New material industry development implementation plan
In order to implement the spirit of the “Opinions of the People’s Government of Inner Mongolia Autonomous Region on Promoting the High-end, Intelligent and Green Development of the Manufacturing Industry”, accelerate the development of the new material industry, and promote the transformation and upgrading of the industry, this plan is formulated in light of the actual situation of the autonomous region.
1. General requirements
Based on the resource advantages and industrial development foundation of the autonomous region, adhere to the principles of industrial agglomeration, innovation-driven, and green development, adhere to the orientation of clustering, high-end, and terminalization, focus on key areas, vigorously cultivate and develop new material industries, and accelerate the construction of more prominent features and advantages, A new material industry cluster with a more reasonable industrial layout will be built, and a domestic first-class new material industry base will be built.arrive2025In 2018, the production capacity of advanced steel materials reached400More than 10,000 tons, advanced non-ferrous metal materials200More than 10,000 tons, rare earth new materials20More than 10,000 tons, advanced silicon materials100More than 10,000 tons, advanced building materials and non-metallic mineral materials160More than 10,000 tons, advanced carbon materials100More than 10,000 tons, chemical polymer materials20010,000 tons, the industrial output value of new materials (including post-aluminum and post-copper processing) reached3000About 100 million yuan; the R&D investment of key new material enterprises accounts for the proportion of sales revenue3%Above, the key laboratories in the field of new materials in the region have reached25Home, Among them, State Key Laboratory1Home and Autonomous Region Key Laboratorytwenty fourFamily.
2. Development direction
(1) Advanced steel materials. Focus on the development of high-end products such as high-performance plates, high-performance pipes, and advanced rail transit materials.arrive2025Years, high-performance sheet production capacity reached18010,000 tons, high-performance pipes18010,000 tons, advanced rail transit materials10010,000 tons, the output value reached400billion.
High-performance sheet.Maintain the competitive advantage of wind power steel, further increase the market share of high-strength steel and wear-resistant steel for construction machinery, upgrade the grade of bridge steel, container plate and other products, and create rare earth high-strength steel, rare earth wear-resistant steel, rare earth steel for wind power and other special products, promote80Project construction of 10,000 tons of ultra-pure rare earth ferritic stainless steel (special steel).
High performance tubing. Consolidate the existing market share of titanium alloy pipes, oil country pipes, oil casings, and seamless pipes for ultra-supercritical thermal power units, and increase the proportion of high-end varieties such as hydrogen sulfide corrosion resistance and carbon dioxide corrosion resistance.Vigorously develop special products such as super chromium-containing high alloy pipes, hydraulic strut pipes, wear-resistant pipes, gas cylinder pipes, etc.1000Steel pipes for ultra-long and ultra-high pressure polyethylene installations,6Project construction of 10,000-ton seamless steel pipe heat treatment.
Advanced rail transit materials.Focus on the development of next-generation rare earth heat treatment rails and magnetic levitation railsFHeavy-duty railway rails such as section steel, high-strength and wear-resistant rare-earth rails for heavy-duty railways, and corrosion-resistant steel rails suitable for high-corrosive environments such as coastal areas and wet tunnels.Increase the production scale of steel sheet pile products, realize mass production of weathering steel for railway vehicles, and develop corrosion-resistant steel for offshore oil platformsHSection steel, high strength for railway carriage girders310B-shaped steel, steel for electrified railway catenary pillar, European standard, American standard, Russian standard, Korean standard and other external standards hot-rolledHsection steel.
(2) Advanced non-ferrous metal materials. Promote the extension of electrolytic aluminum and copper processing, focusing on the development of high-performance aluminum and copper materials.arrive2025Years, high-performance aluminum production capacity reached200More than 10,000 tons, high-performance copper60More than 10,000 tons, the output value is about750billion.
High-performance aluminum.Alloy and powder materials, focusing on the development of high-purity aluminum, rare earth (lanthanum, cerium, praseodymium, neodymium, scandium, erbium) aluminum alloys, aluminum powder, aluminum-silver paste materials, and promoting1810,000 tons of rare earth aluminum alloy project construction, supporting annual output20The project of 10,000 tons of aluminum powder and aluminum silver paste has reached production and achieved efficiency; research and development2aluminum copper,5aluminum magnesium,6Al-Mg-Si and7It is an aluminum-zinc-magnesium-copper high-hardness aluminum alloy material, aeronautical slab ingot liquid3DPrinting equipment and products, speeding up the transformation and industrialization of technological achievements, to2025year, the production capacity reaches213tons.Plate, strip and foil deformed materials, focusing on the development of large-scale plates, strips, foils, rods and other materials for aerospace, weapons and ships, biomedical and transportation, expanding the scale of high value-added products, promoting2010,000 tons of aluminum strip,40tons of aluminum foil,5610,000 tons of aluminum rods,2010,000 tons of cables,2010,000 tons of magnet wire and other projects will be built2025year, the production capacity reaches25tons.Casting aluminum, focusing on the development of auto parts, trailers, containers, high-precision molds, mechanical wear parts, promoting7500The construction of the ton die casting project promotes the development in the direction of precision die casting.2025year, the production capacity reaches11tons.
High-performance copper.Accelerate the deep extension of existing copper smelting enterprises to the downstream, and promote5010,000 tons of copper wire rod,1010,000 tons of copper rods and copper conductors,3Project construction of 10,000 tons of copper foil deep processing. Relying on leading enterprises to develop high wear-resistant, corrosion-resistant and heat-resistant copper alloys, high-strength and high-conductivity copper-based composite materials, high-purity tin-plated round copper wires, high-precision copper copper strips, electronic copper foils and other products, support rare earth copper alloys, casting Industrialization and demonstration application of copper-clad aluminum, chromium-zirconium-copper conductive alloys.
(3) Rare earth new materials. Focusing on the green, efficient and high-value utilization of rare earth resources, vigorously develop the rare earth new material industry.arrive2025In 2018, the in situ conversion rate of rare earth reached80%Above, the production capacity of magnetic materials has reached1510,000 tons, hydrogen storage materials110,000 tons, polishing materials510,000 tons, catalytic materials and additives110,000 tons, high-purity rare earth metals and alloy materials2More than 10,000 tons, the output value of rare earth new materials reached700billion.
Magnetic material.Develop high-performance magnetic materials, increase the production scale and market share of products such as low-heavy rare earth grain boundary diffusion NdFeB and NdFeB radiation magnetic rings, and develop high-remanence samarium cobalt magnets, anisotropic thin-walled hot-pressed magnetic rings, High-end magnetic materials such as high-frequency soft magnetic materials, easy-to-surface rare earth composite soft magnetic materials, rare earth magnetostrictive materials, rare earth magnetic refrigeration materials, etc.1Projects such as 10,000 tons of magnets have been implemented.
hydrogen storage material.Develop high-capacity, wide-temperature, low-self-discharge, low-cost, long-life hydrogen storage materials and devices for hybrid vehicles, accelerate the industrialization of high-capacity lanthanum-yttrium-nickel hydrogen storage alloys, and develop new fuel cell vehicles. Solid-state hydrogen source hydrogen storage materials and battery components, advancing1000ton of hydrogen storage alloy powder pilot test,500ton high-capacity nickel-based hydrogen storage alloy pilot test,500ton of hydrogen storage materials and other projects.
polishing material.Develop high-performance polishing powder, polishing liquid, nano-cerium oxide polishing powder (liquid) and other products, improve product quality, promote210,000 tons of polishing powder (liquid) project construction.
Catalytic materials and additives.Focusing on the applications in steel, cement, glass, automobile, thermal power, petrochemical and other industries, cultivate a series of catalytic materials such as flue gas denitrification, firewood tail purification, catalytic cracking, etc.PVCStabilizer project construction.
High-purity rare earth metals and alloys. Optimize the high-purity metal preparation process and expand the application of rare earth targets.Increase the application of rare earth aluminum (magnesium) alloys, build a pilot line for rare earth aluminum (magnesium) alloy casting billets, and promote210,000 tons of rare earth metals and other projects.
(4) Advanced silicon materials. Relying on the industrial advantages of photovoltaic materials and organic silicon materials, encourage polysilicon, monocrystalline silicon and organic silicon enterprises to extend the industrial chain and develop downstream battery modules and high-performance organic silicon products.arrive2025Year, new production capacity of silicone materials40More than 10,000 tons, single (poly) crystalline silicon60About 10,000 tons, the output value broke through400billion.
Silicone material.Focus on the development of liquid silicone rubber, phenyl silicone rubber and other special silicone rubber, acrylate rubber, silicone modified polyurethane thermoplastic elastomer, polyolefin thermoplastic elastomer, butyl rubber/Nylon thermoplastic elastomers, polyester thermoplastic elastomers, styrene thermoplastic elastomers and other medical polymer materials that do not contain plasticizers and can replace polyvinyl chloride, promote20Construction of high-performance silicone projects such as 10,000 tons of silicone rubber and silicone oil.
photovoltaic materials. The comprehensive power consumption of the new production capacity of single (poly) crystalline silicon reaches the advanced value in the same industry in China. In principle, downstream processing production lines such as slicing and solar cell modules should be matched. Encourage leading enterprises to develop electronic-grade crystalline silicon, support Hohhot City to build a national demonstration base for new industrialized electronic-grade silicon materials industry around safeguarding the strategic security of the national semiconductor industry, and solve the problem of import dependence on electronic-grade silicon materials.
(5) Advanced building materials and non-metallic mineral materials. Give full play to the unique advantages of new building materials in the autonomous region, focus on the development of special glass, high-end coal-based kaolin, and new ceramic material industries, accelerate the digital, intelligent, and green transformation of enterprises, and promote product upgrades.arrive2025Year, built special glass1200Ten thousand weight box, photovoltaic panel glass1.2100 million square meters, high-end coal measure kaolin160More than 10,000 tons, realize the output value100billion.
Special glass material.promote120010,000-weight box photovoltaic back glass and high-quality special processing glass production line project,1.2100 million square meters of photovoltaic panel glass project construction, promote2GWThe first phase of high-efficiency monocrystalline photovoltaic modules and other projects have been implemented, vigorously develop solar photovoltaic, functional buildings, automotive safety glass and other products, and improve the level of glass deep processing and product added value.
Coal measure kaolin material.Accelerate the development and application of new calcination processes and key equipment for pigment-grade, paper-making coating-grade, and coating-grade kaolin, and promote16010,000 tons of calcined kaolin,510,000 tons of high-performance spherical powder and40The construction of 10,000 tons of coke gemstone, mullite, foundry sand and other projects will form a series of products such as high-temperature ceramic fibers, high-grade refractory materials, petroleum proppants, and foundry sand.
New ceramic material. Accelerate the development of high-performance ceramic powders and products,5GElectronic ceramics, artificial synthetic crystals and ceramic composite materials for communication, formed510,000 tons of ceramic insulation fibers,6.310,000 tons of ceramic matrix composite fiber materials,800 ton of artificial crystal high-end functional materials production capacity.
(6) Advanced carbon materials. Relying on the advantages of high-quality graphite and coal resources in the autonomous region, actively deploy advanced carbon material industries such as graphene, carbon fiber, and composite carbon materials.arrive2025Year, new high-power graphite electrode production capacity30More than 10,000 tons, graphite anode material3010,000 tons, new carbon materials210,000 tons, realize the output value150billion.
Graphite (ene) material. Cultivate the “graphite-graphite material-application” industrial chain, and develop materials such as high-power graphite electrodes, graphite (ene) polymer composites, graphite (ene) carbon fibers and glass fibers. Promote the large-scale preparation of graphene powders and films, and accelerate the application in lithium battery electrode materials, thermal conductive films and other industries. Encourage the development of advanced materials such as synthetic diamond, carbon nanotubes, graphene oxide, and carbon fiber.promote66million carats of synthetic diamonds,900Construction of projects such as tons of carbon nanotubes and fullerene stock solution. Support Xilin Gol League to develop a hard material industry dominated by synthetic diamond.
New carbon material. Focus on the development of high value-added new material products such as needle coke, impregnated pitch, ultra-high power electrodes, special carbon materials, anode materials for coal-based lithium-ion batteries (artificial graphite), high-performance pitch-based carbon fibers, and high-performance pitch-based spherical activated carbons. Extend the industrial chain of coal tar deep processing and improve the grade of downstream products.promote2tons of carbon fiber,1200tons of special asphalt,200ton composite carbon material project construction.
(7) Advanced polymer materials. Adhere to “diversification, high-end, and recycling”, develop high-performance resin, high-end functional film and other materials, and promote the extension and coupling of chemical intermediate products.arrive2025Year, new high-performance resin capacity180More than 10,000 tons, high-end functional membrane materials210,000 tons, and strive to break through the output value500billion.
High performance resin.Engineering plastics focus on the development of polyamide (nylon6,nylon66Wait),ABS,SBS, Polycarbonate and other products. High-end resins focus on the development of high-end grades and new grades of polyolefins, and the development of ethylene a-olefin copolymers (POE) elastomer, vinyl–vinyl alcohol copolymer (EVOHresin) products. Degradable materials focus on the development of polyglycolic acid (PGA), polybutylene succinate (PBS), polyethylene terephthalic acid–Butylene adipate (PBAT) and other products.focus on promotion50tonsPGAproject,100tonsPBAT/PBSProject construction.
High-end functional membrane material. Develop medium and high-end lithium-ion battery separators, flexible packaging film materials, polyvinyl fluoride (PVF) and polyvinylidene fluoride (PVDF) backplane film, fluorine-containing proton exchange membrane, polyvinyl butyral film, thin film transistor–LCD Monitor(TFT-LCD) with polarizers and supporting cellulose acetate film, polyvinyl alcohol film and other products.focus on promotion2tonsPVDFProject construction.
3. Key tasks
(1) Promote agglomeration development. Promote the dislocation development of the new material industry, scientifically lay out the industrial chain, and guide the new material industry to gather in high-tech parks and industrial bases. Relying on the basic advantages of industries such as Hubao E-Wu city group, Wuhai City and surrounding areas, focus on advanced steel materials, advanced non-ferrous metal materials, rare earth new materials, advanced silicon materials, advanced carbon materials and other sub-fields, and strive to cultivate a group of Enterprise entities with core intellectual property rights and strong market competitiveness will play a leading role in promoting the high-quality development of the new material industry.
(2) Improve innovation ability. Implement the action of “Rejuvenating Mongolia with Science and Technology”, strengthen the main position of enterprises in innovation, support enterprises to establish new material laboratories and enterprise technology centers, form innovation consortia, create manufacturing innovation centers, and adopt methods such as “revelation and leadership” to conquer key core technologies, Promote the transformation and application of scientific and technological achievements.
(3) Promote green manufacturing. With the goal of promoting the green development of new material products in the whole life cycle, benchmarking against the national advanced standards or the advanced level of the same industry, guide enterprises to create green factories, develop green products, build green supply chains, and improve the green development level of the new material industry.
(4) Promote intelligent manufacturing. Strengthen the construction of industrial Internet platforms, create smart factories, build digital workshops, promote the in-depth integration and development of information technology and new material industries, and promote the automation, digitization and intelligence of new material design, processing, manufacturing, testing, and distribution processes, and realize the intelligent interconnection of equipment , intelligent production planning, intelligent production process control.
(5) Improve the standard system. Accelerate the construction of a new material industry standard system, and actively promote the core technology of new materials with independent intellectual property rights in the autonomous region to be upgraded to industry standards, national standards and international standards. Encourage social groups to formulate advanced new material group standards whose technical level is comprehensively superior to national standards and industry standards.
4. Supporting policies
(1) Promotion and application of policies. For products identified as the first batch of new materials in the autonomous region, the promotion and application of products will be supported through policies such as insurance compensation. Regularly publish new material product promotion catalogues, and encourage inclusion in government procurement and procurement catalogues for key engineering projects of state-owned enterprises. Actively promote the new material research and development achievements, products, enterprises, agglomeration areas, etc. of the autonomous region to the national new material industry resource sharing platform, and strive to achieve an automatic matching and intelligent one-stop supply and demand docking plan.
(2) Innovative R&D policies. Support the construction of innovation platforms, and provide R&D funding support for national technology innovation centers, key laboratories and engineering research centers, and manufacturing innovation centers. Support major technological innovation, and give support to major new material research and original innovation results that meet the support conditions of the regional innovation and development fund. Support the construction of achievement transformation projects.
(3) Certification and testing policies. Strengthen the construction of a national-level rare earth new material industry testing and evaluation center to provide performance testing, quality evaluation and other services for rare earth new materials. Establish contact with the national new material performance testing and evaluation main center, and obtain the testing and evaluation resource support of the main center and sub-centers across the country.
(4) Electricity price support policy. Publish the catalogue of key industries supported by the autonomous region, and provide electricity price support to new material manufacturers in the catalog whose products meet the requirements of relevant standards for advanced materials.
(5) The policy of “specialization, specialization and innovation”. A one-time reward will be given to the enterprises identified as “specialized and special new” enterprises and “little giant” enterprises in the autonomous region for the first time. Encourage government financing guarantee institutions to increase support for “specialized, specialized, and new” small and medium-sized enterprises in financing credit enhancement.
V. Safeguards
(1) Strengthen the organization and implementation. Establish a leading group for the development of the new material industry in the autonomous region, establish a working mechanism with the participation of relevant departments, clarify the leading departments and responsible departments, and form “four ones” (one leader, one leading department, one special work class, and one work plan) ) work coordination and promotion mechanism, promote the implementation of major projects, and support the implementation of various policies for the development of the new material industry. All relevant departments should formulate specific measures to support the development of the new material industry, clarify the timetable, roadmap, and responsible persons, and divide the work according to the division of responsibilities to form a joint force. All leagues and cities should formulate action plans (plans) and supporting policies based on actual conditions, refine mission objectives, and ensure effective results. Establish a year-end summary assessment and assessment mechanism to assess the implementation of annual tasks and the construction of key projects in various regions and departments.
(2) Strengthen scheduling guidance. Define the main points of the annual work, clarify the key tasks and measures at the stage, regularly schedule the work progress, study and solve the difficulties and block problems of the work, and organize supervision and inspection in a timely manner. Establish a new material industry expert database to provide technical guidance and consulting services for industry planning, industrial policies, and major projects.
(3) Strengthen statistical monitoring. Improve the content and index system of the new material industry in the classification of strategic emerging industries in the autonomous region, supplement the statistical catalogue in a timely manner, organize statistical monitoring and analysis, release statistical information in a timely manner, and guide the industry to develop in a standardized and orderly manner.