such as high temperature and high viscosity, and creating ultra-high profit value for customers. In 2020, we will successfully develop the world’s largest single lithium cathode material - lithium iron phosphate grinding equipment, which will make a great contribution to the rapid growth of new energy lithium ion batteries in China. Sichuan Ruichi established more than 6 years in the company’s sales performance doubled year after year.

2003-2017 returned to China and founded Beijing Ruichi Tuo Wei Technology Co., LTD., the successful development of ultra-large, ultra-fine grinding equipment completely broke the foreign technology monopoly, widely used in new materials (chip polishing liquid, integrated circuit, carbon nanotubes, 3D-additive manufacturing, graphene, etc.) and titanium dioxide, chemical fiber new materials, high-tech ceramics. The company participated in the national 863 project to develop gold ore processing equipment to fill the domestic gap. On November 15, 2017, Sichuan Ruiche Tuowei Machinery Manufacturing Co., Ltd. was invested and established, aiming at the research and development of nano ultra-fine grinding equipment with high technology content and high added value. In July 2019, the company successfully developed the world’s first equipment that can be used for asphalt grinding, overcoming unfavorable mining conditions such as high temperature and high viscosity, and creating ultra-high profit value for customers. In 2020, we will successfully develop the world’s largest single lithium cathode material - lithium iron phosphate grinding equipment, which will make a great contribution to the rapid growth of new energy lithium ion batteries in China. Sichuan Ruichi established more than 5 years in the company’s sales performance doubled year after year.

Abstract:

Biography: Fan Jiangfeng, graduated from the Department of Polymers, School of Chemistry, Peking University in 2005. He has worked in enterprises and institutions such as the National Nanoscience Center and Guona Technology Co.LTD. Dr. Fan found Beijing Highnano Technology Co. LTD with Dr. Liu in 2015, and then established the group company Jiangsu Nanomade Optoelectronic Co.LTD in 2020. Nanomade Optoelectronic Co.LTD is mainly engaged in the R&D and industrialization of nano-silver wire materials and devices, and is committed to becoming a optoelectronic nano-material enterprise with technological genes. Nanomade Optoelectronic Co.LTD has overcome the reliability problem of nano-silver wire, and has realized the large-scale shipment of nano-silver wire in the field of small and medium-sized touch screen, which is applied in the fields of notebook, PAD, industrial control, education blackboard, transparent heating, electromagnetic shielding, etc.

Dr. Fan Jiangfeng has many years of basic research, industry-university-research and entrepreneurship experience, and has been committed to the road exploration of transforming scientific research results into market products, and has achieved certain results.

Abstract:  This report mainly discusses how NanoMeida Optoelectronics has solved the standardization problem of touch display screens through the uncovered touch screen form of nano silver wires. The uncovered touch screen becomes the preferred solution for flexible screens, expansion screens, and laptops.

Biography:Professor/Ph.D. supervisor of Tongji University, director of the Institute of Functional Materials of the Yangtze River Delta National Technology Innovation Center, founder of Weipu Technology Group, Pulitong New Materials and other enterprises, attaches great importance to promoting the transformation of scientific and technological innovation and talent training in the field of new materials and medical technology, and his research fields include functional interface materials, bio-nanomaterials and immune regulation, etc., as the project leader and main undertaker, he has completed more than 40 vertical and horizontal scientific research projects, published more than 120 academic papers, and authorized more than 50 invention patents.

Abstract:At the present and future when the economic development cycle and the world pattern have undergone major changes, combined with the wave of the times from industrial economy to innovation economy, this speech focuses on the field of domestic medical devices, analyzes the relevant policies, research hotspots, application scenarios and market prospects of medical biomaterials, and explores the main modes and development paths of innovation and transformation of biomaterials in the field of medical science and technology. Combined with the development process of medical science and technology at home and abroad, the future trend and development pattern of biomaterials in the innovation and transformation of medical science and technology are discussed.

Biography:Ph.D. Dong zhengya, Professor of School of Chemistry and Chemical Engineering, Shantou University, Founder and president of Moge um-Flow Technology Co., Ltd., Researcher at the Chemistry and Chemical Engineering Guangdong Laboratory, Ph.D. Supervisor at Sun Yat-sen University, Deputy to the 14th Guangdong Provincial People’s Congress,  National high-level Talent in 2021, Inductee of the 36Kr Entrepreneur List under 36 years old (36Under36) in 2024.

In 2010, he graduated from Jilin University, majoring in physics. In the same year, he was recommended to Dalian Institute of Chemical Physics, Chinese Academy of Sciences to work on PhD in Chemical engineering, studying under the Academician Yuan Quan and Researcher Chen Guangwen , who are pioneers in the field of microreactors in China.. From 2016 to 2020, he worked as a postdoctoral at KU Leuven, Belgium and Eindhoven University of Technology, Netherlands respectively. In September 2020, Ph.D. Dong zhengya joined the Chemistry and Chemical Engineering Guangdong Laboratory, founded the research group of high-end microreactor and Flow Chemistry, and served as a professor in the School of Chemistry and Chemical Engineering of Shantou University since December 2022.Led the team to develop the international leading ultrasonic microreactor technology and realize its industrial application in the field of controlled production and homogeneous dispersion of nanomaterials. In March 2022, Moge um-Flow Technology Co., Ltd. was established based on the incubation of the Chemistry and Chemical Engineering Guangdong Laboratory. In December of the same year, Ph.D. Dong zhengya led the company to win the first prize of the "Eleventh China Innovation and Entrepreneurship Competition Nano Industry Technology Innovation Professional Competition". In May 2023, Moge won tens of millions of angel investments from the famous venture capital fund, Northern Light Venture Capital. The valuation of the company is nearly 100 million yuan. The ultrasonic micro-flow equipment produced by Moge has been sold to many leading enterprises in medicine, cosmetics and fine chemicals.

Abstract:This report mainly describes the principle, advantages, application fields, mature scientific research and industrial (10 tons/day) equipment products of ultrasonic microfluidic technology, and illustrates how Moge um-Flow uses ultrasonic microfluidic technology to break through the engineering scale-up problem of ultrasonic microreactors and realize the accurate macrosynthesis and dispersion of nanomaterials. The industrial application cases mainly introduce the preparation of in vitro diagnostic microspheres, the preparation of calibration microspheres, the synthesis of ACF conductive particles, the synthesis of nanometals, the synthesis of MLCC ceramic powders, the dispersion of high-solids slurries, and the dispersion of high-viscosity slurries.

Biography:Dr. Yeqi Shi is currently the CEO of Shanghai Engima Technology Co., Ltd. He earned a bachelor’s degree in Materials Science and Engineering from Zhejiang University in 2011. In January 2016, he went to the University of Wisconsin-Madison in the United States to pursue a direct PhD in the Department of Materials Science and Engineering. After graduating with a PhD in December 2021, he held various positions, including postdoctoral researcher at the Massachusetts Institute of Technology, senior R&D scientist, and Director of Machine Learning at Shanghai Deepverse Technology Co., Ltd. He has long been engaged in the application of technologies such as data mining, machine learning, and computational simulation in the field of new material research and production. He has more than seven years of R&D experience in the field of materials informatics, using new R&D paradigms in materials informatics to develop various types of advanced materials, including nanoalloys, self-assembled molecules, zeolite catalysts, and electrolytes.

Abstract:This report mainly discusses the application scenarios and potential market prospects of AI + active learning technology in reducing R&D costs and improving R&D efficiency in the field of new polymer materials development

 Biography: Dong Shi is the Chairman of Suzhou Tongli Optoelectronics Co., Ltd., a recipient of the National "Ten Thousand Talents Plan" award, and an Entrepreneurial Professor at the University of Science and Technology of China. He won first place in the University of Science and Technology of China’s Global Entrepreneurship Competition and was recognized as a National Entrepreneurial Role Model by CCTV.

Since founding Tongli Optoelectronics in 2012, Shi has successfully developed and supplied independently researched optical silicone adhesive materials to over 160 car models in the automotive industry. The company’s global expansion has progressed smoothly, with its applications gradually extending beyond optics and automotive displays into fields such as semiconductors, batteries, and photovoltaics. Through continuous investment in R&D, Shi and his entrepreneurial team are working to establish a national brand for domestically produced adhesive materials.

Abstract:With the continuous advancement of display technology, LED encapsulation materials have evolved from the earlier single-focus of low and high refractive indexes to a wider array of dimensions. AR displays require ultra-high refractive index materials, integrated backlights need ultra-low refractive indexes, mini LEDs demand neutral refractive index materials, and micro LEDs require encapsulation materials with surface anti-glare (AG) treatment. Despite the surge of innovative applications, the LED encapsulation adhesives necessary for mass production have become one of the bottlenecks for these innovations.

After two years of development and nearly 20 million RMB in R&D investment, Tongli Optoelectronics has made breakthroughs in adjustable refractive index silicone materials, spanning from upstream resin synthesis to intermediate product research. This report focuses on future prospects and the sharing of R&D progress. We look forward to collaborating strategically with talented R&D professionals and research institutions to seize the opportunity presented by new LED display technologies and ensure that innovative materials support innovative applications.

Biography:

Chairman/General Manager/Chief R&D Officer of Suzhou Runbang Semiconductor Materials Technology Co., Ltd.;  

Visiting Professor at Dalian University of Technology;  

Member of the China Semiconductor Equipment and Materials Standardization Technical Committee (since 2009);  

Director of the China Semiconductor Technology International Conference (CSTIC) (since 2009)

He previously held positions as General Manager for Japan and China, R&D Manager, and Technical Support Director in the Semiconductor Materials Division of companies like Merck, Dow Chemical, and DuPont. With over 20 years of hands-on experience in the semiconductor lithography core materials field, he is a seasoned professional specializing in the R&D, production, and sales of lithographic resists and supporting products. His expertise spans both technical competence and management practice, and he holds 22 invention patents in Japan and China.

Awards:  

- July 2020: Zhangjiagang Leading Talent Award  

- November 2020: Second Prize at the 8th Jiangsu Talent Innovation and Entrepreneurship Competition  

- December 2020: Zhangjiagang Major Team Award  

- June 2021: Gusu Leading Talent Award  

- July 2021: Jiangsu Province Dual-Entrepreneurship Talent Award

Abstract:This report focuses on how Runbang resolved the challenges of localizing lithography materials through a domestic supply chain.

Biography:Professor Zhenjie Zhang received his bachelor’s and master’s degrees from the College of Chemistry of Nankai University in 2006 and 2009, his Ph.D. in chemistry from the University of South Florida in United States in 2014, his postdoctoral research at the University of California, San Diego from 2014 to 2016. After that, he joined Nankai University as a professor and doctoral supervisor in July 2016. He has published more than 160 papers, and more than 90 papers have been published as corresponding authors in the past five years, including Nat. Chem., Nat. Sustain., Nat. Protoc., Nat. Rev. Chem., J. Am. Chem. Soc., etc.; more than 40 Chinese invention patents have been approved or applied for, and 5 PCT and United States patents have been approved. He has won the "Youth Scientist Award" of Hou Debang Chemical Science and Technology Award, the first Jingqing Chemistry New Talent Award of the Chinese Chemical Society, the Lectureship Award of the Japan Chemical Society, and the DIC Young Investigator Award of ACS. In 2023, he established the world’s first industrialization company focusing on COFs materials - YOCOF New Materials. After research and development, the company has overcome the world challenge of tonnage mass production of COFs materials, and has achieved applications in gas purification, drug purification, solid acid remover, catalyst supports, etc.

Abstract:This report mainly describes how to solve the bottleneck of large-scale mass production of COF homoporous resin through fundamental research and innovation, as well as the exploration and expansion of the real application of COF homoporous resin.

Biography:Meng Hong is Professor, Doctoral Supervisor, Distinguished Expert of the Organization Department of the CPC Central Committee, Leading Talent of Guangdong Province and Shenzhen Peacock Plan Class A Talent. Since 2014, he joined Peking University Shenzhen Graduate School and lead the construction of world-class materials and device R&D platforms such as International Joint Research Center for Optoelectronic Materials and Devices Technology (Guangdong Province), Shenzhen Nano Optoelectronic Materials Engineering Laboratory, Shenzhen Key Laboratory of Organic Optoelectromagnetic Functional Materials, and Guangdong Provincial Key Laboratory of Flexible Optoelectronic Materials and Devices. His research interests include the design and synthesis of organic optoelectronic materials, OLED, OTFT, OLET, OPV, Organic Sensor, Organic Memory, organic electrochromic devices (OEC) and supercapacitors. He has published more than 270 papers in internationally renowned academic journals such as J. Am. Chem. Soc., Nat. Commun., Adv. Mater., Angew.  Chem. Int. Ed., Adv. Energy Mater., 6 Chinese / English monographs with more than 10,000 SCI citations and a Google Scholar H-index of 59. He has applied for more than 186 invention patents (73 Chinese patents authorized and 11 US patents authorized). He has been selected as one of the World’s Top 2% Scientists with "Lifetime Scientific Influence" and the World’s Top 2% Scientists with "Annual Scientific Influence" released by Stanford University, US.

Abstract:As people continue to pursue the ultimate visual experience, the demand for large-size and ultra-high-definition displays is increasing day by day. At present, AMOLED display panels are developing in the direction of low energy consumption, large size, ultra-high definition, etc., and higher requirements will inevitably be put forward for the pixel circuit integration and performance of its driver chips. However, with the development of Moore’s Law, traditional technologies that rely on "miniaturization" of device size to improve level of integration have approached and surpassed the limit of microfabrication technologies such as lithography, making further miniaturization of devices a huge challenge. Therefore, the development of highly integrated multi-functional all-in-one devices has become one of the ideal choices for improving circuit integration. This report introduces a "three-in-one" organic light-emitting transistor that integrates switching, light-emitting, and storage functions, which opens up a new way to simplify the design of pixel circuits to achieve higher integration density and high-resolution displays. In addition, the second part of the report introduces in detail the three-phase AC-driven organic light-emitting quadrupole electronics, which integrates the light-emitting function of a dimmable light-emitting device and the switching function of three transistors. This simple and easy-to-integrate illumination system has important potential for future applications in human-machine interfaces.

Biography:Professor Xihua Lu received PhD degree in Materials Science and Engineering at University of North Texas and worked as a postdoc at Northwestern University in Illinois in USA. After his postdoc, he joined the company “International Flavors and Fragrances (IFF) Inc.”, founded in 1833 and was promoted to Senior Manager and Principal Research Fellow. In 2012, Professor Lu was selected as Shanghai High-Level Talent and worked as professor and PhD supervisor in College of Chemistry and Chemical Engineering at Donghua University in Shanghai. In 2024, Professor Lu founded “Anhui Microdelivery Smart Microcapsule Sci. & Tech. Co. Ltd. as a president & general manager and was selected as Anhui High-Level Talent Team. In 2015, the company was invested at 20 million CNY by the governments of Anhui Province and Tongling City. In 2018, Professor Lu was selected as Anhui “Hundred Talents Plan” for Entrepreneurship. He has been working in the research and uses of smart nanogel photonic crystals, and R&D and industrialization of nano/micro-capsules. The innovative research results have been published in the leading journals. Professor is a PI in the general program of National Natural Science Foundation of China. 

Abstract:This report will introduce the design, synthesis, and self-assembled photonic crystals of nanogels. I’ll highlight the body temperature induced gelation, stability, and application of nanogel photonic crystals. The microcapsule technology, industrialization, and application scenarios will be also presented.

Biography: Li Wusong, Ph.D. from the Department of Polymer Science at Peking University, is the founder of the industrialization of dendritic polymers in China. In 2011, Weihai CY Dendrimer Technology Co.,Ltd. was founded, breaking the European and American monopoly in the dendritic polymer industry, creating the first dendritic polymer production line in Asia, realizing the industrialization of dendritic polymers in China, and changing the long-term dependence on imports and the dependence of core technologies on others in China. As of now, we have 46 invention patents and have undertaken over ten national, provincial, and municipal scientific research projects. He has successively won the 11th China Youth Entrepreneurship Award issued by the Central Committee of the Communist Youth League and the Ministry of Human Resources and Social Security, the Provincial Mount Taishan Industrial Leading Talent Plan issued by the Organization Department of Shandong Province twice, the provincial young and middle-aged experts with outstanding contributions issued by the Department of Human Resources and Social Security of Shandong Province, as well as the Shandong Youth May 4th Medal, Shandong Youth Entrepreneurship Award, Shandong Outstanding Scientific and Technological Worker, Weihai Top Ten Outstanding Youth and other honorary titles.

In 2017, the 10th International Dendritic Polymer Summit was successfully held in Weihai City, China for the first time, and together with authoritative scholars at home and abroad, the only international dendritic and hyperbranched polymer application innovation center in the industry was established.

Abstract:Dendritic macromolecules and hyperbranched polymers have highly branched structures, numerous surface functional groups, three-dimensional cavity structures, and nanostructures, which have been widely and deeply developed in fields such as biomedicine, specialty coatings, adhesives, plastics, and water treatment. As the first company in China to achieve the industrialization of dendritic polymers, Weihai CY Dendrimer Technology Co.,Ltd. (CYD) has developed more than ten types of dendritic polymers with different glass transition temperatures, heat resistance, functionality, and other characteristics, forming auxiliary products such as plastic lubricants, crosslinking agents, dispersants, and extending downstream to form adhesives, special coatings, and other products.

Biography: Chen Xinjiang, male, born in September 1979. Doctor of Science from Hokkaido University, Japan, and associate researcher at RIKEN, Japan. He is currently the chairman of Hanna New Material Technology Co., Ltd., the founder of Nabo nano floor heating brand, and the deputy director of the Electric Heating Committee of the Ministry of Housing and Urban-Rural Development. He has successively won the title of Suzhou Industrial Park Leader, Suzhou Leader, Jiangsu Province “Double Entrepreneurship” and National Major Talent Project expert. Focusing on the R&D and industrialization of nanocarbon and nanosilicon materials, he presides over scientific and technological projects such as the "National Natural Science Foundation", "National Innovation Fund", "Jiangsu Province Major Scientific Research Achievements Transformation Project", "Suzhou Key Industrialization Fund", etc. It has applied for more than 60 national patents, 2 U.S. patents, 2 European patents, formulated 2 national standards, and formulated 1 provincial-level local standard.

The project products include new energy vehicle battery pack heating sheets, interior heating and other accessories, as well as lithium battery core materials such as carbon coating slurry, high barrier coatings, and silicon alloy anodes. Among them, the heating sheets have been used in more than 70,000 new energy vehicles. In addition, the developed NABO nano floor heating has a national energy consumption of 10-15w/m2. Compared with gas wall-mounted boilers, it can effectively reduce carbon emissions by more than 30% (when 70% of the electricity source is thermal power) and 94% (when the electricity source is 95%). % is renewable energy electricity hour), which has been used in many real estate projects in northwest, east and central China such as Vanke, China Railway Construction, China Overseas Chinese Town, OCT, Gemdale, Yuexiu, Midea, Shanghai Real Estate, Jiahua Real Estate and so on. This product is of great significance to national strategies such as energy structure, energy conservation and emission reduction, and "carbon peaking and carbon neutrality".

Abstract: Using carbon nanotubes and phase change materials as the core material, an ultra-stable water-based polymer PTC slurry is prepared through "pore creation" and "compartment" technologies. Then, a planar heating source that generates heat on the entire surface is formed through patterned film formation and stable packaging process. After being placed under the floor, it can replace the floor heating that uses water coils as the heat dissipation terminal. Compared with gas heating, it can save 20-40% of gas costs and can also reduce the amount of cement and sand used during initial installation by 40-100%, reducing carbon emissions by more than 10kgCO2/m2 per year. The film can also be used in new energy vehicles. On the one hand, it can quickly start the battery at low temperature, and it can also replace thermal air conditioning with 1/3 of the power to achieve better driving comfort.

In the field of silicon anodes, high-purity nanoscale Si is prepared by reducing SiO2 to realize its application in anodes. Compared with the existing SiH4 pyrolysis technology, it can significantly reduce costs and avoid intellectual property issues.

Biography:

Guoyong Yang is an expert with a strong background in process and reliability engineering, as well as extensive experience in R&D and production management.

Educational Background：

- Ph.D.: Graduated in 2003 with a doctorate in Microelectronics and Solid-State Electronics from Peking University.

Career and Achievements:

1. Early Career and R&D Management:

   - After graduation, he joined Semiconductor Manufacturing International Corporation (SMIC) in China, where he gained valuable experience in R&D and production management.

   - He later worked at Chartered Semiconductor (Singapore) and IBM (USA), further deepening his expertise and practical experience in the semiconductor industry.

2. Industry Transition and Entrepreneurship:

   - In 2013, he decided to transition into the reverse osmosis membrane industry.

   - In 2016, he founded AROMEM PTE. LTD. (SURO), focusing on the R&D and production

of reverse osmosis membrane technology.

Abstract:

Membrane separation, known for its efficiency, energy-saving, and environmentally friendly characteristics, is widely used in water treatment, material concentration, and purification. In recent years, with the continuous advancements in membrane materials and process technologies, membrane separation has shown great potential in specialized separation fields.

SURO focuses on the development of reverse osmosis (RO) and nanofiltration (NF) membranes, leveraging semiconductor chip manufacturing techniques combined with its technical strengths for in-depth exploration.

By studying the ideal structure of membranes, unraveling the complexities of the interfacial polymerization process, and establishing comprehensive process models, the company focus on balancing defect control and performance tuning while fully utilizing its strengths in material science. This enables it to optimize production processes and improve membrane performance and stability. Through the integration of intelligent manufacturing technologies, SURO aims to create highly efficient production lines that enhance both production capacity and product quality. SURO’s products excel in challenging separation applications, such as seawater desalination, industrial wastewater reuse, and specialized separations requiring high temperature and organic solvent resistance. The company will continue to drive innovation and application of membrane technology in the future.

Biography: Liu Zhenguo, graduated from the Department of Polymers, School of Chemistry, Peking University with Bachelor and Master Degree, he earned his Ph.D. Degree from Georgia Institute of Technology in USA in 1999. He has worked at DuPont/Invista and BASF as Senior Research Scientist, Project Leader and Senior Manager for 20 years. Dr. Liu’s technical expertise include polymer synthesis including polyamide, polyester, acrylics and polyurethane etc. He also has many years’ industry application experience for automobile electronics, communication electronics, photovoltaic and sensors etc.

Ningbo Weflex was founded by Dr. Liu and his partners in 2020, focusing on materials development in electronics. Weflex has developed series of products including low-temp polymerizable resins, specialty micro to nano size inorganic powders, low-temp electronic paste, specialty substrate films to replace foreign products in the relevant application areas.

Dr. Liu Zhenguo has many years of basic research, industry-university-research and entrepreneurship experience, and has been committed to the road exploration of transforming scientific research results into market products, and has achieved certain results.

Abstract:This report mainly discusses how Ningbo Weflex’s progress of series products of low-temp electronic paste and relevant application areas.