National Development and Reform Commission released a three-year plan to enhance manufacturing core competitiveness on the 27th. In the rail transportation equipment, high-end vessels and marine engineering equipment, intelligent robots, smart cars, modern agricultural machinery, high-end medical equipment and medicines, new materials, manufacturing intelligence And major technical equipment and other key areas, organize the implementation of key technology industrialization special.
At present, the situation facing China's manufacturing industry is complex. From a global perspective, the pace of industrialization and re-industrialization in developed countries is accelerating, and developing countries are accelerating the process of industrialization. From an internal perspective, the unbalanced development of China's manufacturing industry is not sufficient Therefore, the "Action Plan" proposes that by the end of the "Thirteenth Five-Year Plan" period, a number of major key technologies such as rail transit equipment and key manufacturing industries should be broken through to achieve industrialization and form a group of leading enterprises with international influence , Creating a group of well-known Chinese-made brands and creating a group of internationally recognized Chinese standards. The manufacturing innovation capability has been significantly improved, the product quality has been greatly improved, and the overall quality has been significantly enhanced.
The new material industry is an important foundation for the development of the national economy, and accelerating the development and cultivation of new materials industries is of strategic importance for promoting industrial restructuring and upgrading, ensuring the implementation of major projects and enhancing the core competitiveness of the manufacturing industry.
According to the "Action Plan", the key tasks of industrialization of new materials are: First, to accelerate the industrialization of advanced metals and non-metallic key materials, focusing on the development of ultra-high strength steel sheet and parts for automobiles, steel for key components of high-speed rail, high performance Silicon steel, high-temperature alloy materials for engines, marine engineering and high-tech shipbuilding steel, steel for key equipment of nuclear power, hot work die steel for large-scale die-casting mold, steel for polar environment, high pressure steel pipe for large hydropower and volute steel, Titanium Dioxide, Titanium Dioxide, Titanium Dioxide for Blast Furnace Slag, Light Alloy Materials for Aviation, High-end Rare Earth Functional Materials, Key Materials for Electronic Information, Hot-pressing Magnetic Ring for High-end Servomotors and Hot-pressed Magnetic Particles, Materials, new rare and precious metals, graphene, 8.5 generation TFT-LCD and above glass substrate, high-strength cover glass for display panel, tempered vacuum glass, high performance silicon nitride ceramic material, high performance quartz glass and other products.
The second is to accelerate the industrialization of key technologies of advanced organic materials, focusing on the development of high-performance engineering plastics such as polycarbonates and specialty polyesters, high-end polyolefins such as high-carbon α-olefins and metallocene polyethylene, high-performance fluorosilicone resins and key monomers, High-performance synthetic rubbers such as brominated butyl rubber, hydrogenated nitrile rubber and fluorosilicone rubber, novel thermoplastic elastomers such as polyolefins, hydrogenated styrenes and polyurethanes, seawater desalination films, flexible packaging films for lithium ion batteries, Polaroid film and supporting materials, microprism optical film, polyvinyl butyral film, a new generation of lithium-ion battery with specialty chemicals, electronic gas, photoresist, high-purity reagents and other high-end specialty chemicals and other products.
The third is to enhance the level of advanced composite materials production and application, focusing on the development of high-performance carbon fiber, para-aramid, ultra-high molecular weight polyethylene fibers, polyimide fibers, silicon carbide fibers and other high-performance fibers and their applications, Bio-based chemical fibers such as plain fiber, polylactic acid fiber, polytrimethylene terephthalate fiber and bio-based polyamide fiber and their applications; high-end industrial textile materials such as geotechnical construction, medical treatment, safety protection, high temperature filtration, etc. Accelerated development Aerospace, rail transportation, UAV manufacturing and other fields with new materials based on paper, high nickel ternary cathode materials, lithium iron phosphate cathode materials, high safety high energy batteries and other high-performance battery materials and products, lighting with the third generation Semiconductor materials, LED lighting chips and other advanced semiconductor materials and products.
The Action Plan proposes to make full use of the existing channels and increase capital investment to support the key technological breakthroughs in key areas and the construction of key common technology platforms. To innovate the ways of using funds, make active use of advanced manufacturing industry investment funds, and jointly develop investment in industries in Beijing, Tianjin and Hebei Funds and other industrial investment funds, and support innovation and development of key enterprises and industry alliances to promote key technologies in key areas of industrial projects to improve the first (sets) of major technology and equipment demonstration and application of incentive policies and improve the development and use of units in product innovation, Value-added services and demonstration applications and other aspects of the incentive and restraint mechanisms.
It is learned that the plan to enhance the core competitiveness of the manufacturing industry will be rolled out on a three-year cycle, and the key areas and major tasks will be dynamically adjusted according to the needs of economic and social development and changes in environmental conditions. In order to ensure the smooth implementation of the plan of action, One by one formulated the introduction of key areas to break through the key technologies to achieve industrialization program.