Catalog of Encouraged Industries for Foreign Investment (2025 Edition)
Catalog of Encouraged Industries for Foreign Investment (2025 Edition)
Catalog of Encouraged Industries for Foreign Investment (2025 Edition)
Order of the National Development and Reform Commission and the Ministry of Commerce of the People’s Republic of China No. 37
December 15, 2025
With the approval of the State Council, the Catalog of Encouraged Industries for Foreign Investment (2025 Edition), adopted at the 22nd Commission Meeting of the National Development and Reform Commission and approved by the Ministry of Commerce, is hereby promulgated and shall come into effect as of February 1, 2026. The Catalog of Encouraged Industries for Foreign Investment (2022 Edition), issued by the National Development and Reform Commission and the Ministry of Commerce on October 26, 2022, shall be repealed simultaneously.
Director of the National Development and Reform Commission: Zheng Shanjie
Minister of Commerce: Wang Wentao
Catalog of Encouraged Industries for Foreign Investment (2025 Edition)
This Catalog is developed to implement the Foreign Investment Law and its
implementation regulations and to encourage and direct foreign investors to invest in particular industries, fields, and regions as needed for national economic and social development. This Catalog consists of two parts: the National Catalog of Encouraged Industries for Foreign
Investment and the Catalog of Priority Industries for Foreign Investment in Central and Western
China. Subject to compliance with market access policies, where any of the listed industries is explicitly classified as a phase-out, prohibited, or other similar category under relevant national industrial catalogs such as the Guiding Catalog for Industrial Restructuring, its encouraged-category status shall automatically cease to apply.
National Catalog of Encouraged Industries for Foreign Investment
I. Agriculture, Forestry, Animal Husbandry, and Fishery
1. Planting, development, and production of woody plants that contain edible oils or are used as seasonings or industrial raw materials
2. Development of cultivation technologies, planting and production of green and organic vegetables (including edible fungi and watermelon and melon), fresh fruits and nuts, and tea
3. Breeding, planting, and production of wine grapes
4. Breeding, planting, and production of raw materials for beer
5. Development of new cultivation techniques and production of crops, such as sugar crops, fruit trees, and pasture
6. Breeding and development of new varieties of plants specially used for silage in high yield and high efficiency
7. Production of flowers and construction and operation of nurseries
8. Planting of rubber trees, oil palms, sisal, and coffee trees
9. Breeding and planting of aromatic plants and extraction of essential oils
10. Planting and cultivation of traditional Chinese medicinal crops (excluding seeds [seedlings] of traditional Chinese medicinal crops and traditional Chinese medicinal resources subject to state regulation)
11. Comprehensive utilization of crop straw resources and development and production of organic fertilizer resources
12. Cultivation of forest resources (fast-growing and high-yield timber forests, large-diameter timber forests, bamboo forests, tea-oil trees, and other economic forests, timber forests comprising rare tree species, etc.)
13. Undergrowth ecological planting
14. Development and application of technologies for standardized large-scale breeding of livestock and poultry and intelligent breeding technology
15. Introduction and breeding of breeding livestock and poultry and aquatic offspring (excluding China's rare and endemic species)
16. Construction and operation of ecology and environment protection projects, such as preventing and controlling desertification, soil and water conservation, land greening, and control of rocky desertification
17. Aqua farming, open ocean cage aquaculture, industrial aquaculture, and ecological mariculture 18. High-efficiency water-saving irrigation, farmland soil improvement and ecological management, comprehensive utilization of cultivated land reserve resources such as saline-alkali land, and green farmland construction and technology development and application; recycling and utilization of solid waste from agricultural inputs; and construction of projects related to rural environment improvement, treatment of rural domestic sewage and garbage, rural toilets, and improvement and restoration of water ecology and environment, as well as technology development and application
19. Construction and operation of cold chain logistics facilities for the storage and preservation of agricultural products
20. Intelligent agriculture (integrated application of software technology and equipment)
21. Rural e-commerce and new rural service industries, including agricultural production services adapted to large-scale, standardized, and mechanized agricultural production, and rural life services 22. Leisure agriculture, farming experience, outdoor activity development, ecological health care, and wellness, and labor education
23. Development and production of safe, efficient, and environment-friendly feeds and feed additives (including vitamins, methionine, and feed enzymes) and substitute products of anti bacterial agents used for promoting animal growth
II. Mining Industry
24. Exploration and exploitation of oil and natural gas (including shale gas and coalbed methane) and utilization of mine gas
25. Development and application of enhanced oil and natural gas recovery and relevant new technologies
26. Development and application of new technologies for oil ang natural gas exploration and exploitation in areas such as geophysical prospecting, drilling, well logging, mud logging, and downhole operation
27. Development and application of new technologies for enhancing the utilization rate of mine tailings and comprehensive application of ecological restoration technologies in mining areas
28. Research and development of high-efficiency beneficiation technologies for low-grade ores and associated/coexisting minerals, and production of related products
III. Manufacturing Industry
(I) Agricultural and Sideline Food Processing
29. Processing of aquatic products, purification and processing of shellfish, and development of seaweed health food
30. Processing of vegetables, fresh fruits and nuts, and livestock and poultry products
(II) Food Manufacturing
31. Development and production of sterilized milk (sterilized at 132°C for a short time)
32. Production of cheese, processed cheese, and cheese-prepared food
33. Development and production of formula food for infants, complementary foods for infants, formula food for special medical purposes, and health food
34. Development and production of baked food (including the chocolates containing natural cocoa beans and their products), convenience food, ice cream, and related ingredients
35. Production of candy, chewing gum, candied fruit, and yogurt
36. Processing of forest food
37. Development and production of vegetable protein bionic meat food
38. Development of new technologies for and production of natural food additives and natural spices
39. Development and production of packaging materials for sterile liquid food
(III) Alcohol, Beverage, and Refined Tea Manufacturing
40. Development and production of fruit and vegetable juice and other drinks, protein drinks, tea drinks, coffee drinks, and botanical drinks
(IV) Textile Industry
41. Production of industrial textiles by using non-woven, machine weaving, knitting, weaving, 3D weaving, and other technique
42. Production of high-end textile fabrics by adopting digital and intelligent printing and technical dyeing equipment, dyeing and finishing cleaner production technology (enzyme treatment, highefficiency short-process pretreatment and dyeing, continuous open-width pretreatment of knitted fabrics, low-temperature pretreatment and dyeing, low-salt or salt-free dyeing, low-urea printing, small bath ratio airflow or gas-liquid dyeing, digital inkjet printing, foam finishing, and non-aqueous medium dyeing), functional finishing technology, new dyeing processing technology, advanced energy-saving weaving technology, and composite fabric processing technology; and development and application of intelligent cheese dyeing technical equipment
43. High-quality processing technology and product production of special animal fiber, hemp fiber, bamboo fiber, mulberry tussah silk, color cotton, and color mulberry cocoon silk natural fibers that satisfy green and low-carbon requirements
44. Sorting, recycling, and utilization of waste textiles
45. Production, research, and development of artificial skin, artificial blood vessels, absorbable sutures, hernia repair materials, new dialysis membrane materials, catheters for interventional therapy, high-end functional biomedical dressings, and other therapeutic medical and healthcare textiles
46. Production of high-quality yarn using intelligent and continuous spinning complete equipment (including blowroom–carding integrated systems, roving–spinning integrated systems, spinning–winding integrated systems, and CNC standalone machines; and short-process advanced spinning equipment such as air-jet vortex spinning and high-speed rotor spinning)
47. Development and production of anti-seepage geomembranes for landfill sites
48. Production of bio-based synthetic fibers, readily biodegradable synthetic fibers, and artificial spider silk
49. Research, development and production of nonwoven materials with high filtration precision, fiber-based high-performance microporous filtration materials, and integrated filtration materials for denitrification and dust removal
(V) Textile Garment and Apparel Industry
50. Clothing and semi-finished clothing production using the computer-integrated manufacturing and management system
51. Production of functional and special clothing
(VI) Leathers, Furs, Feathers and Related Products and Shoemaking Industry
52. Clean production in leather making and fur processing
53. Post ornament and processing of leather with new technology
Development of new technologies for leather finishing and manufacturing of related equipment
54. Comprehensive utilization of chromium-containing leather solid waste and chromium sludge, and recycling and reuse of waste liquids from leather and fur processing.
55. Production of high-performance elastomer shoe materials
(VII) Wood Processing and Wood, Bamboo, Rattan, Palm Fiber, and Straw Products
56. Development of new technologies for the comprehensive utilization of three forest residues, inferior quality lumber, small-sized lumber and firewood, waste wood and bamboo, development and production of relevant new products, development and application of the technology for pollution control and prevention in wood and bamboo production, fine particle emission reduction and dust explosion prevention
57. Development and production of new technologies for and new products of wood structures and wood building materials
58. Development and production of new technologies and new products for the recycling of waste wood
(VIII) Manufacturing of Educational and Cultural Products, Arts and Crafts, and Sports and Entertainment Products
59. Production of high-end carpets, embroidery, and drawnwork products
60. Research, development, and production of new technologies and new products for musical instruments
(IX) Petroleum Processing, Coking, and Nuclear Fuel Processing
61. Processing of phenol oil, processing of absorber oil, processing of anthracene oil, processing of naphthalene oil, and preparation of high-end chemicals from coal pitch (excluding modified pitch)
62. Research and development of energy-saving and carbon-reduction technical equipment for waste heat recovery: dry quenching in the coking process, waste heat recovery from ascension pipes, and waste heat recovery technical equipment for circulating ammonia water and primary coolers
63. Research and development of technologies for improving the thermal efficiency of heating furnaces, and production of related products
64. Research and development of non-distillation and non-rectification separation technologies for crude oil processing products, and production of related products
(X) Manufacturing of Chemical Materials and Chemical Products
65. Development and production of new downstream products of polyvinyl chloride (PVC) and organosilicon
66. Auxiliary raw materials for the production of synthetic materials: production of hydrogen peroxide-based propylene oxide, naphthalene dicarboxylate (NDC), 1,4-Cyclohexanedimethanol (CHDM), and butadiene-based adiponitrile, hexanediamine and norbornene of 50,000 tons or more per year
67. Production of polyethylene polyamine products
68. Development and production of high-end polyolefins such as high-carbon α-olefin copolymerized metallocene polyethylene, cyclic olefin polymers (COC/COP), and high-activity polyisobutylene
69. Production of raw materials of synthetic fibers: 1,3-propylene glycol
70. Production of synthetic rubber: acrylate rubber, epichlorohydrin rubber, polybutadiene rubber, solution-polymerized styrene-butadiene rubber, as well as special fluorine rubber, silicone rubber, fluorosilicone rubber, thermoplastic polyurethane rubber, and other special rubbers.
71. Production of engineering plastics and plastic alloys: polyphenyl thioether, polyether ether ketone, polyimide, polysulfone, polyether sulfone, polyarylate (PAR), polyphenylene ether (PPE), special polyamide (PA) and its modified materials, liquid crystal polymer, and other products
72. Fine chemicals: new catalyst products and technologies; processing technologies for the commercialization of dyes (pigments); electronic chemicals and papermaking chemicals; leather chemicals; oilfield chemicals; surfactants; ultra-high-pressure continuous production technology for the key raw material isotridecanol (with a single-unit capacity of 30,000 tons/year or more); and safe production technology of nitrogen-protected double-shell tower for refining ethylene oxide from key raw materials; production of water treatment agents and key raw materials; production of high-solid, solvent-free, water-based, electron beam curing, UV curing, reactive adhesives, and key raw materials including high-end butyl acrylate and high-end octyl acrylate, polyester polyol and curing agents; production of sealant, adhesive tapes and key raw materials and production of efficient, safe and environment friendly plasticizers (such as polyester plasticizers), new plastic additives such as halogen-free flame retardants, permanent anti-static agents, organic heat stabilizers and nucleating agents; production of inorganic fibers and inorganic nano materials; deep processing of pigment encapsulation; development and production of environment-friendly surface treatment technology products; development and production of humic acid fine chemical products; and development and production of sealants, adhesives, encapsulants, thread-locking agents, and industrial cleaning agents with low volatile organic compound (VOCs) content.
73. Production of water-based inks and adhesives, electron beam curing inks, ultraviolet-curing inks, and other low-volatile inks, adhesives, environment-friendly organic solvent materials, and environment-friendly organic solvent-free materials
74. Production of high-performance coatings, adhesives, industrial coatings, high solids coatings, water-based, powder, radiation curing, solvent-free, and other low VOC content industrial coatings and supporting resins, water-based industrial coatings and auxiliary water-based resins (including high-end butyl acrylate and high-end octyl acrylate)
75. Production of high-performance fluororesin, fluorine coating materials, medical intermediates containing fluorine, zero ODP, and low GWP refrigerants in compliance with international conventions, cleaning agents, blowing agents, etc.
Production of high-performance fluororesins, fluorine membrane materials, medical fluorinated intermediates, and refrigerants, cleaning agents, and blowing agents with zero ozone depletion potential (ODP) and low global warming potential (GWP) in compliance with international conventions.
76. Development of green technologies for the production of hydrogen fuel (hydrogen production from chemical by-products, biological hydrogen production, water-electrolytic hydrogen production from renewable energy, etc.) and storage, transportation, and liquefaction of hydrogen fuel
77. Production and supply of large or high-purity industrial gas (including electronic gas)
78. Construction and operation of carbon capture and storage (CCS), and carbon capture, utilization, and storage (CCUS) projects
79. Production of fluoride resources recovered from the phosphorus chemical industry and aluminum smelters
80. Development of new technologies for forestry chemical products and development and production of relevant new products
81. Development and production of inorganic, organic, and biological membranes for environmental protection purposes
82. Development and production of new types of fertilizers: microbial inoculants, compound microbial fertilizers, straw decomposition agents, and humic-acid-containing water-soluble fertilizers
83. Development and production of new varieties, new formulations, special-purpose intermediates, or auxiliary agents of efficient, safe, and environment-friendly agricultural chemicals, and development and application of relevant cleaner production process, and production of chiral and stereospecific pesticides by oriented synthesis
84. Development and production of biological agricultural chemicals and biological control products: microbial pesticides, microbial fungicides, agricultural antibiotics, biostimulants, insect pheromones, natural enemies, and microbial herbicides
85. Comprehensive utilization, treatment, and disposal of waste gas, waste liquid, waste residue, and volatile organic compounds (VOCs)
86. Production of organic polymer materials: aircraft skin coatings, rare earth cerium sulfide red dyes, lead-free electronic packaging materials, lithographic slurries specifically for color plasma display screens, small-diameter ultrafine fibers with a large specific surface area, high-precision fuel filter paper, self-healing materials for surface treatment, superhydrophobic nano-coating materials, ultra-high-refractive-index optical resins, environmentally friendly recyclable solar module backsheets and plastic materials for backsheets, automotive start–stop lead-acid battery separators, energy storage lead-acid battery separators, lithographic slurries for the integrated circuit industry, and functional membrane materials for solar cells
87. Development, production, and application of new technologies and new products of forestry biomass energy
88. Development of low-carbon upgrading processes for petrochemical and chemical raw materials: electrically-driven ethylene cracking; reverse water-gas shift, and partial oxidation process to convert carbon dioxide and light hydrocarbons as raw materials into carbon monoxide
89. Production, storage, and transportation of hydrogen–ammonia and hydrogen–methanol produced through renewable-energy-powered water electrolysis
90. Production of polyvinylpyrrolidone
91. Development and production of metallocene polypropylene products
92. Development and production of high–value-added, high-performance polyurethane and downstream new material products, as well as development and production of supporting raw materials
93. Production of raw materials required for lithium batteries: ultra-high-molecular-weight polyethylene
94. Development and production of bio-based chemicals
(XI) Pharmaceutical Industry
95. Development and production of products and key intermediates including new drugs with novel active ingredients, innovative chemical drugs with new targets and new mechanisms of action, generic drugs that have passed consistency evaluation of quality and efficacy, active pharmaceutical ingredients for high–value-added formulations, high-end formulations, and clinically scarce drugs; and operation of third-party technical service platforms that meet the needs of research, development, and production of pharmaceuticals and medical devices, including drug screening platforms, clinical technology translation platforms, safety evaluation centers, pilot-scale scale-up platforms, engineering translation centers, R&D customization platforms, contract manufacturing platforms, and public testing centers
96. Amino acids: production of tryptophan by using the zymotechnics process, histidine, methionine, etc.
97. Development and production of new anticarcinogenic drugs, cardiovascular and cerebrovascular drugs, and nervous system drugs
98. Production of new types of drugs employing bioengineering technologies: novel antibody drugs, multifunctional antibodies, G protein-coupled (GPC) receptor antibodies, antibody–drug conjugates (ADCs), and recombinant protein drugs.
99. Production of HIV/AIDS vaccines, Hepatitis C vaccines, contraceptive vaccines, new vaccines for cervical carcinoma, malaria, "hand, foot and mouth" disease, etc.
100. Development and production of marine drugs
101. Production of pharmaceutical formulations: new formulations and new products employing new technologies, such as sustained release, immediate release, controlled release, targeted delivery, transdermal delivery, implantable delivery, inhalation delivery, and oral dissolving films, including inhalation aerosols, inhalation powders, inhalation sprays, liquid formulations for use with nebulizers, and drug–device combination products.
102. Development and production of new excipients
103. Production of special anti-bacterial drug substances for animals (including antibiotics and chemically synthesized active pharmaceutical ingredients)
104. Production of new products and new formulations of anti-bacterial drugs, anthelmintics, insecticides, and anti-coccidiosis drugs for veterinary use
105. Development and production of new types of diagnostic reagents
106. Research, development, and production of cell therapy drugs (except in areas where foreign investment is prohibited)
107. Development and production of new key raw materials for production, such as vaccines and cell therapy drugs, and large-scale cell culture products
108. Development and production of new-type drug packaging materials and technologies (neutral borosilicate pharmaceutical glass, degradable, light-resistant, and high-barrier functional materials with good chemical stability, COP cyclic olefin polymer drug packing materials, and drug delivery systems and devices with new packaging such as aerosol, powder inhalation, self-dosing, pre-filling, and automatic mixing)
109. Development and production of drugs for rare diseases and special medicines for children
110. Development and production of consumables relating to pharmaceutical manufacturing: separation and purification media, solid-phase synthesis media, chiral resolution media, consumables for drug impurity control and detection, culture media, single-use reactors, chromatography packing materials, filtration membranes, and membrane modules
111. Production and processing of new medical device equipment and medical materials
112. Production of new products or new dosage forms of vaccines for aquaculture use and veterinary use
113. Development and production of nucleic acid drugs
114. Development and production of radiopharmaceuticals, including special drugs containing radioactive nuclides that can be used for diagnostic or therapeutic purposes
115. Transfer of innovative originator drugs to domestic production (including formulation production)
116. Development and production of biomedical materials, including recombinant collagen materials, biodegradable materials for inducing regeneration and repair of tissues and organs, and novel cavity materials
(XII) Chemical Fiber Manufacturing
117. Continuous copolymerization modification of differentiated and functional polyester (PET) [cationic dyeable polyester (CDP, ECDP), alkali-soluble polyester (COPET), high-shrinkage polyester (HSPET), flame-retardant polyester, low-melting-point polyester, non-crystalline polyester, biodegradable polyester, and polyester produced with green catalyst, etc.]; efficient and flexible preparation technologies for the production of flame-retardant, anti-static, anti-ultraviolet, anti bacterial, conductive, phase-change energy-storage, intelligent temperature-control, photochromic, stock solution coloring, absorption and separation, biomedical and other differentiated and functional chemical fibers and their research and development; production of intelligent, ultra-simulation, and other functional chemical fibers; and original development of green, efficient and environment-friendly chemical fiber spinning oil for high-speed spinning processing
118. Development, production, and application of high-performance fibers and related products: carbon fiber (CF) (tensile strength ≥ 4,200 MPa, elastic modulus ≥ 230 GPa); aramid fiber (AF); polysulfonamide fiber (PSA); ultra-high-molecular-weight polyethylene fiber (UHMWPE) (single-line spinning capacity ≥ 300 tons/year, breaking strength ≥ 40 cN/dtex, initial modulus ≥ 1,800 cN/dtex); polyphenylene sulfide fiber (PPS); polyimide fiber (PI); polytetrafluoroethylene fiber (PTFE); poly(p-phenylene benzobisoxazole) fiber (PBO); polyarylene oxadiazole fiber (POD); polyetheretherketone fiber (PEEK); and poly(2,5-dihydroxy-1,4-phenylenepyridodiimidazole) fiber (PIPD)
119. Development and production of new types of polyesters and fibers: poly(trimethylene terephthalate) (PTT), polyethylene naphthalate (PEN), polybutylene terephthalate (PBT), and poly(cyclohexylene dimethylene terephthalate) (PCT)
120. Development and production of biodegradable fiber materials using green and environmentally friendly processes and equipment, including polybutylene succinate (PBS), poly(butylene adipate-co-terephthalate) (PBAT), polycaprolactone (PCL), polyhydroxyalkanoates (PHA), and polylactic acid (PLA) fibers; production of Lyocell staple fibers (with a single-line capacity of 50,000 tons or more) and Lyocell filament yarns; and development and production of bio-based fiber materials, including regenerated cellulose fibers made from new renewable resources such as bamboo and hemp, seaweed fibers, chitosan fibers, animal and plant protein fibers, bio-based polyamides, and bio-based polyesters
121. Development and production of nylon 11, nylon 12, nylon 1414, nylon 46, nylon 56 (using non-grain biomass as raw materials), long carbon chain nylon, high-temperature resistance nylon, and other new polyamides, and differentiated, functional and high value-added modified nylon (including nylon elastomer, copolymer nylon, nylon engineering plastics, and flame-retardant nylon)
122. Recycling and reuse of nylon products
(XIII) Rubber and Plastic Products Industry
123. Development, production, and application of organosilicone products
124. Development, production, and application of biodegradable plastics and their products
125. Development and production of new photoecological, multi-functional, and wide-width agricultural film and pollution-free degradable agricultural film
126. Sorting, recycling, and reuse of plastic wastes
127. Development and production of new packaging materials, including vacuum aluminum-plated films, silicon oxide (SiOx) spray-coated films, polyvinyl alcohol (PVA) coated films, functional polyester (PET) films, solvent-free composite or thermally laminated energy-saving and low-carbon polypropylene films, oriented polystyrene (OPS) films, and paper–plastic-based multilayer composites
128. Research, development and production of flame-retardant and wear-resistant plastic products that replace steel with plastics
129. Manufacturing and recycling and reuse of intermediate bulk containers (IBCs)
(XIV) Nonmetallic Mineral Products Industry
130. Development and production of building materials characterized by energy conservation, environmental protection, waste recycling, lightweight, high-strength, high performance, and multiple functions
131. Development and production of integrated molding and die extrusion products
132. Production of energy-saving and high-efficiency chemical building materials using plastic to substitute for steel and wood
133. Intelligent manufacturing of new-type prefabricated building components.
134. Production of SBS/APP modified bitumen waterproof rolls with an annual output of 10 million square meters or more, ethylene propylene diene monomer (EPDM) rubber waterproof rolls of which the width is two meters or longer, and relevant auxiliary materials, wide polyvinyl chloride (PVC) waterproof rolls of which the width is two meters or longer, and thermoplastic polyolefin (TPO) waterproof rolls
135. Development and production of functional glass using new technologies: infrared transmitting lead-free chalcogenide glass and products, multiple-functional windshield glass with excellent optical performance (transmittance≥70%), coated privacy windshield glass, sound insulation windshield glass, solar windshield glass, conductive color-changing windshield glass, electric heating windshield glass, head-up display windshield glass, vacuum glass, purification processing of raw materials for high pure (≥99.998%) or ultrapure (≥99.999%) quartz; high-borosilicate glass; high-aluminum cover glass; and aluminosilicate glass for solar energy equipment
136. Production of thin-film photovoltaic cells, glass for solar illuminators, and photovoltaic modules for building applications
137. Production of alkali-free glass fiber roving (monofilament diameter>9 microns) by tank furnace wire drawing with an annual yield of 80,000 tons or more and production of alkali-free glass fiber spun yarn (monofilament diameter≤9 microns) by tank furnace wire drawing with an annual yield of 50,000 tons or more, production of high-performance and special glass fibers such as superfine glass fiber (monofilament diameter≤5 microns), degradable glass fiber, special shaped cross-section glass fiber, alkali-resistant glass fiber, low dielectric glass fibers, quartz glass fibers, high silica glass fibers, high strength, and high elastic glass fibers, ceramic fibers, glass fiber felt cloth and other products
138. Production of optical fibers and their products: optical fiber bundles for image transmission and laser optical fibers for medical treatment, super second-generation and third-generation microchannel plates, optical fiber panels, image inverters, and glass fiber cones
139. Standardized refining of ceramic raw materials and production of high-grade ceramic decorative materials
140. Production of long-life, energy-saving, and environment-friendly (non-chromizing) refractory materials used in furnaces, including cement, electronic glass, ceramics, and microporous carbon bricks
141. Production of porous ceramics
142. Production of new inorganic and nonmetallic materials and products: composite materials, special ceramics, special sealing materials (including high-speed oil-seal materials), special friction materials (including high-speed friction brake products), special binding materials, special latex materials, underwater acoustic rubber products, and nanophase materials
143. Production of Class A fire-resistant thermal insulation materials
144. Production of high-tech composite materials: continuous fiber reinforced thermoplastic composite materials and prepregs, auxiliary materials for molding of resin-based composite materials with thermal resistance of more than 300°C, biodegradable resin matrix composite materials, resin-based composite materials used for additive manufacturing, resin-based composite materials (including sports products and lightweight, high-strength parts of vehicles), special-function composite materials and their products (including composite material products used in deep water or for diving and composite materials products for medical treatment and recuperation), carbon or carbon composite materials and their products, high-performance ceramic-based composite materials and their products, metal or glass-based composite materials and their products, metal layered composite materials and their products, ultra high pressure composite rubber hoses (pressure≥320MPa), large passenger aircraft tires, and polyester structural foam materials (used in fields of lightweight and high-strength vehicle parts, core materials of wind turbine blade, and building materials)
145. Production of raw materials for precision and high-performance ceramics: ultra-fine silicon carbide (SiC) powder (purity>99%, average particle size<1μm), ultra-fine silicon nitride powder (Si3N4) (purity>99%, average particle size<1μm), high-purity ultra-fine alumina powder (purity>99.9%, average particle size<0.5μm), low-temperature sintered zirconia (ZrO2) powder (sintering temperature<1350°C), high-purity aluminum nitride (AIN) powder (purity>99%, average particle size<1μm), rutile titanium dioxide (TiO2) powder (purity>98.5%), white carbon black (particle size<100nm), and barium titanate (purity>99%, particle size<1μm)
146. Development and production of high-quality artificial crystals and thin-film transistor products: high-quality artificially synthesized crystal (piezoelectric crystal and ultraviolet ray transmitting crystal); super-hard crystal (cubic boron nitride crystal); high-temperature resistant, highly-insulated, and artificially synthesized crystal (artificially synthesized mica); new electro-optic crystal; high-power laser crystal and large-scale scintillation crystal; diamond-film tool; ultrathin synthetic diamond saw blade with the thickness of not more than 0.3mm; and semiconductor crystals (silicon carbide crystals)
147. Fine processing of nonmetallic ores (ultra-fine grinding, high purifying, refining, and modified performance)
148. Production of ultra-high-power graphite electrodes
149. Production of pearl mica (particle size of 3-150μm)
150. Production of multi-dimensional and multi-directional integral fabrics and shape fabrics
151. Safe disposal of solid wastes using new dry-process cement kilns and sintered wall materials
152. Recycling of building wastes
153. Comprehensive utilization of gasification slag, industrial by-product gypsum, and other industrial wastes
154. Development and application of new technologies for comprehensive utilization of non-metallic mine tailings; and ecological restoration of historically legacy mines
155. Development and production of high-temperature resistant and corrosion-resistant filter materials
156. Research, development and production of optoelectronic functional inorganic thin films and devices
157. Research, development and production of carbon-supported materials for fuel cells in the new energy sector
158. Production of nuclear-grade graphite for radiation shielding and burn dressings
159. Technology development and production of nuclear graphite for reactor cores of high-temperature gas-cooled reactors
(XV) Nonferrous Metal Smelting and Rolling Processing
160. Production of new and high-tech nonferrous metal materials and their products: high temperature superconducting materials; memory alloy materials (titanium nickel, copper-based, and iron-based memory alloy materials); ultra-fine (nano) calcium carbide and ultra-fine (nano) crystal hard alloy; ultra-hard composite materials; precious metal composite materials; light metal composite materials; deep processing of high-performance light metals and copper alloy materials for new generation information technology industry, aerospace equipment, electric power equipment, advanced rail transit equipment, biomedicine, and high-performance medical equipment, ocean engineering equipment and high-tech ships, energy-saving and new energy vehicles, high-end numerical control machines and robots, agricultural machinery equipment, energy conservation, and environmental protection; foamed aluminum; sponge zirconium at the atomic energy level, cobalt chemical products, metals and compounds; new materials for copper foil and copper-clad laminates; and indium products
161. Processing of rare earth high-end application products in line with the requirements of new rare earth materials
162. Production of high-performance AlTiB grain refiner
(XVI) Metal Products Manufacturing Industry
163. Research, development, and manufacturing of new lightweight and environmentally-friendly materials for aviation, aerospace, vessels, automobiles, and motorcycles (special-purpose aluminum sheets, high-strength steel, high-strength aluminum alloys, magnesium alloy materials, and aluminum alloy motorcycle frames).
164. Manufacturing and processing (including painting and processing the inner and outer surface of products) of metal packing products (which shall be complete products, and the thickness of container wall shall be less than 0.3 millimeters) used for packing all kinds of grain, oil, food, vegetables, fruits, beverages, and household chemical products, etc.
165. Manufacturing of steel fiber for construction
166. Research and development of large-scale integrated die-casting molds (with a half-perimeter length exceeding 4,500 mm)
167. Research and development of intelligent molds (equipped with more than 10 sensors)
168. Research and development of composite material molding molds (for carbon fiber and glass fiber forming)
169. Research, development and production of high-performance wear-resistant materials for sand and gravel crushing equipment
(XVII) General Equipment Manufacturing Industry
170. Manufacturing of high-end numerical control machines and their key parts and components:
171. Manufacturing of ultra-large vacuum annealing/quenching heat treatment equipment (with an effective working area of at least 14 m in length × 4 m in width × 4 m in height), as well as digital modular multi-chamber vacuum low-pressure carburizing and high-pressure gas quenching production lines, vacuum low-pressure carburizing heat treatment equipment, and digital chemical heat treatment and exhaust gas treatment equipment production lines
172. Manufacturing of equipment for dismantling, shredding, and remanufacturing usable components of end-of-life vehicles, post-processing and sorting equipment, and recycling and dismantling of new energy vehicle batteries
173. Manufacturing of flexible transfer lines (FTL) for application in the automotive, electronics, aerospace, home appliance, and fast-moving consumer goods sectors
174. Manufacturing of high-end precision tools (cutting tools, measuring tools, measuring instruments, and high-end grinding tools and abrasives), nano composite coating, and high-end processing equipment
175. Manufacturing of sub-micron and ultra-fine grinders
176. Manufacturing of wheeled or crawler cranes of 400 tons or more
177. Design and manufacturing of high-pressure plunger pumps and engines of working pressure ≥35MPa and low-speed large-torque engines of working pressure≥35MPa
178. Manufacturing of integrated hydraulic-pressure multiple unit valve of working pressure≥ 25MPa and electro-hydraulic proportional servo elements
179. Design and manufacturing of valve terminal, pneumatic solenoid valve of less than 0.35W, and high-frequency electrically-controlled gas valves of 200Hz or more
180. Production of valves of which the operating temperature is below -120°C or above 530°C
181. Design and manufacturing of hydrostatic drive devices
182. Development and manufacturing of non-contact gas film seals of pressure>10MPa and dry gas seals of pressure>10MPa (including experimental devices)
183. Design and manufacturing of pneumatic actuators with repeatability less than or equal to 0.03 degrees and axial runout less than or equal to 0.02mm
184. Manufacturing of noise and vibration pollution control equipment: sound barriers, mufflers, and damping spring vibration isolators
185. Development and manufacturing of macromolecule material equipment for automobiles (including friction plates, remodeled phenolic pistons, nonmetallic hydraulic master/sub-pumps, etc.)
186. Manufacturing of wheel hub bearings of passenger cars beyond the third generation, bearings for high- or medium-grade numerical control machines and processing centers, high-speed wire rod or plate rolling mill bearings, low-noise bearings with vibration below Z4, P4 or P2 level bearings of various bearings, aircraft bearings, aircraft engine bearings, and other aviation bearings, bearings for medical X-ray computed tomography (CT) equipment, deep well and ultra deep well oil rig bearings, offshore engineering bearings, high-speed bearings for electric vehicle drive motor systems (rotation speed≥12,000 rpm), bearings of RV reducers and harmonic drive reducers for industrial robots, and heat treatment equipment for large bearings
187. Manufacturing of gear transmission used for wind power or high-speed rail, gear transmission agent with adjustable blades used for vessels, and large-sized and heavy-load gear boxes
188. Manufacturing of high-temperature resistant insulation materials (of F and H insulation classes) and molded insulation products
189. Development and manufacturing of accumulator's bladders and rubber and plastic seals for hydropneumatic use
190. Manufacturing of high-precision, high-strength (at the level of 12.9 or above), special-shaped, and assembly fasteners
191. Manufacturing of miniature precision transmission junction pieces (clutches)
192. Manufacturing of coupling shafts for heavy rolling mills
193. Remanufacturing of machineries such as machine tools, engineering machinery and their consumables, and railroad engine equipment; and remanufacturing of automobile parts and components and engineering machinery consumables
194. Development and manufacturing of digital cameras of 10 million pixels or more or with a 120 degree or above horizontal field and their optical lens and photoelectric modules
195. Manufacturing of office machinery (including that for industrial use): all-in-one multi functional office equipment (printer, copier, fax machine, and scanner), printing devices, heads of high-resolution color printers with the precision of 2,400dpi or more, and OPC drums
196. Manufacturing of film equipment: 2K, 4K digital cinema projectors, digital cinema cameras, and digital video production and editing equipment
197. Construction of facilities and manufacturing of equipment for receiving and disposing of ship pollutants at ports, construction of port hazardous chemicals and oil emergency facilities, and equipment manufacturing
198. Development and application of industrial energy-saving or water-saving processes and technologies and manufacturing of relevant equipment
199. Research, development and production of key castings and forgings: high-strength, high-ductility nodular cast iron parts; high-performance vermicular graphite cast iron parts; high-precision, high-pressure, large-flow hydraulic castings; special-process nonferrous alloy castings; high-strength steel forgings; high-performance lightweight castings and forgings with properties such as high-temperature resistance, low-temperature resistance, corrosion resistance, and wear resistance; high-precision, low-stress machine tool castings and forgings; and high-performance key castings and forgings for the automotive, energy equipment, rail transit equipment, and marine engineering equipment sectors
200. Manufacturing of compressor (unit) products: commercial central air-conditioning compressors; refrigeration and cold-storage compressors; heat pump compressors/heat pump units; expander generators/waste-heat power generation units; air compressors (gear-driven, air-bearing, or magnetic-bearing); and blowers (air-bearing or magnetic-bearing)
(XVIII) Special-Purpose Equipment Manufacturing Industry
201. Manufacturing of trackless equipment for mining, loading, and transport in mines: including electric-wheel mining tippers with a capacity of 200 tons or more; mobile crushers; bucket wheel excavators with a capacity of 5,000 cubic meters per hour or more; loaders for mining purposes with the capacity of eight cubic meters or more; and electrically-dragged coal mining machines of 2,500 kilowatts or more, etc.; and new energy, intelligent, and digitalized mining equipment
202. Manufacturing of equipment for geophysical exploration (excluding gravity and magnetic observations) and well logging: MEME seismometers; digital telemetric seismographs; digital imaging systems and digitally controlled well logging systems; devices and apparatus for horizontal wells, and directional wells; and measurement while drilling (MWD) tools
203. Manufacturing of equipment for oil exploration, drilling, collection, and transportation: floating drilling systems and floating production systems with an operating water depth of more than 1,500 meters and supporting subsea oil extraction, collection, and transportation equipment
204. Manufacturing of large-caliber rotary drilling rigs with a caliber of two meters or more and depth of 30 meters or more, push benches with a diameter of 1.2 meters or more, complete sets of large equipment with a pull-back force of 300 tons or more for laying underground pipes and lines without digging, and underground diaphragm wall construction drilling rigs
205. Design and manufacturing of large bulldozers of 520 horsepower or more
206. Design and manufacturing of silt removers with a capacity of 100 cubic meters or more per hour and dredging devices for dredgers with a capacity of 1,000 tons or more
207. Design and manufacturing of equipment for the construction of concrete cut-off walls used for flood prevention dikes
208. Manufacturing of earthquake prevention and disaster mitigation devices for civil engineering structure
209. Manufacturing of underwater earthwork construction machinery: bulldozers, loaders, excavators, etc., operating nine meters underwater or deeper
210. Manufacturing of equipment for the maintenance and automatic testing of highways and bridges
211. Manufacturing of equipment for operational monitoring, ventilation, disaster prevention, and rescue systems of highway tunnels
212. Design and manufacturing of maintenance machinery and inspection and monitoring equipment for large-scale railway construction, railway tracks, bridges, and tunnels, and their key parts and components
213. Manufacturing of ore dressing equipment for multi-element, fine-particle, and refractory metal minerals
214. Manufacturing of the key equipment of complete sets of ethylene equipment with an annual capacity of one million tons or more: mixing granulators with an annual processing capacity of 400,000 tons or more, helical-conveyer centrifuges with a diameter of 1,000 millimeters or more, and low-flow high-head centrifugal pump
215. Design and manufacturing of metal product molds (extrusion dies for pipes, rods, and section bars made of copper, aluminum, titanium, and zirconium)
216. Design and manufacturing of punching dies for automobile body covers, large-sized injection molds for a dashboard, bumper, etc., and clamps and gauges for automobiles and motorcycles
217. Design and manufacturing of production equipment for automotive power batteries
218. Design and manufacturing of precise die molds (punching dies with a precision of higher than 0.02 millimeters and cavity molds with a precision of higher than 0.05 millimeters)
219. Manufacturing of PET bottled water filling equipment with a capacity of 90,000 bottles or more per hour; PET large-barrel water filling equipment with a capacity of 12,000 bottles or more per hour; beer filling equipment with a capacity of 60,000 bottles or more per hour; medium- and hot-temperature beverage filling equipment with a capacity of 50,000 bottles or more per hour; aseptic filling equipment with a capacity of 36,000 bottles or more per hour; and complete-line packaging machinery equipment matched with the above systems
220. Technology for producing and manufacturing key equipment for amino acids, enzyme preparations, food additives, etc.
221. Manufacturing of complete sets of equipment for fodder processing with a capacity of 10 tons or more per hour and their key components
222. Manufacturing of equipment for lightweight corrugated boards and cartons with a corrugation height of 0.75 millimeters or less
223. Manufacturing of sheet-fed and multi-color offset presses (width≥750 millimeters; printing speed: single side and multiple colors≥16,000 sheets per hour, and both sides and multiple colors ≥13,000 sheets per hour)
224. Manufacturing of single-width single-paper path web-fed lithographic printing presses with a printing speed of more than 75,000 bisect sheets per hour (787×880 millimeters), double-width single-paper path web-fed lithographic printing presses with a printing speed of more than 170,000 bisect sheets per hour (787×880 millimeters), and commercial web-fed lithographic printing presses with the printing speed of more than 50,000 bisect sheets per hour (787×880 millimeters)
225. Manufacturing of multi-color wide flexographic presses (printing width≥300 millimeters and printing speed≥350 meters per second), inkjet digital printing presses (used for publication: printing speed≥150 meters per minute and resolution≥600dpi; used for packaging: printing speed≥30 meters per minute and resolution≥1,000dpi; used for variable data: printing speed≥ 100 meters per minute and resolution≥300dpi)
226. Manufacturing of systems for ink color computer pre-setting, remote ink color control, water ink speed tracking, automatic printing quality inspection and tracking, and shaftless driving technology; manufacturing of high-speed automatic pasters and feeders with the speed of 75,000 sheets per hour, remotely adjustable high-speed folding machines, automatic overprinting systems, cooling devices, silicon-adding systems, and deviation adjustment devices
227. Manufacturing of electron-gun automatic coating machines
228. Technology for and manufacturing of equipment for sheet glass deep processing
229. Manufacturing of complete sets of a new paper (including pulp) making machines
230. Manufacturing of soil pollution control and repair equipment
231. Development and manufacturing of new agricultural product processing and storage equipment: new equipment for the processing, storage, preservation, grading, packaging, and drying of grains, oil-bearing materials, vegetables, nuts, dried and fresh fruit products, meat products, aquatic products, and other products; agricultural product quality inspection instruments and equipment; damage-free quality inspection instruments and equipment for agricultural products; rheometers; farinographs; ultramicro crushing equipment; high-efficiency dewatering equipment; high-efficiency fruit juice condensation equipment achieving five or more effects; sterilization equipment for powder food materials; solid and semi-solid food aseptically packaging equipment; and disk-type centrifugal separators
232.
......
Order of the National Development and Reform Commission and the Ministry of Commerce of the People’s Republic of China No. 37
December 15, 2025
With the approval of the State Council, the Catalog of Encouraged Industries for Foreign Investment (2025 Edition), adopted at the 22nd Commission Meeting of the National Development and Reform Commission and approved by the Ministry of Commerce, is hereby promulgated and shall come into effect as of February 1, 2026. The Catalog of Encouraged Industries for Foreign Investment (2022 Edition), issued by the National Development and Reform Commission and the Ministry of Commerce on October 26, 2022, shall be repealed simultaneously.
Director of the National Development and Reform Commission: Zheng Shanjie
Minister of Commerce: Wang Wentao
Catalog of Encouraged Industries for Foreign Investment (2025 Edition)
This Catalog is developed to implement the Foreign Investment Law and its
implementation regulations and to encourage and direct foreign investors to invest in particular industries, fields, and regions as needed for national economic and social development. This Catalog consists of two parts: the National Catalog of Encouraged Industries for Foreign
Investment and the Catalog of Priority Industries for Foreign Investment in Central and Western
China. Subject to compliance with market access policies, where any of the listed industries is explicitly classified as a phase-out, prohibited, or other similar category under relevant national industrial catalogs such as the Guiding Catalog for Industrial Restructuring, its encouraged-category status shall automatically cease to apply.
National Catalog of Encouraged Industries for Foreign Investment
I. Agriculture, Forestry, Animal Husbandry, and Fishery
1. Planting, development, and production of woody plants that contain edible oils or are used as seasonings or industrial raw materials
2. Development of cultivation technologies, planting and production of green and organic vegetables (including edible fungi and watermelon and melon), fresh fruits and nuts, and tea
3. Breeding, planting, and production of wine grapes
4. Breeding, planting, and production of raw materials for beer
5. Development of new cultivation techniques and production of crops, such as sugar crops, fruit trees, and pasture
6. Breeding and development of new varieties of plants specially used for silage in high yield and high efficiency
7. Production of flowers and construction and operation of nurseries
8. Planting of rubber trees, oil palms, sisal, and coffee trees
9. Breeding and planting of aromatic plants and extraction of essential oils
10. Planting and cultivation of traditional Chinese medicinal crops (excluding seeds [seedlings] of traditional Chinese medicinal crops and traditional Chinese medicinal resources subject to state regulation)
11. Comprehensive utilization of crop straw resources and development and production of organic fertilizer resources
12. Cultivation of forest resources (fast-growing and high-yield timber forests, large-diameter timber forests, bamboo forests, tea-oil trees, and other economic forests, timber forests comprising rare tree species, etc.)
13. Undergrowth ecological planting
14. Development and application of technologies for standardized large-scale breeding of livestock and poultry and intelligent breeding technology
15. Introduction and breeding of breeding livestock and poultry and aquatic offspring (excluding China's rare and endemic species)
16. Construction and operation of ecology and environment protection projects, such as preventing and controlling desertification, soil and water conservation, land greening, and control of rocky desertification
17. Aqua farming, open ocean cage aquaculture, industrial aquaculture, and ecological mariculture 18. High-efficiency water-saving irrigation, farmland soil improvement and ecological management, comprehensive utilization of cultivated land reserve resources such as saline-alkali land, and green farmland construction and technology development and application; recycling and utilization of solid waste from agricultural inputs; and construction of projects related to rural environment improvement, treatment of rural domestic sewage and garbage, rural toilets, and improvement and restoration of water ecology and environment, as well as technology development and application
19. Construction and operation of cold chain logistics facilities for the storage and preservation of agricultural products
20. Intelligent agriculture (integrated application of software technology and equipment)
21. Rural e-commerce and new rural service industries, including agricultural production services adapted to large-scale, standardized, and mechanized agricultural production, and rural life services 22. Leisure agriculture, farming experience, outdoor activity development, ecological health care, and wellness, and labor education
23. Development and production of safe, efficient, and environment-friendly feeds and feed additives (including vitamins, methionine, and feed enzymes) and substitute products of anti bacterial agents used for promoting animal growth
II. Mining Industry
24. Exploration and exploitation of oil and natural gas (including shale gas and coalbed methane) and utilization of mine gas
25. Development and application of enhanced oil and natural gas recovery and relevant new technologies
26. Development and application of new technologies for oil ang natural gas exploration and exploitation in areas such as geophysical prospecting, drilling, well logging, mud logging, and downhole operation
27. Development and application of new technologies for enhancing the utilization rate of mine tailings and comprehensive application of ecological restoration technologies in mining areas
28. Research and development of high-efficiency beneficiation technologies for low-grade ores and associated/coexisting minerals, and production of related products
III. Manufacturing Industry
(I) Agricultural and Sideline Food Processing
29. Processing of aquatic products, purification and processing of shellfish, and development of seaweed health food
30. Processing of vegetables, fresh fruits and nuts, and livestock and poultry products
(II) Food Manufacturing
31. Development and production of sterilized milk (sterilized at 132°C for a short time)
32. Production of cheese, processed cheese, and cheese-prepared food
33. Development and production of formula food for infants, complementary foods for infants, formula food for special medical purposes, and health food
34. Development and production of baked food (including the chocolates containing natural cocoa beans and their products), convenience food, ice cream, and related ingredients
35. Production of candy, chewing gum, candied fruit, and yogurt
36. Processing of forest food
37. Development and production of vegetable protein bionic meat food
38. Development of new technologies for and production of natural food additives and natural spices
39. Development and production of packaging materials for sterile liquid food
(III) Alcohol, Beverage, and Refined Tea Manufacturing
40. Development and production of fruit and vegetable juice and other drinks, protein drinks, tea drinks, coffee drinks, and botanical drinks
(IV) Textile Industry
41. Production of industrial textiles by using non-woven, machine weaving, knitting, weaving, 3D weaving, and other technique
42. Production of high-end textile fabrics by adopting digital and intelligent printing and technical dyeing equipment, dyeing and finishing cleaner production technology (enzyme treatment, highefficiency short-process pretreatment and dyeing, continuous open-width pretreatment of knitted fabrics, low-temperature pretreatment and dyeing, low-salt or salt-free dyeing, low-urea printing, small bath ratio airflow or gas-liquid dyeing, digital inkjet printing, foam finishing, and non-aqueous medium dyeing), functional finishing technology, new dyeing processing technology, advanced energy-saving weaving technology, and composite fabric processing technology; and development and application of intelligent cheese dyeing technical equipment
43. High-quality processing technology and product production of special animal fiber, hemp fiber, bamboo fiber, mulberry tussah silk, color cotton, and color mulberry cocoon silk natural fibers that satisfy green and low-carbon requirements
44. Sorting, recycling, and utilization of waste textiles
45. Production, research, and development of artificial skin, artificial blood vessels, absorbable sutures, hernia repair materials, new dialysis membrane materials, catheters for interventional therapy, high-end functional biomedical dressings, and other therapeutic medical and healthcare textiles
46. Production of high-quality yarn using intelligent and continuous spinning complete equipment (including blowroom–carding integrated systems, roving–spinning integrated systems, spinning–winding integrated systems, and CNC standalone machines; and short-process advanced spinning equipment such as air-jet vortex spinning and high-speed rotor spinning)
47. Development and production of anti-seepage geomembranes for landfill sites
48. Production of bio-based synthetic fibers, readily biodegradable synthetic fibers, and artificial spider silk
49. Research, development and production of nonwoven materials with high filtration precision, fiber-based high-performance microporous filtration materials, and integrated filtration materials for denitrification and dust removal
(V) Textile Garment and Apparel Industry
50. Clothing and semi-finished clothing production using the computer-integrated manufacturing and management system
51. Production of functional and special clothing
(VI) Leathers, Furs, Feathers and Related Products and Shoemaking Industry
52. Clean production in leather making and fur processing
53. Post ornament and processing of leather with new technology
Development of new technologies for leather finishing and manufacturing of related equipment
54. Comprehensive utilization of chromium-containing leather solid waste and chromium sludge, and recycling and reuse of waste liquids from leather and fur processing.
55. Production of high-performance elastomer shoe materials
(VII) Wood Processing and Wood, Bamboo, Rattan, Palm Fiber, and Straw Products
56. Development of new technologies for the comprehensive utilization of three forest residues, inferior quality lumber, small-sized lumber and firewood, waste wood and bamboo, development and production of relevant new products, development and application of the technology for pollution control and prevention in wood and bamboo production, fine particle emission reduction and dust explosion prevention
57. Development and production of new technologies for and new products of wood structures and wood building materials
58. Development and production of new technologies and new products for the recycling of waste wood
(VIII) Manufacturing of Educational and Cultural Products, Arts and Crafts, and Sports and Entertainment Products
59. Production of high-end carpets, embroidery, and drawnwork products
60. Research, development, and production of new technologies and new products for musical instruments
(IX) Petroleum Processing, Coking, and Nuclear Fuel Processing
61. Processing of phenol oil, processing of absorber oil, processing of anthracene oil, processing of naphthalene oil, and preparation of high-end chemicals from coal pitch (excluding modified pitch)
62. Research and development of energy-saving and carbon-reduction technical equipment for waste heat recovery: dry quenching in the coking process, waste heat recovery from ascension pipes, and waste heat recovery technical equipment for circulating ammonia water and primary coolers
63. Research and development of technologies for improving the thermal efficiency of heating furnaces, and production of related products
64. Research and development of non-distillation and non-rectification separation technologies for crude oil processing products, and production of related products
(X) Manufacturing of Chemical Materials and Chemical Products
65. Development and production of new downstream products of polyvinyl chloride (PVC) and organosilicon
66. Auxiliary raw materials for the production of synthetic materials: production of hydrogen peroxide-based propylene oxide, naphthalene dicarboxylate (NDC), 1,4-Cyclohexanedimethanol (CHDM), and butadiene-based adiponitrile, hexanediamine and norbornene of 50,000 tons or more per year
67. Production of polyethylene polyamine products
68. Development and production of high-end polyolefins such as high-carbon α-olefin copolymerized metallocene polyethylene, cyclic olefin polymers (COC/COP), and high-activity polyisobutylene
69. Production of raw materials of synthetic fibers: 1,3-propylene glycol
70. Production of synthetic rubber: acrylate rubber, epichlorohydrin rubber, polybutadiene rubber, solution-polymerized styrene-butadiene rubber, as well as special fluorine rubber, silicone rubber, fluorosilicone rubber, thermoplastic polyurethane rubber, and other special rubbers.
71. Production of engineering plastics and plastic alloys: polyphenyl thioether, polyether ether ketone, polyimide, polysulfone, polyether sulfone, polyarylate (PAR), polyphenylene ether (PPE), special polyamide (PA) and its modified materials, liquid crystal polymer, and other products
72. Fine chemicals: new catalyst products and technologies; processing technologies for the commercialization of dyes (pigments); electronic chemicals and papermaking chemicals; leather chemicals; oilfield chemicals; surfactants; ultra-high-pressure continuous production technology for the key raw material isotridecanol (with a single-unit capacity of 30,000 tons/year or more); and safe production technology of nitrogen-protected double-shell tower for refining ethylene oxide from key raw materials; production of water treatment agents and key raw materials; production of high-solid, solvent-free, water-based, electron beam curing, UV curing, reactive adhesives, and key raw materials including high-end butyl acrylate and high-end octyl acrylate, polyester polyol and curing agents; production of sealant, adhesive tapes and key raw materials and production of efficient, safe and environment friendly plasticizers (such as polyester plasticizers), new plastic additives such as halogen-free flame retardants, permanent anti-static agents, organic heat stabilizers and nucleating agents; production of inorganic fibers and inorganic nano materials; deep processing of pigment encapsulation; development and production of environment-friendly surface treatment technology products; development and production of humic acid fine chemical products; and development and production of sealants, adhesives, encapsulants, thread-locking agents, and industrial cleaning agents with low volatile organic compound (VOCs) content.
73. Production of water-based inks and adhesives, electron beam curing inks, ultraviolet-curing inks, and other low-volatile inks, adhesives, environment-friendly organic solvent materials, and environment-friendly organic solvent-free materials
74. Production of high-performance coatings, adhesives, industrial coatings, high solids coatings, water-based, powder, radiation curing, solvent-free, and other low VOC content industrial coatings and supporting resins, water-based industrial coatings and auxiliary water-based resins (including high-end butyl acrylate and high-end octyl acrylate)
75. Production of high-performance fluororesin, fluorine coating materials, medical intermediates containing fluorine, zero ODP, and low GWP refrigerants in compliance with international conventions, cleaning agents, blowing agents, etc.
Production of high-performance fluororesins, fluorine membrane materials, medical fluorinated intermediates, and refrigerants, cleaning agents, and blowing agents with zero ozone depletion potential (ODP) and low global warming potential (GWP) in compliance with international conventions.
76. Development of green technologies for the production of hydrogen fuel (hydrogen production from chemical by-products, biological hydrogen production, water-electrolytic hydrogen production from renewable energy, etc.) and storage, transportation, and liquefaction of hydrogen fuel
77. Production and supply of large or high-purity industrial gas (including electronic gas)
78. Construction and operation of carbon capture and storage (CCS), and carbon capture, utilization, and storage (CCUS) projects
79. Production of fluoride resources recovered from the phosphorus chemical industry and aluminum smelters
80. Development of new technologies for forestry chemical products and development and production of relevant new products
81. Development and production of inorganic, organic, and biological membranes for environmental protection purposes
82. Development and production of new types of fertilizers: microbial inoculants, compound microbial fertilizers, straw decomposition agents, and humic-acid-containing water-soluble fertilizers
83. Development and production of new varieties, new formulations, special-purpose intermediates, or auxiliary agents of efficient, safe, and environment-friendly agricultural chemicals, and development and application of relevant cleaner production process, and production of chiral and stereospecific pesticides by oriented synthesis
84. Development and production of biological agricultural chemicals and biological control products: microbial pesticides, microbial fungicides, agricultural antibiotics, biostimulants, insect pheromones, natural enemies, and microbial herbicides
85. Comprehensive utilization, treatment, and disposal of waste gas, waste liquid, waste residue, and volatile organic compounds (VOCs)
86. Production of organic polymer materials: aircraft skin coatings, rare earth cerium sulfide red dyes, lead-free electronic packaging materials, lithographic slurries specifically for color plasma display screens, small-diameter ultrafine fibers with a large specific surface area, high-precision fuel filter paper, self-healing materials for surface treatment, superhydrophobic nano-coating materials, ultra-high-refractive-index optical resins, environmentally friendly recyclable solar module backsheets and plastic materials for backsheets, automotive start–stop lead-acid battery separators, energy storage lead-acid battery separators, lithographic slurries for the integrated circuit industry, and functional membrane materials for solar cells
87. Development, production, and application of new technologies and new products of forestry biomass energy
88. Development of low-carbon upgrading processes for petrochemical and chemical raw materials: electrically-driven ethylene cracking; reverse water-gas shift, and partial oxidation process to convert carbon dioxide and light hydrocarbons as raw materials into carbon monoxide
89. Production, storage, and transportation of hydrogen–ammonia and hydrogen–methanol produced through renewable-energy-powered water electrolysis
90. Production of polyvinylpyrrolidone
91. Development and production of metallocene polypropylene products
92. Development and production of high–value-added, high-performance polyurethane and downstream new material products, as well as development and production of supporting raw materials
93. Production of raw materials required for lithium batteries: ultra-high-molecular-weight polyethylene
94. Development and production of bio-based chemicals
(XI) Pharmaceutical Industry
95. Development and production of products and key intermediates including new drugs with novel active ingredients, innovative chemical drugs with new targets and new mechanisms of action, generic drugs that have passed consistency evaluation of quality and efficacy, active pharmaceutical ingredients for high–value-added formulations, high-end formulations, and clinically scarce drugs; and operation of third-party technical service platforms that meet the needs of research, development, and production of pharmaceuticals and medical devices, including drug screening platforms, clinical technology translation platforms, safety evaluation centers, pilot-scale scale-up platforms, engineering translation centers, R&D customization platforms, contract manufacturing platforms, and public testing centers
96. Amino acids: production of tryptophan by using the zymotechnics process, histidine, methionine, etc.
97. Development and production of new anticarcinogenic drugs, cardiovascular and cerebrovascular drugs, and nervous system drugs
98. Production of new types of drugs employing bioengineering technologies: novel antibody drugs, multifunctional antibodies, G protein-coupled (GPC) receptor antibodies, antibody–drug conjugates (ADCs), and recombinant protein drugs.
99. Production of HIV/AIDS vaccines, Hepatitis C vaccines, contraceptive vaccines, new vaccines for cervical carcinoma, malaria, "hand, foot and mouth" disease, etc.
100. Development and production of marine drugs
101. Production of pharmaceutical formulations: new formulations and new products employing new technologies, such as sustained release, immediate release, controlled release, targeted delivery, transdermal delivery, implantable delivery, inhalation delivery, and oral dissolving films, including inhalation aerosols, inhalation powders, inhalation sprays, liquid formulations for use with nebulizers, and drug–device combination products.
102. Development and production of new excipients
103. Production of special anti-bacterial drug substances for animals (including antibiotics and chemically synthesized active pharmaceutical ingredients)
104. Production of new products and new formulations of anti-bacterial drugs, anthelmintics, insecticides, and anti-coccidiosis drugs for veterinary use
105. Development and production of new types of diagnostic reagents
106. Research, development, and production of cell therapy drugs (except in areas where foreign investment is prohibited)
107. Development and production of new key raw materials for production, such as vaccines and cell therapy drugs, and large-scale cell culture products
108. Development and production of new-type drug packaging materials and technologies (neutral borosilicate pharmaceutical glass, degradable, light-resistant, and high-barrier functional materials with good chemical stability, COP cyclic olefin polymer drug packing materials, and drug delivery systems and devices with new packaging such as aerosol, powder inhalation, self-dosing, pre-filling, and automatic mixing)
109. Development and production of drugs for rare diseases and special medicines for children
110. Development and production of consumables relating to pharmaceutical manufacturing: separation and purification media, solid-phase synthesis media, chiral resolution media, consumables for drug impurity control and detection, culture media, single-use reactors, chromatography packing materials, filtration membranes, and membrane modules
111. Production and processing of new medical device equipment and medical materials
112. Production of new products or new dosage forms of vaccines for aquaculture use and veterinary use
113. Development and production of nucleic acid drugs
114. Development and production of radiopharmaceuticals, including special drugs containing radioactive nuclides that can be used for diagnostic or therapeutic purposes
115. Transfer of innovative originator drugs to domestic production (including formulation production)
116. Development and production of biomedical materials, including recombinant collagen materials, biodegradable materials for inducing regeneration and repair of tissues and organs, and novel cavity materials
(XII) Chemical Fiber Manufacturing
117. Continuous copolymerization modification of differentiated and functional polyester (PET) [cationic dyeable polyester (CDP, ECDP), alkali-soluble polyester (COPET), high-shrinkage polyester (HSPET), flame-retardant polyester, low-melting-point polyester, non-crystalline polyester, biodegradable polyester, and polyester produced with green catalyst, etc.]; efficient and flexible preparation technologies for the production of flame-retardant, anti-static, anti-ultraviolet, anti bacterial, conductive, phase-change energy-storage, intelligent temperature-control, photochromic, stock solution coloring, absorption and separation, biomedical and other differentiated and functional chemical fibers and their research and development; production of intelligent, ultra-simulation, and other functional chemical fibers; and original development of green, efficient and environment-friendly chemical fiber spinning oil for high-speed spinning processing
118. Development, production, and application of high-performance fibers and related products: carbon fiber (CF) (tensile strength ≥ 4,200 MPa, elastic modulus ≥ 230 GPa); aramid fiber (AF); polysulfonamide fiber (PSA); ultra-high-molecular-weight polyethylene fiber (UHMWPE) (single-line spinning capacity ≥ 300 tons/year, breaking strength ≥ 40 cN/dtex, initial modulus ≥ 1,800 cN/dtex); polyphenylene sulfide fiber (PPS); polyimide fiber (PI); polytetrafluoroethylene fiber (PTFE); poly(p-phenylene benzobisoxazole) fiber (PBO); polyarylene oxadiazole fiber (POD); polyetheretherketone fiber (PEEK); and poly(2,5-dihydroxy-1,4-phenylenepyridodiimidazole) fiber (PIPD)
119. Development and production of new types of polyesters and fibers: poly(trimethylene terephthalate) (PTT), polyethylene naphthalate (PEN), polybutylene terephthalate (PBT), and poly(cyclohexylene dimethylene terephthalate) (PCT)
120. Development and production of biodegradable fiber materials using green and environmentally friendly processes and equipment, including polybutylene succinate (PBS), poly(butylene adipate-co-terephthalate) (PBAT), polycaprolactone (PCL), polyhydroxyalkanoates (PHA), and polylactic acid (PLA) fibers; production of Lyocell staple fibers (with a single-line capacity of 50,000 tons or more) and Lyocell filament yarns; and development and production of bio-based fiber materials, including regenerated cellulose fibers made from new renewable resources such as bamboo and hemp, seaweed fibers, chitosan fibers, animal and plant protein fibers, bio-based polyamides, and bio-based polyesters
121. Development and production of nylon 11, nylon 12, nylon 1414, nylon 46, nylon 56 (using non-grain biomass as raw materials), long carbon chain nylon, high-temperature resistance nylon, and other new polyamides, and differentiated, functional and high value-added modified nylon (including nylon elastomer, copolymer nylon, nylon engineering plastics, and flame-retardant nylon)
122. Recycling and reuse of nylon products
(XIII) Rubber and Plastic Products Industry
123. Development, production, and application of organosilicone products
124. Development, production, and application of biodegradable plastics and their products
125. Development and production of new photoecological, multi-functional, and wide-width agricultural film and pollution-free degradable agricultural film
126. Sorting, recycling, and reuse of plastic wastes
127. Development and production of new packaging materials, including vacuum aluminum-plated films, silicon oxide (SiOx) spray-coated films, polyvinyl alcohol (PVA) coated films, functional polyester (PET) films, solvent-free composite or thermally laminated energy-saving and low-carbon polypropylene films, oriented polystyrene (OPS) films, and paper–plastic-based multilayer composites
128. Research, development and production of flame-retardant and wear-resistant plastic products that replace steel with plastics
129. Manufacturing and recycling and reuse of intermediate bulk containers (IBCs)
(XIV) Nonmetallic Mineral Products Industry
130. Development and production of building materials characterized by energy conservation, environmental protection, waste recycling, lightweight, high-strength, high performance, and multiple functions
131. Development and production of integrated molding and die extrusion products
132. Production of energy-saving and high-efficiency chemical building materials using plastic to substitute for steel and wood
133. Intelligent manufacturing of new-type prefabricated building components.
134. Production of SBS/APP modified bitumen waterproof rolls with an annual output of 10 million square meters or more, ethylene propylene diene monomer (EPDM) rubber waterproof rolls of which the width is two meters or longer, and relevant auxiliary materials, wide polyvinyl chloride (PVC) waterproof rolls of which the width is two meters or longer, and thermoplastic polyolefin (TPO) waterproof rolls
135. Development and production of functional glass using new technologies: infrared transmitting lead-free chalcogenide glass and products, multiple-functional windshield glass with excellent optical performance (transmittance≥70%), coated privacy windshield glass, sound insulation windshield glass, solar windshield glass, conductive color-changing windshield glass, electric heating windshield glass, head-up display windshield glass, vacuum glass, purification processing of raw materials for high pure (≥99.998%) or ultrapure (≥99.999%) quartz; high-borosilicate glass; high-aluminum cover glass; and aluminosilicate glass for solar energy equipment
136. Production of thin-film photovoltaic cells, glass for solar illuminators, and photovoltaic modules for building applications
137. Production of alkali-free glass fiber roving (monofilament diameter>9 microns) by tank furnace wire drawing with an annual yield of 80,000 tons or more and production of alkali-free glass fiber spun yarn (monofilament diameter≤9 microns) by tank furnace wire drawing with an annual yield of 50,000 tons or more, production of high-performance and special glass fibers such as superfine glass fiber (monofilament diameter≤5 microns), degradable glass fiber, special shaped cross-section glass fiber, alkali-resistant glass fiber, low dielectric glass fibers, quartz glass fibers, high silica glass fibers, high strength, and high elastic glass fibers, ceramic fibers, glass fiber felt cloth and other products
138. Production of optical fibers and their products: optical fiber bundles for image transmission and laser optical fibers for medical treatment, super second-generation and third-generation microchannel plates, optical fiber panels, image inverters, and glass fiber cones
139. Standardized refining of ceramic raw materials and production of high-grade ceramic decorative materials
140. Production of long-life, energy-saving, and environment-friendly (non-chromizing) refractory materials used in furnaces, including cement, electronic glass, ceramics, and microporous carbon bricks
141. Production of porous ceramics
142. Production of new inorganic and nonmetallic materials and products: composite materials, special ceramics, special sealing materials (including high-speed oil-seal materials), special friction materials (including high-speed friction brake products), special binding materials, special latex materials, underwater acoustic rubber products, and nanophase materials
143. Production of Class A fire-resistant thermal insulation materials
144. Production of high-tech composite materials: continuous fiber reinforced thermoplastic composite materials and prepregs, auxiliary materials for molding of resin-based composite materials with thermal resistance of more than 300°C, biodegradable resin matrix composite materials, resin-based composite materials used for additive manufacturing, resin-based composite materials (including sports products and lightweight, high-strength parts of vehicles), special-function composite materials and their products (including composite material products used in deep water or for diving and composite materials products for medical treatment and recuperation), carbon or carbon composite materials and their products, high-performance ceramic-based composite materials and their products, metal or glass-based composite materials and their products, metal layered composite materials and their products, ultra high pressure composite rubber hoses (pressure≥320MPa), large passenger aircraft tires, and polyester structural foam materials (used in fields of lightweight and high-strength vehicle parts, core materials of wind turbine blade, and building materials)
145. Production of raw materials for precision and high-performance ceramics: ultra-fine silicon carbide (SiC) powder (purity>99%, average particle size<1μm), ultra-fine silicon nitride powder (Si3N4) (purity>99%, average particle size<1μm), high-purity ultra-fine alumina powder (purity>99.9%, average particle size<0.5μm), low-temperature sintered zirconia (ZrO2) powder (sintering temperature<1350°C), high-purity aluminum nitride (AIN) powder (purity>99%, average particle size<1μm), rutile titanium dioxide (TiO2) powder (purity>98.5%), white carbon black (particle size<100nm), and barium titanate (purity>99%, particle size<1μm)
146. Development and production of high-quality artificial crystals and thin-film transistor products: high-quality artificially synthesized crystal (piezoelectric crystal and ultraviolet ray transmitting crystal); super-hard crystal (cubic boron nitride crystal); high-temperature resistant, highly-insulated, and artificially synthesized crystal (artificially synthesized mica); new electro-optic crystal; high-power laser crystal and large-scale scintillation crystal; diamond-film tool; ultrathin synthetic diamond saw blade with the thickness of not more than 0.3mm; and semiconductor crystals (silicon carbide crystals)
147. Fine processing of nonmetallic ores (ultra-fine grinding, high purifying, refining, and modified performance)
148. Production of ultra-high-power graphite electrodes
149. Production of pearl mica (particle size of 3-150μm)
150. Production of multi-dimensional and multi-directional integral fabrics and shape fabrics
151. Safe disposal of solid wastes using new dry-process cement kilns and sintered wall materials
152. Recycling of building wastes
153. Comprehensive utilization of gasification slag, industrial by-product gypsum, and other industrial wastes
154. Development and application of new technologies for comprehensive utilization of non-metallic mine tailings; and ecological restoration of historically legacy mines
155. Development and production of high-temperature resistant and corrosion-resistant filter materials
156. Research, development and production of optoelectronic functional inorganic thin films and devices
157. Research, development and production of carbon-supported materials for fuel cells in the new energy sector
158. Production of nuclear-grade graphite for radiation shielding and burn dressings
159. Technology development and production of nuclear graphite for reactor cores of high-temperature gas-cooled reactors
(XV) Nonferrous Metal Smelting and Rolling Processing
160. Production of new and high-tech nonferrous metal materials and their products: high temperature superconducting materials; memory alloy materials (titanium nickel, copper-based, and iron-based memory alloy materials); ultra-fine (nano) calcium carbide and ultra-fine (nano) crystal hard alloy; ultra-hard composite materials; precious metal composite materials; light metal composite materials; deep processing of high-performance light metals and copper alloy materials for new generation information technology industry, aerospace equipment, electric power equipment, advanced rail transit equipment, biomedicine, and high-performance medical equipment, ocean engineering equipment and high-tech ships, energy-saving and new energy vehicles, high-end numerical control machines and robots, agricultural machinery equipment, energy conservation, and environmental protection; foamed aluminum; sponge zirconium at the atomic energy level, cobalt chemical products, metals and compounds; new materials for copper foil and copper-clad laminates; and indium products
161. Processing of rare earth high-end application products in line with the requirements of new rare earth materials
162. Production of high-performance AlTiB grain refiner
(XVI) Metal Products Manufacturing Industry
163. Research, development, and manufacturing of new lightweight and environmentally-friendly materials for aviation, aerospace, vessels, automobiles, and motorcycles (special-purpose aluminum sheets, high-strength steel, high-strength aluminum alloys, magnesium alloy materials, and aluminum alloy motorcycle frames).
164. Manufacturing and processing (including painting and processing the inner and outer surface of products) of metal packing products (which shall be complete products, and the thickness of container wall shall be less than 0.3 millimeters) used for packing all kinds of grain, oil, food, vegetables, fruits, beverages, and household chemical products, etc.
165. Manufacturing of steel fiber for construction
166. Research and development of large-scale integrated die-casting molds (with a half-perimeter length exceeding 4,500 mm)
167. Research and development of intelligent molds (equipped with more than 10 sensors)
168. Research and development of composite material molding molds (for carbon fiber and glass fiber forming)
169. Research, development and production of high-performance wear-resistant materials for sand and gravel crushing equipment
(XVII) General Equipment Manufacturing Industry
170. Manufacturing of high-end numerical control machines and their key parts and components:
171. Manufacturing of ultra-large vacuum annealing/quenching heat treatment equipment (with an effective working area of at least 14 m in length × 4 m in width × 4 m in height), as well as digital modular multi-chamber vacuum low-pressure carburizing and high-pressure gas quenching production lines, vacuum low-pressure carburizing heat treatment equipment, and digital chemical heat treatment and exhaust gas treatment equipment production lines
172. Manufacturing of equipment for dismantling, shredding, and remanufacturing usable components of end-of-life vehicles, post-processing and sorting equipment, and recycling and dismantling of new energy vehicle batteries
173. Manufacturing of flexible transfer lines (FTL) for application in the automotive, electronics, aerospace, home appliance, and fast-moving consumer goods sectors
174. Manufacturing of high-end precision tools (cutting tools, measuring tools, measuring instruments, and high-end grinding tools and abrasives), nano composite coating, and high-end processing equipment
175. Manufacturing of sub-micron and ultra-fine grinders
176. Manufacturing of wheeled or crawler cranes of 400 tons or more
177. Design and manufacturing of high-pressure plunger pumps and engines of working pressure ≥35MPa and low-speed large-torque engines of working pressure≥35MPa
178. Manufacturing of integrated hydraulic-pressure multiple unit valve of working pressure≥ 25MPa and electro-hydraulic proportional servo elements
179. Design and manufacturing of valve terminal, pneumatic solenoid valve of less than 0.35W, and high-frequency electrically-controlled gas valves of 200Hz or more
180. Production of valves of which the operating temperature is below -120°C or above 530°C
181. Design and manufacturing of hydrostatic drive devices
182. Development and manufacturing of non-contact gas film seals of pressure>10MPa and dry gas seals of pressure>10MPa (including experimental devices)
183. Design and manufacturing of pneumatic actuators with repeatability less than or equal to 0.03 degrees and axial runout less than or equal to 0.02mm
184. Manufacturing of noise and vibration pollution control equipment: sound barriers, mufflers, and damping spring vibration isolators
185. Development and manufacturing of macromolecule material equipment for automobiles (including friction plates, remodeled phenolic pistons, nonmetallic hydraulic master/sub-pumps, etc.)
186. Manufacturing of wheel hub bearings of passenger cars beyond the third generation, bearings for high- or medium-grade numerical control machines and processing centers, high-speed wire rod or plate rolling mill bearings, low-noise bearings with vibration below Z4, P4 or P2 level bearings of various bearings, aircraft bearings, aircraft engine bearings, and other aviation bearings, bearings for medical X-ray computed tomography (CT) equipment, deep well and ultra deep well oil rig bearings, offshore engineering bearings, high-speed bearings for electric vehicle drive motor systems (rotation speed≥12,000 rpm), bearings of RV reducers and harmonic drive reducers for industrial robots, and heat treatment equipment for large bearings
187. Manufacturing of gear transmission used for wind power or high-speed rail, gear transmission agent with adjustable blades used for vessels, and large-sized and heavy-load gear boxes
188. Manufacturing of high-temperature resistant insulation materials (of F and H insulation classes) and molded insulation products
189. Development and manufacturing of accumulator's bladders and rubber and plastic seals for hydropneumatic use
190. Manufacturing of high-precision, high-strength (at the level of 12.9 or above), special-shaped, and assembly fasteners
191. Manufacturing of miniature precision transmission junction pieces (clutches)
192. Manufacturing of coupling shafts for heavy rolling mills
193. Remanufacturing of machineries such as machine tools, engineering machinery and their consumables, and railroad engine equipment; and remanufacturing of automobile parts and components and engineering machinery consumables
194. Development and manufacturing of digital cameras of 10 million pixels or more or with a 120 degree or above horizontal field and their optical lens and photoelectric modules
195. Manufacturing of office machinery (including that for industrial use): all-in-one multi functional office equipment (printer, copier, fax machine, and scanner), printing devices, heads of high-resolution color printers with the precision of 2,400dpi or more, and OPC drums
196. Manufacturing of film equipment: 2K, 4K digital cinema projectors, digital cinema cameras, and digital video production and editing equipment
197. Construction of facilities and manufacturing of equipment for receiving and disposing of ship pollutants at ports, construction of port hazardous chemicals and oil emergency facilities, and equipment manufacturing
198. Development and application of industrial energy-saving or water-saving processes and technologies and manufacturing of relevant equipment
199. Research, development and production of key castings and forgings: high-strength, high-ductility nodular cast iron parts; high-performance vermicular graphite cast iron parts; high-precision, high-pressure, large-flow hydraulic castings; special-process nonferrous alloy castings; high-strength steel forgings; high-performance lightweight castings and forgings with properties such as high-temperature resistance, low-temperature resistance, corrosion resistance, and wear resistance; high-precision, low-stress machine tool castings and forgings; and high-performance key castings and forgings for the automotive, energy equipment, rail transit equipment, and marine engineering equipment sectors
200. Manufacturing of compressor (unit) products: commercial central air-conditioning compressors; refrigeration and cold-storage compressors; heat pump compressors/heat pump units; expander generators/waste-heat power generation units; air compressors (gear-driven, air-bearing, or magnetic-bearing); and blowers (air-bearing or magnetic-bearing)
(XVIII) Special-Purpose Equipment Manufacturing Industry
201. Manufacturing of trackless equipment for mining, loading, and transport in mines: including electric-wheel mining tippers with a capacity of 200 tons or more; mobile crushers; bucket wheel excavators with a capacity of 5,000 cubic meters per hour or more; loaders for mining purposes with the capacity of eight cubic meters or more; and electrically-dragged coal mining machines of 2,500 kilowatts or more, etc.; and new energy, intelligent, and digitalized mining equipment
202. Manufacturing of equipment for geophysical exploration (excluding gravity and magnetic observations) and well logging: MEME seismometers; digital telemetric seismographs; digital imaging systems and digitally controlled well logging systems; devices and apparatus for horizontal wells, and directional wells; and measurement while drilling (MWD) tools
203. Manufacturing of equipment for oil exploration, drilling, collection, and transportation: floating drilling systems and floating production systems with an operating water depth of more than 1,500 meters and supporting subsea oil extraction, collection, and transportation equipment
204. Manufacturing of large-caliber rotary drilling rigs with a caliber of two meters or more and depth of 30 meters or more, push benches with a diameter of 1.2 meters or more, complete sets of large equipment with a pull-back force of 300 tons or more for laying underground pipes and lines without digging, and underground diaphragm wall construction drilling rigs
205. Design and manufacturing of large bulldozers of 520 horsepower or more
206. Design and manufacturing of silt removers with a capacity of 100 cubic meters or more per hour and dredging devices for dredgers with a capacity of 1,000 tons or more
207. Design and manufacturing of equipment for the construction of concrete cut-off walls used for flood prevention dikes
208. Manufacturing of earthquake prevention and disaster mitigation devices for civil engineering structure
209. Manufacturing of underwater earthwork construction machinery: bulldozers, loaders, excavators, etc., operating nine meters underwater or deeper
210. Manufacturing of equipment for the maintenance and automatic testing of highways and bridges
211. Manufacturing of equipment for operational monitoring, ventilation, disaster prevention, and rescue systems of highway tunnels
212. Design and manufacturing of maintenance machinery and inspection and monitoring equipment for large-scale railway construction, railway tracks, bridges, and tunnels, and their key parts and components
213. Manufacturing of ore dressing equipment for multi-element, fine-particle, and refractory metal minerals
214. Manufacturing of the key equipment of complete sets of ethylene equipment with an annual capacity of one million tons or more: mixing granulators with an annual processing capacity of 400,000 tons or more, helical-conveyer centrifuges with a diameter of 1,000 millimeters or more, and low-flow high-head centrifugal pump
215. Design and manufacturing of metal product molds (extrusion dies for pipes, rods, and section bars made of copper, aluminum, titanium, and zirconium)
216. Design and manufacturing of punching dies for automobile body covers, large-sized injection molds for a dashboard, bumper, etc., and clamps and gauges for automobiles and motorcycles
217. Design and manufacturing of production equipment for automotive power batteries
218. Design and manufacturing of precise die molds (punching dies with a precision of higher than 0.02 millimeters and cavity molds with a precision of higher than 0.05 millimeters)
219. Manufacturing of PET bottled water filling equipment with a capacity of 90,000 bottles or more per hour; PET large-barrel water filling equipment with a capacity of 12,000 bottles or more per hour; beer filling equipment with a capacity of 60,000 bottles or more per hour; medium- and hot-temperature beverage filling equipment with a capacity of 50,000 bottles or more per hour; aseptic filling equipment with a capacity of 36,000 bottles or more per hour; and complete-line packaging machinery equipment matched with the above systems
220. Technology for producing and manufacturing key equipment for amino acids, enzyme preparations, food additives, etc.
221. Manufacturing of complete sets of equipment for fodder processing with a capacity of 10 tons or more per hour and their key components
222. Manufacturing of equipment for lightweight corrugated boards and cartons with a corrugation height of 0.75 millimeters or less
223. Manufacturing of sheet-fed and multi-color offset presses (width≥750 millimeters; printing speed: single side and multiple colors≥16,000 sheets per hour, and both sides and multiple colors ≥13,000 sheets per hour)
224. Manufacturing of single-width single-paper path web-fed lithographic printing presses with a printing speed of more than 75,000 bisect sheets per hour (787×880 millimeters), double-width single-paper path web-fed lithographic printing presses with a printing speed of more than 170,000 bisect sheets per hour (787×880 millimeters), and commercial web-fed lithographic printing presses with the printing speed of more than 50,000 bisect sheets per hour (787×880 millimeters)
225. Manufacturing of multi-color wide flexographic presses (printing width≥300 millimeters and printing speed≥350 meters per second), inkjet digital printing presses (used for publication: printing speed≥150 meters per minute and resolution≥600dpi; used for packaging: printing speed≥30 meters per minute and resolution≥1,000dpi; used for variable data: printing speed≥ 100 meters per minute and resolution≥300dpi)
226. Manufacturing of systems for ink color computer pre-setting, remote ink color control, water ink speed tracking, automatic printing quality inspection and tracking, and shaftless driving technology; manufacturing of high-speed automatic pasters and feeders with the speed of 75,000 sheets per hour, remotely adjustable high-speed folding machines, automatic overprinting systems, cooling devices, silicon-adding systems, and deviation adjustment devices
227. Manufacturing of electron-gun automatic coating machines
228. Technology for and manufacturing of equipment for sheet glass deep processing
229. Manufacturing of complete sets of a new paper (including pulp) making machines
230. Manufacturing of soil pollution control and repair equipment
231. Development and manufacturing of new agricultural product processing and storage equipment: new equipment for the processing, storage, preservation, grading, packaging, and drying of grains, oil-bearing materials, vegetables, nuts, dried and fresh fruit products, meat products, aquatic products, and other products; agricultural product quality inspection instruments and equipment; damage-free quality inspection instruments and equipment for agricultural products; rheometers; farinographs; ultramicro crushing equipment; high-efficiency dewatering equipment; high-efficiency fruit juice condensation equipment achieving five or more effects; sterilization equipment for powder food materials; solid and semi-solid food aseptically packaging equipment; and disk-type centrifugal separators
232.
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