Recently, Shanghai, Guangdong, Fujian, Chongqing, Tianjin, Shandong and other provinces released manufacturing high-quality development of the "14th Five-Year Plan", pointing to vigorously develop a variety of new chemical materials.
First, Chongqing
1. New materials industry development focuses on the overview
Advanced non-ferrous alloys: electronics, automotive, aerospace, rail transit and other fields with new high-strength, high-toughness, corrosion-resistant aluminum alloy materials and large-size products, high-performance magnesium alloy and its products, titanium alloy structural components and products. products, titanium alloy structure and fasteners, copper alloy precision strips and ultra-long wire products, such as high strength and high conductivity copper alloy.
High-end synthetic materials: polyurethane foam, polyurethane elastomers, water-based polyurethane coatings, synthetic leather and other polyurethane products, nylon 66, nylon 6, long carbon chain nylon and other polyamide products, PET, PBT (polybutylene terephthalate) and other polyester products, PMMA and other products such as polymethyl methacrylate, VAE, PVB resins and other polyolefin products, polycarbonate products, polycarbonate products and other products.
Other new materials: glass fibers and products, carbon fiber materials, aerogel materials, graphene materials, functional membrane materials.
2. Specific content
(1) advanced non-ferrous alloys
Accelerate the construction of alumina projects, and actively plan for electrolytic aluminum, recycled aluminum projects, and build a local supply guarantee system for the upstream materials that is compatible with the back-end aluminum processing and manufacturing capacity. Promote the existing aluminum processing enterprises to strengthen the aluminum alloy purification smelting and solidification technology research, high-strength and high-toughness large-size profile sheet processing technology and other technology research and development, planning and implementation of a series of high-end aluminum projects, and constantly enrich the aluminum and aluminum alloy product categories;
Accelerate the aviation of high-strength and tough titanium alloy engineering, the pace of industrialization, and actively attract the development of upstream raw material enterprises, and further improve the local titanium alloy industry system. Give full play to the technical advantages in the field of magnesium alloy, promote existing enterprises to accelerate the high-performance magnesium alloy and deformed magnesium alloy, magnesium alloy forgings, corrosion-resistant magnesium alloy and other product development, expand the application scenarios, and further strengthen the magnesium alloy industry;
Promote the existing copper processing enterprises to accelerate the precision strips and ultra-long wires, copper alloy lead frames, copper foils for electronics and other copper alloy product development.
(2) high-end synthetic materials
play a local MDI (diphenylmethane diisocyanate), AA (adipic acid) production capacity advantages, strengthen the epoxy compounds, polyether polyols and other projects to plan and build, and promote the PTMEG (polytetrahydrofuran), polyurethane resins and other areas of the existing enterprises to further expand production capacity and improve the
Relying on the local AA production capacity advantage, strengthen the ADN (adiponitrile)-HDA (adipic diamine), nylon 66 salt (adipic acid adipic salt), nylon 66 (polyhexanediyl hexamethylene diamine) and other products planning and construction, Actively attracting and nurturing the long carbon chain of nylon, high-temperature-resistant nylon and other areas of enterprise, to build polyamide industry chain.
Relying on the advantages of the local MMA (methyl methacrylate) project, strengthen the planning and construction of acetone and other raw material projects to expand MMA production capacity, and actively attract and nurture enterprises in the field of PMMA (polymethylmethacrylic acid) to build a polymethylmethacrylate industry chain. Relying on local PTA (terephthalic acid) conditions, strengthen EG (ethylene glycol), PG (propylene glycol), BG (butylene glycol) and other raw materials project planning and construction, Promote enterprises to further enhance the PET (polyethylene terephthalate) production capacity, accelerate the development of PET engineering plastics products, to build the polyester industry chain;
Relying on acetylene, Vinyl acetate products and technology advantages, development of VAE (vinyl acetate - ethylene **** poly), EVA (ethylene - vinyl acetate **** poly), T-PVA (thermoplastic polyvinyl alcohol) resins, PVB (polyvinyl butyral) resins, EVOH (ethylene - vinyl alcohol **** polymer)
Relying on the dimethyl carbonate project, combined with the planned construction of the MTO (methanol to olefin) project and the acetone project, planning the development of the bisphenol A project, to create a polycarbonate industry chain;
Relying on
Relying on methanol resources and POM (polyoxymethylene) technology advantages, expanding the scale of POM;
Relying on local acetylene resources, developing downstream BDO (1,4-butanediol), PBAT (polybutylene adipate/terephthalate)/PBS (polybutylene succinate), etc., and expanding degradable plastics industry chain. The company's main goal is to provide the best quality products and services to the customers.
(3) high-performance fibers and composite materials
The use of raw material base, to promote the relevant enterprises to research and development and manufacturing high-performance PVA (Polyvinyl Alcohol) functional fibers, differentiated spandex, special polyester fibers, polyamide fibers, PU (polyurethane) microfiber and other products. Promote the existing glass fiber and product enterprises to strengthen the alkali glass fiber advanced pool kiln drawing technology research and development, accelerate the ultra-fine, high strength and high modulus and other high-performance glass fibers and products, reinforced composite materials, as well as microfiber glass wool and efficient insulation and filtration materials, microfiber cotton derivatives and other product development. For automotive, intelligent terminal and other machine products, structural parts demand, Active breeding carbon fiber, ceramic fiber and other high-performance fibers and reinforced composite materials field enterprises.
(4) aerogel materials
Silicon-based aerogel as an entry, extending the upstream organosilicon source, inorganic silicon source, functional silanes and other aerogel precursor and substrate industry chain, the formation of aerogel product clusters and a variety of silicon-based chemicals, a new high-end silicon industry base. Accelerate the product development of aerogel insulation felt, aerogel insulation board, aerogel insulation paper, etc., and actively expand the application scenarios of aerogel in the fields of aerospace, pipeline heat preservation, construction building materials, new energy automobiles, cold-chain logistics, and hi-tech garments. Strengthen the supercritical drying technology, atmospheric pressure drying technology, aluminum-based aerogel, zirconium-based aerogel and carbon-based aerogel and other technical reserves, and constantly enrich the aerogel product categories.
(5) graphene materials
Promote the existing graphene enterprises to strengthen the graphene large-scale preparation process improvement and optimization, to accelerate the conductive agent, thermal conductive film, heat dissipation agent and other product development, and actively expand the graphene in the field of environmental governance, energy saving and energy storage, electronic information, heat insulation and other applications.
(6) electronic chemicals
Playing Chongqing Municipality chemical products, the characteristics of more functional factors, the development of fine chemicals. Facing the development needs of the electronics and automotive industries, we will actively nurture enterprises in the fields of chemicals for electronics and new coatings.
(7) future materials
play Chongqing City in the carbon-based materials and semiconductor two areas of technology accumulation advantages, carbon nanotube materials as an entry, and actively attracting nano-materials field enterprises, to build nano-materials in integrated circuits, new energy, medicine and other fields of the application of scenarios, and strive to achieve the application of engineering. Strengthen the R&D layout of intelligent materials, bionic materials, metamaterials, low-cost additive manufacturing materials and new superconducting materials. Facing the air and space, deep sea, deep earth and other major national engineering construction needs, to promote the existing enterprises to strengthen the extreme environment required for special materials research and development, the formation of a number of innovative achievements.
Second, Shanghai
1. Overview of the key development of the new materials industry
Focus on the development of advanced chemical materials, high-quality steel, key strategic materials, cutting-edge new materials, such as the manufacturing sector, the extension of the development of design, testing, bulk trade and other service areas. Promote the high-end and green development of advanced materials, strengthen the interface between basic materials research, engineering transformation and industrial application, systematically carry out comprehensive performance evaluation of materials, quality control process and engineering research, accelerate the layout of public **** R & D transformation platforms and pilot bases, and enhance the innovation of materials enterprises and the joint transformation of industry, academia and research capabilities. The construction of new materials application center, strengthen the integrated circuit, biomedicine, aerospace and other key areas of the key materials of independent protection, improve the Shanghai new materials industry key guide directory, and strive to build a strategic, basic, high-tech competitive position to match the modern materials industry system.
2. Key areas of the advanced materials industry cluster
(1) Advanced chemical materials
With the focus on safety and environmental protection, intensive development, support for the extension of the chemical advanced materials industry chain to refinement and high-end, and increase the proportion of high-end products; Vigorously develop high-performance polyolefin, high-end engineering plastics, special synthetic rubber, high performance polyolefin and other materials. vigorously develop high-performance polyolefin, high-end engineering plastics, special synthetic rubber, adhesives and other advanced polymer materials, focusing on breakthroughs in high-end surfactants, electronic chemicals, high-purity solvents, catalysts, pharmaceutical intermediates and other specialty chemicals , accelerate the layout of the innovation platform, support leading enterprises to build upstream and downstream of the industrial chain of pilot test **** enjoy the platform to support the construction of the Shanghai International Chemical Industry New Materials Innovation Center. By 2025, with the Shanghai Chemical Industry Park as the main carrier, we will strive to build a green chemical industry cluster to participate in global competition, and the industry scale will reach 270 billion yuan.
(2) High-quality steel
Focusing on green transformation and high-quality products, optimize the product structure of the iron and steel industry, consolidate and improve the technological advantages of second- and third-generation high-strength and ultra-high-strength automotive steels, energy-efficient silicon steels, and high-temperature alloys; breakthroughs in high-performance energy and pipeline steels, high-quality abrasion-resistant steel, and other high-end products, and the development of the manufacture of high-end products and the development of in-depth development technology, short-process steelmaking; and develop a special metallurgy technology core. nickel-based alloys with high temperature resistance, corrosion resistance and high strength and toughness, as well as titanium alloys, special stainless steels, special structural steels, etc., with special metallurgy technology as the core. By 2025, with Baoshan base as the main carrier, to create a high value-added high-quality steel industry cluster, the industry scale to maintain about 100 billion yuan.
(3) key strategic materials
To strengthen the protection, application-driven focus on integrated circuits, biomedicine, high-end equipment, new energy and other key areas, highlighting the application of demand-driven, enhance the advanced semiconductors, carbon fibers and their composites, high-temperature alloys, high-performance membrane materials, advanced ceramics and artificial crystals, and other key strategic materials, integrated support key application field enterprises to build municipal new materials application center, to carry out major strategic projects of collaborative research. By 2025, to create a number of tens of billions of key strategic materials industry clusters.
(4) cutting-edge new materials
Focusing on cutting-edge layout and demonstration applications, accelerate the research and development, application and industrialization of cutting-edge new materials, such as high-temperature superconductivity, graphene, and 3D-printing materials . Built China's first kilometer-level high-temperature superconducting cable demonstration project, the construction of Shanghai high-temperature superconductivity industry base, to promote high-temperature superconducting strips to the production stage of the transformation and accelerate the application of Accelerate the graphene in the field of consumer electronics, smart wearable, lightweight transportation and environmental management and other areas of the application; to promote the 3D printing of special polymer materials, ceramic and aluminum materials, metal powder and other special materials and molding technology Development and application.
By 2025, the company will become a leading R&D and production base for cutting-edge new materials in China.
(5) Advanced Materials Services
Focusing on inspection and testing, platform services, promoting advanced materials enterprises to provide products and professional service solutions, encouraging scientific research institutions to carry out early R & D intervention cooperation and directional development services, accelerating the formulation of advanced materials, design, and other aspects of the research and development of shortening the cycle of product development; focusing on the testing of raw materials, environmental testing, quality inspection, process analysis and other areas, the development of third-party comprehensive inspection and testing services. Develop third-party comprehensive inspection and testing services around raw material testing, environmental testing, quality inspection, process analysis, etc.; promote the construction of bulk commodity trade platforms and resource comprehensive utilization platforms in the material field, and provide online services covering bulk commodity information release, procurement, sales, distribution, supply chain finance, logistics tracking, etc. By 2025, we will build a specialized, high-end service brand for advanced materials and enhance the overall competitiveness of the industry.
Third, Guangdong Province
1. Green petrochemical development points outlined
(1) to enhance the scale and level of refining and chemical industry, to support the development of high-quality refined oil, lubricants, solvent oils and other petroleum products and organic raw materials;
(2) to engineering plastics, electronic chemicals, functional membrane materials, daily-use chemical materials, high-performance fibers, etc., to accelerate the petrochemical industry chain in the middle and lower reaches of high-end fine chemical products and new chemical materials development.
(3) Focusing on safe production, green manufacturing, pollution prevention and control, accelerate the optimization of petrochemical raw materials, energy laddering, recycling, process re-engineering and other process technologies and equipment R & D and application, and accelerate the promotion of carbon emissions per unit of product to reach the international advanced level.
(4) Gradually form a circular system in which the upstream raw materials of the industrial chain of the eastern and western wings of Guangdong Province are supplied to the downstream deep processing of the industrial chain of the Pearl River Delta (PRD), and the fine chemical products and new chemical materials of the PRD are supplied to the advanced manufacturing industries of the eastern and western wings of Guangdong Province. By 2025, the scale of the petrochemical industry will exceed RMB 2 trillion, creating a leading green petrochemical industry cluster in China and the world.
2. Green petrochemical key segments of the development of spatial layout
(1) refining petrochemical
Relying on the cities of Guangzhou, Huizhou, Zhanjiang, Maoming, Jieyang and other cities, to strengthen the refining of oil and gas and the development of the upstream raw materials.
a. Guangzhou
Accelerate the promotion of Sinopec Guangzhou Branch of the green and safe development project investment and construction, promote the upgrading of the quality of oil products, the construction of parks, intensive, technologically advanced, energy-saving and environmentally friendly, safe and efficient petrochemical base;
b. Huizhou
CNOOC Huizhou Petrochemical Refinery, China Shell Ethylene and ExxonMobil Huizhou Ethylene Project as the The petrochemical industry chain of upstream, midstream and downstream is closely linked and scientific and reasonable;
c. Maoming
With Sinopec's Maoming Petrochemical Refining and Ethylene Project as the core, and Maoming Hi-Tech Development Zone and Maonan Petrochemical Zone as the backbone, the company has formed a series of high-quality product oil, lubricating oil, solvent oil, organic raw materials, synthetic resin, synthetic rubber, liquid wax and other characteristic products;
The company has also established a new petrochemical industry chain with the following characteristics
d. Zhanjiang
To Zhongke Guangdong Refining and Chemical Integration Project, BASF's new integrated project as a leader, accelerate the construction of petrochemical industrial parks, the development of clean oil, basic chemical materials, the formation of a more complete petrochemical industry chain of refining, ethylene, aromatics and so on;
e. Jieyang
Accelerate the construction of PetroChina Guangdong Petrochemical Project and related petrochemical projects, strengthen the cooperation with Daya Bay Petrochemical Company, and strengthen the cooperation with the Guangdong Petrochemical Company and other related petrochemical projects. construction, strengthen ties and cooperation with Daya Bay Petrochemical Zone, focusing on the development of clean oil products, chemical raw materials and other industries.
(2) High-end fine chemicals and new chemical materials
Relying on the cities of Guangzhou, Shenzhen, Zhuhai, Foshan, Dongguan, Jiangmen, Huizhou, Zhongshan, Zhaoqing, Maoming, Zhanjiang, Jieyang, Shantou, Shanwei, Qingyuan, etc., the development of the downstream deep processing industry.
a. Guangzhou
Consolidate the development advantages of fine chemicals and daily-use chemicals, develop the deep processing of synthetic resins, high-performance synthetic materials, engineering plastics, new chemical materials, daily-use chemicals, and other high-end green chemical products;
b. Shenzhen
Focus on the development of high value-added Fine chemicals, new synthetic materials, engineering plastics, specialty chemicals;
c. Zhuhai
Construction of propane dehydrogenation, cis-butadiene rubber, lubricant blending, butyl alcohol, acrylic acid, fine deep-cooling powder and other natural gas by-products of the deep-processing industry chain, focusing on the development of new energy lithium battery materials, functional polymer materials, a new generation of electronic information materials and other new material industries.
d. Foshan
Focus on the development of high-grade coatings, high-purity reagents, adhesives, aerosols, specialty chemicals, diluents, etc.;
e. Dongguan
Investing in the development of daily-use chemical materials,
e. Dongguan
focus on the development of daily-use chemical materials, high value-added intermediate raw materials, fluorine silicon materials, high-performance fibers and other products;
f. Jiangmen
focus on the West Bank of the Pearl River new materials agglomeration area, development of coatings and resins, inks, paper chemicals, plastics auxiliaries, food additives, and other products;
g. Huizhou
Relying on the upstream refining base, extend upstream and downstream, and promote the development of new chemical materials and specialty chemicals;
j. Jieyang
Accelerate the development of high-performance polymer materials, functional composite materials and high-end fine chemicals;
k. Shantou
Strengthen the development and industrialization of fine chemicals and polymer materials. R&D and industrialization. Shantou and Qingyuan accelerate the development of glass fiber reinforced plastic materials, aviation materials, rare metals, optoelectronic materials, auxiliaries and coatings.
Fourth, Shandong Province
1. New energy and new materials industry, major projects
Guangwei carbon fiber efficient preparation of complete sets of equipment projects, Shandong Blue Bay functional polymer materials series projects, the Carboniferous nano-materials industrial park project, nylon 12 new materials and deep processing projects, Rizhao aerospace ultra-lightweight materials, and the project. project, Rizhao aerospace ultra-light materials R&D and production base project, Sinoma lithium battery diaphragm project, aerospace titanium alloy materials R & D and manufacturing project, wind turbine blade pultruded beams and deep-sea equipment protection device new materials project, Weifang additive manufacturing industrialization project.
2. Development content
Focusing on the implementation of carbon peak, carbon neutral deployment requirements, to promote the new materials industry categories to achieve intelligent, lightweight, high-end, and the construction of the national development of new materials industry high ground.
Strengthening fluorosilicon materials, new polyurethane, special rubber, synthetic resins and other polymer materials, constructing Wanhua's global R&D center, and building advanced polymer materials production bases in Yantai, Qingdao, Zibo, Binzhou and other cities. Greatly develop high-end functional ceramics, special glass, high-performance glass fibers and other inorganic non-metallic materials, relying on the Industrial Ceramics Research and Design Institute and other scientific research institutions, to promote the application of aerospace, high-speed rail, 5G, wind power, new energy and other fields of wear-resistant, high-temperature, low-dielectricity new materials R & D and industrialization, to create a new functional ceramic materials in Zibo, Dongying, and Taian high-performance glass fiber Industrial base. Greatly promote the industrialization of carbon fiber T700, T800, and actively carry out carbon fiber T1000, T1100, M60J, M65J, M40X technology research, Weihai, Jining, Dezhou, Tai'an to build a national important carbon fiber industry base. Development of aerospace, marine engineering and medical metal materials and major engineering structures and infrastructure with magnesium and aluminum alloys, high-quality advanced copper alloys, nano-metals and other special metal materials. Layout of a new generation of additive manufacturing technology research, development and promotion of the use of laser, electron beam, ion beam driven mainstream additive manufacturing process equipment.
V. Fujian Province
Highlighting the deep processing, high value applications, strengthen the core technology research and development, and focus on bigger and more advanced basic materials, breakthroughs in a number of key strategic materials, and improve the support capacity of the new materials industry.
1. Advanced basic materials
Greatly promote the non-ferrous, petrochemical and other large quantities of basic raw materials technology to enhance the heavy breakthroughs in advanced basic materials key **** sexual technology, to promote the advantages of production capacity cooperation, enhance the overall competitiveness of the industry, and to achieve the basic materials from the big to the strong.
(1) High-performance non-ferrous materials focus
High-strength and high-toughness aluminum alloys, high-strength deformed magnesium alloys, high-strength and high-conductivity copper alloys, corrosion-resistant wear-resistant copper alloys and other advanced non-ferrous materials as the focus of the development of major projects in urgent need of a new generation of large varieties of non-ferrous materials, which are heavily dependent on imports.
(2) new chemical materials focus
Consolidate the development of high-performance polyolefins, high-end engineering plastics, special synthetic rubber, new coating materials and other advanced polymer materials, and vigorously develop new fluorine materials; improve the overall self-sufficiency rate of new chemical materials, accelerate the development of fine chemical green technology and product development, with a focus on breakthroughs in high-end surfactants, electronic chemicals and other The key breakthroughs are high-end surfactants, electronic chemicals and other high-end fine chemical products.
(3) advanced inorganic non-metallic materials focus
The construction of national special ceramic materials production and R & D base, accelerate the silicon carbide fibers, silicon nitride fibers and wave-transparent / wave-absorbing materials, ceramic precursor materials and ceramic composite materials, research and industrial application.
(4) High-performance fibers and composite materials focus
breakthrough in high-performance carbon fibers, para-aramid fibers, series, industrialization technology, improve ultra-high molecular weight polyethylene fibers, aramid fibers production capacity, accelerate the development of polyphenylene sulfide fibers and polytetrafluoroethylene fibers, the development of fiber-reinforced and particle-reinforced resin-based, metal-based, ceramic-based advanced The company's products have been widely used in the industry for a long time.
2. Key strategic materials
Around the national major strategic needs and the needs of the province's industrial upgrading, focusing on the development of a number of key strategic materials, to improve the material yield and stability of performance, and to improve the supporting system of raw and auxiliary materials, industrialization and large-scale application.
(1) rare earth functional materials focus
Guide Xiamen Tungsten, Star Technology and other enterprises to vigorously develop rare earth permanent magnetism, hydrogen storage, light-emitting, catalytic and other high-performance rare earth materials and rare earth resources and efficient comprehensive utilization of technology to improve the added value of rare earth products. Set up Longyan, Sanming Rare Earth Industrial Park, extend the rare earth deep processing and application industry chain, push Ting Jinlong rare earth permanent magnet materials, the construction of the third phase of the project to accelerate industrial agglomeration. Accelerate the construction of
China Xiamen tungsten materials production, application and R & D base, promote cemented carbide materials, coating technology and other key technology R & D and industrialization, focusing on the development of cemented carbide tools, cutting tools, CNC blades, the whole tool and other high-end products. Play the role of Sanxiang new materials and other enterprises, the development of magnesium and aluminum alloy lightweight products, the development of nano-ceramic materials, zirconia functional ceramics, zirconia structural ceramics high-performance abrasive materials.
(2) lithium-ion new energy materials focus
Play the role of Xiamen Tungsten New Energy, Qingmei, Sugo and other enterprises, the development of cathode, anode, diaphragm, electrolyte and other key materials, and battery components, packages, and other supporting materials, research and development of high-energy density electrode materials. Promote the construction of new energy battery material production bases in Xiamen, Sanming and Ningde, and expand the scale of production of lithium anode materials. Strengthen the tracking and development of cobalt and lithium resources, and enhance the application of relevant elements in smelting by-products (associated products) to improve the safety, performance consistency and cycle life of lithium nickel-cobalt manganese oxide (LiNiCoMnO4) nickel/cobalt aluminate (LiNiCoMA), lithium-rich manganese-based materials, and silicon-carbon composite anode materials. The establishment of waste battery recycling system for the production of battery materials to provide protection.
(3) graphene focus
Fuzhou and Xiamen as the core area of innovation, Xiamen Torch Hi-Tech Zone, Quanzhou Jinjiang and Sanming Yongan for the industrial agglomeration to create a two-core, three-area industrial development pattern to strengthen the graphene materials, large-scale preparation and measurement of micro-nanostructural characterization of the **** key technology research. Focus on composite materials, energy materials, thermal conductive materials, electronic information devices, environmental health products and other graphene application materials and functional devices to carry out research and development of application technology, focusing on breakthroughs in ultra-thin graphene thermal conductive film low-cost, continuous volume production technology, graphene dispersion technology, surface modification technology, and graphene functional materials, industrialization of graphene application technology.
Six, Tianjin
1. Overview of the key points of the development of new materials
Oriented towards the requirements of high-quality development of the manufacturing industry, the development of a new generation of information technology materials, biomedical materials, new energy materials, high-end equipment, energy-saving and environmentally friendly materials and cutting-edge new materials six major Key areas. By 2025, the scale of the industry will reach 240 billion yuan, with an average annual growth rate of 8%, and build a first-class new materials industry base in China.
2. Development content
(1) a new generation of information technology materials
Expanding 8-12-inch silicon monocrystalline polished wafers and epitaxial wafer production capacity, to accelerate the development and production of 6-inch semi-insulated gallium arsenide. Development and production of high-precision, high-stability, high-power fiber optic materials, to enhance the research and development of optoelectronic functional crystal materials and industrialization level. Promote the green development of ArF photoresist, positive photoresist materials, improve photoresist with photoinitiators and other polymer additives materials performance, enhance the environmental protection of polishing fluid materials. To promote the polycarbonate class modified materials in the smart hardware shell applications, enhance product aesthetics, wear-resistant and heat-resistant and insulating properties.
(2) biomedical materials
Increase the development of titanium alloy pedicle nail, pure titanium bone plate and other spinal implant material development efforts to improve the joints, traumas, orthopedic implant material performance. Focus on the development of biomimetic nanomaterials for controlled release of drugs, enhancement of nanoparticle targeting, slow release, high efficiency performance. Development of medical styrene thermoplastic elastomer and other medical polymer materials, to enhance the level of performance of medical urinary implantation tubes, medical catheters, sealing plugs and other pharmaceutical packaging to improve safety.
(3) new energy materials
focus on breakthroughs in high-end lithium cobalt acid lithium battery cathode materials preparation technology, the development of silicon-carbon attachments, intermediate-phase carbon microspheres and other anode core materials, and to promote the production line of lithium hexafluorophosphate electrolyte materials landing. Introduce key material enterprises for hydrogen fuel cells, develop long-life polymer proton exchange membrane, and develop high-performance carbon fiber paper and other gas diffusion layer substrates. Promote solar photovoltaic silicon materials to expand production capacity, accelerate the development of copper indium gallium selenide and other solar thin film battery materials.
(4) high-end equipment materials
Actively carry out the first batch of application demonstration, promote the industrialization of high-strength stop cracking thick steel plate and marine corrosion-resistant steel technology development. For the domestic demand for large aircraft, the introduction of advanced aerospace materials production technology and process, the development of aircraft fans, thrust reversal device with carbon fiber, glass fiber and other high-performance fiber materials. Carry out magnesium-aluminum alloy sheet industrialization preparation technology research, accelerate the lightweight magnesium-aluminum alloy materials in the automobile body, chassis, wheel hubs and other areas of application. The development of comprehensive performance rare earth permanent magnet materials, enhance the intelligent manufacturing equipment sensors, servo motors with neodymium-iron-boron permanent magnets, samarium cobalt permanent magnet performance.
(5) energy saving and environmental protection materials
The development of mixed matrix membrane, high-performance hollow fiber membrane and other gas separation and water treatment membrane materials, expanding membrane materials in the field of water pollution, air pollution control applications. Promote silicon aerogel, carbon aerogel technology innovation, reduce the cost of aerogel production, expand aerogel in the field of building energy saving, thermal insulation applications. Focus on the development of low-e coated glass, heat reflection coated glass and other high-grade energy-saving glass, accelerate product optimization and upgrading. Accelerate the construction of Tianjin Bio-based Material Manufacturing Innovation Center and promote the technological development and transformation of bio-based PLA materials.
(6) cutting-edge new materials
Deepen cooperation with China Aviation Development Beijing Aviation Materials Research Institute and other colleges and institutes to promote the construction of graphene materials industry base, the development of graphene protective armor materials, graphene conductive paste, graphene elastomer materials. Promote the development of high-temperature superconducting cable materials, innovate high-temperature superconducting film technology, and promote the practicalization of superconducting technology. Development of three-dimensional (3D) printing with alloy powder materials, nano-ceramic materials, the development of powder atomization preparation of key technologies and rapid mold-making process.