Not long ago, Ningbo Institute of Materials of Chinese Academy of Sciences reached a cooperation with Guangxin Nanomaterials, and the R&D center for advanced energy materials and energy storage devices jointly established by the two sides further focused on the development of raw materials in the new energy field.
As one of the first batch of seven national high-tech industrial bases of new materials industry in China, Ningbo has vigorously developed the new materials industry in recent years, and continuously increased its research and development and application in the fields of new chemical materials and metal alloy materials, striving to achieve an output value of 500 billion by 2025.
Ningbo Institute of Materials of Chinese Academy of Sciences is an important engine for Ningbo to seize the highland of new materials. Ningbo Institute of Materials, Chinese Academy of Sciences was founded in 2004, which was jointly established by China Academy of Sciences, Zhejiang Provincial People’s Government and Ningbo Municipal People’s Government. It is the first research institution directly under China Academy of Sciences in Zhejiang Province.
Ningbo Institute of Materials, Chinese Academy of Sciences, closely combined with the development trend of international science and technology and the demand of national innovation-driven development, has successively laid out four major fields of material technology, advanced manufacturing, new energy and biomedical engineering around “material research”. After more than ten years’ efforts, it has gradually formed a scientific layout in which the material application chain, scientific research and technology chain and talent training and introduction chain complement each other and become an important research base and technology provider in new materials and related fields.
On July 24, 2022, the Long March V B-3 carrier rocket carrying the Inquisition module was ignited and launched at Wenchang Space Launch Site in China, and the launch was a complete success. Academician Xue Qunji and researcher Wang Liping from the Key Laboratory of Marine New Materials and Applied Technology of Ningbo Institute of Materials, Chinese Academy of Sciences have undertaken the research and production tasks of multifunctional anti-corrosion and anti-bacterial integrated coating for the in-cabin environmental control and life support system of China Space Station, high reliability and high toughness and life extension film for the inter-cabin air pump, and anti-radiation damage and low environmental sensitivity film for the flexible solar wing extension mechanism.
“National scientific research institutions should focus on solving major scientific and technological problems that restrict the overall development and long-term interests of the country.” The relevant person in charge of Ningbo Institute of Materials, Chinese Academy of Sciences said, “The Institute of Materials is a national team and a national person, so it must be concerned with” national affairs “and shoulder” national responsibilities “. In recent years, Ningbo Institute of Materials, Chinese Academy of Sciences has accelerated the creation of original innovation sources, accelerated the breakthrough of key core technologies, strived to seize the commanding heights of science and technology, took the initiative to meet the major national demand, and actively undertook major national scientific and technological tasks, and formed a leading direction in three major fields: magnetic functional materials and devices, marine extreme environment service materials, high-performance fibers and structural-functional composites, which provided significant support for giving full play to the national strategic scientific and technological strength.
“Turn technology into productivity.” Ningbo Institute of Materials, Chinese Academy of Sciences has always adhered to this positioning goal, focused on solving the transformation problem from “scientific research” to “technology”, closely integrated with the development of local industries, and carried out diversified cooperation with enterprises, and created an effective cooperation model, which was initially established..Fruit transformation channel.
“To realize industrialization of new material achievements, innovation chain layout must be carried out around the whole industrial chain. From development, industrialization to application, it is necessary for upstream and downstream to jointly tackle key problems and constantly iterate. Downstream enterprises apply new materials and constantly feed back problems. Upstream production enterprises constantly improve and perfect their processes, and finally achieve coordinated development.” The relevant person in charge of Ningbo Institute of Materials, Chinese Academy of Sciences said.
Organize a team of experts to connect with enterprises, and create a cooperation platform in view of the technical bottleneck faced by enterprise development and the urgent need for industrial upgrading; Combined with the development needs of new materials industry, we will build a innovation chain with materials as the core around the industrial chain, focus on the scientific research and technology chain, complete the talent introduction and training chain, expand the material application chain, and gradually form an innovative and entrepreneurial ecosystem with deep integration of the three chains …
According to statistics, in recent years, Ningbo Institute of Materials has carried out extensive cooperation with more than 1,500 domestic enterprises (more than one third of which are local enterprises in Ningbo) and more than 250 well-known institutions around the world, and realized the transfer and transformation of more than 100 major scientific and technological achievements, such as large-size single crystal diamond, amorphous soft magnetic tape, nerve rehabilitation robot, elastic electronic sensor and its devices, intelligent omni-directional mobile robot and graphene-based heavy-duty anti-corrosion coating, and more than 600 patents have been licensed and transferred, which has driven the society every year.
(Source: Ningbo Science and Technology Bureau)