Catalog of Industries for Encouraged Foreign Investment (2019 Edition)
Catalog of Industries for Encouraged Foreign Investment (2019 Edition)
Catalog of Industries for Encouraged Foreign Investment (2019 Edition)
Order of the National Development and Reform Commission of the People's Republic of China and the Ministry of Commerce of the People's Republic of China No.27
June 30, 2019
The Catalog of Industries for Encouraged Foreign Investment (2019 Edition), approved by the Central Committee of the Communist Party of China and the State Council, is hereby promulgated and will enter into force from July 30, 2019. Encouraged foreign investment industries of the Catalog for the Guidance of Foreign Investment Industries (Revised in 2017) released by the National Development and Reform Commission and the Ministry of Commerce on June 28, 2017 and the Catalog of Priority Industries for Foreign Investment in the Central-Western Region (Revised in 2017) released on February 17, 2017, shall be repealed simultaneously.
Director of the National Development and Reform Commission: He Lifeng
Minister of Commerce: Zhong Shan
Catalog of Industries for Encouraged Foreign Investment (2019 Edition)
Catalog of Industries for Encouraged Foreign Investment in China
I. Agriculture, Forestry, Animal Husbandry and Fishery
1. Planting, development and production of woody edible oil, spices and industrial raw materials
2. Cultivation technologies development, planting and production of green and organic vegetables (including edible fungus, watermelon and melon), dried and fresh fruit, and tea
3. Wine grape breeding, planting and production
4. Beer raw material breeding, planting and production
5. New cultivation technologies development and production of such crops as sugar-yielding crops, fruit trees, and pasture grass
6. Cultivation and development of new varieties of special plants for silage with high yield and high efficiency
7. Production of flowers and plants, and construction and operation of nursery bases
8. Planting of rubber trees, oil palms, sisal and coffee trees
9. Planting and cultivation of traditional Chinese medicine herbs
10. Comprehensive utilization of crop straw resources and the development and production of organic fertilizer resources
11. Cultivation of forest resources (fast-growing and high-yield timber forests, bamboo forests, tea-oil trees and other economic forests, timber forests comprising precious tree species, etc.)
12. Development and application of standardized breeding technology for livestock
13. Breeding of aquatic offspring (exclusive of precious quality varieties peculiar to China)
14. Construction and operation of such ecological environment protection projects as preventing and controlling desertification, soil and water conservation and land greening
15. Breeding of aquatic products, net-cage culture in deep water, industrialized aquatic breeding and ecological oceanic species aquaculture
II. Mining
16. Exploration and exploitation of oil and natural gas, and utilization of mine gas
17. Development and application of new technologies that can increase the recovery factor of crude oil (limited to the form of engineering services)
18. Development and application of new technologies for oil exploration and exploitation in areas of geophysical prospecting, drilling, well logging, mud logging and down-hole operation
19. Development and application of new technologies for enhancing the utilization of mine tailings and the comprehensive application of technologies for the ecological restoration of mines
20. Exploration, mining and ore dressing of minerals in acute shortage in China (such as lepidolite ores and chromite)
III. Manufacturing
(I) Agricultural and sideline food processing industry
21. Development and production of safe, efficient and environmentally-friendly feeds and feed additives (including methionine) and substitute products of antibacterial agents used for promoting animal growth
22. Processing of aquatic products, purification and processing of shellfish, and development of seaweed health food
23. Processing of vegetables, dried and fresh fruit, and poultry and livestock products
24. Development and production of bioethanol (excluding grain ethanol)
(II) Food manufacturing
25. Development and production of formula foods for infants, cereal supplements for infants, foods for special medical purposes and health food
26. Development and production of nutritional health foods, food additives and formula foods aimed at the aged and improving their quality of life
27. Development and production of baked goods (including chocolates with natural cocoa beans and the products thereof), instant foods and related ingredients
28. Forest food processing
29. Development of new technologies for, and production of natural food additives, condiments, fermented products and natural spices
30. Development and production of packaging materials for aseptic liquid food
(III) Alcohol, beverages and refined tea manufacturing
31. Development and production of fruit and vegetable drinks, protein drinks, tea drinks, coffee drinks and botanical drinks
(IV) Textile industry
32. Production of multi-functional textiles of lightweight, high-strength, high/low temperature-resistance, chemical substance-resistance and light fastness for industrial use with the use of high technologies such as woven, non-woven fabric composites, multi-layer composites and long-term multi-functional finishing
33. Printing, dyeing and post-processing of high-end textiles by using advanced energy-efficient and emission reduction technologies and equipment
34. Processing of special natural fiber products (including cashmere and other special animal fibers, bamboo fibers, flax fibers, cocoon fibers and colored cotton) that comply with the requirements for ecological protection, comprehensive resource utilization and environmental protection
35. Recycling of waste textiles
(V) Textile garment and apparel industry
36. Clothing production with the computer integrated manufacturing system
37. Production of functional and special clothing
(VI) Leather, fur and feathers and related products, and shoe manufacturing
38. Cleaning technical processing of leather and fur
39. Post ornament and processing of leather with new technology
40. Comprehensive use of leather waste
(VII) Wood processing and wood, bamboo, rattan, palm and straw products
41. Development of new technologies for the comprehensive utilization of three forest residues, namely inferior quality lumber, small-sized lumber, firewood, waste wood and bamboo, and the development and production of the related new products; control of pollution during bamboo wood production, fine particulate matter emission reduction and development and application of dust explosion prevention technology
(VIII) Manufacturing of educational and cultural products, arts and crafts, and sports and entertainment products
42. Production of high-end carpets, embroidery and drawnwork products
(IX) Petroleum processing, coking and nuclear fuel processing
43. Phenol oil processing, washing oil processing, and high-end utilization of coal asphalt (excluding modified asphalt)
(X) Manufacturing of raw chemical materials and chemical products
44. Development and production of new downstream products of polyvinyl chloride (PVC) and organosilicon
45. Auxiliary raw materials for the production of synthetic materials: production of hydrogen peroxide-based propylene oxide, hydrogen peroxide-based epichlorohydrin, naphthalene dicarboxylate (NDC), 1,4-Cyclohexane dimethanol (CHDM), butadiene adiponitrile, hexanediamine and high-performance polyurethane mixed component with an annual capacity of 50,000 t or more
46. Development and production of high-carbon α-olefin copolymerized metallocene polyethylene and other high-end polyolefin
47. Raw materials of synthetic fibers: production of nylon 66 salt and 1,3-propylene glycol
48. Continuous copolymerization modification [cationic dyeable polyester (CDP, ECDP), alkali soluble polyester (COPET), high shrinkage polyester (HSPET), flame retardant polyester, low-melting-point polyester, etc.] of differential and functional polyester (PET); production of differentiated and functional fibers (antistatic, UV resistant, colored fibers, etc.) by continuous processes such as direct addition of melt direct spinning; production of differentiated and functional polyester (PET) such as intelligent and CS, and production of differentiated and functionally modified fibers of chemical fiber types such as acrylic, nylon, spandex and viscose
49. Synthetic rubber: production of polyurethane rubber, acrylate rubber, epichlorohydrin rubber, fluorine rubber, silicon rubber and other special rubbers
50. Engineering plastics and plastic alloys: production of such products as non-phosgene polycarbonate (PC) with an annual capacity of 60,000 t or more, polyoxymethylene (POM), polyphenyl thioether, poly(ether-ether-ketone), polyimide, polysulfone, polyether sulfone, polyarylate (PAR), polyphenylene ether (PPE), polybutylene terephthalate (PBT), polyamide (PA) and its modified materials, and liquid crystal polymer (LCP)
51. Fine chemicals: new catalyst products and technologies; processing technologies for the commercialization of dyes (pigments); production of electronic chemicals and papermaking chemicals, leather chemicals (excluding N,N-Dimethylformamide), oilfield auxiliary chemicals, surfactants, water treatment chemicals, adhesives, inorganic fibers, sealant and inorganic nanomaterials; and deep processing of pigment encapsulation
52. Production of water-based inks, electron-beam curing inks, ultraviolet-curing inks and other low-volatile inks and environmentally-friendly organic solvents
53. Production of natural spices, synthetic spices, and single ion spices
54. Production of high-performance coatings, high-solid coatings, solventless coatings and supporting resin, water-based industrial coatings, and auxiliary water-based resins
55. Production of high-performance fluororesin, fluorine coating materials, medical intermediates containing fluorine, environmentally-friendly refrigerants containing fluorine, detergent, and foaming agent
56. Hydrogen fuel production, storage, transportation and liquefaction
57. Production and supply of large, high-pressure and high-purity industrial gases (including electronic gases)
58. Production of fluoride resources recovered from the phosphorus chemical industry and aluminum smelters
59. Development and production of new forestry chemical product-related technologies and new products
60. Development and production of inorganic, organic and biological membranes for environmental protection purposes
61. Development and production of new types of fertilizers: high potassium fertilizers, compound microbial inoculation agents, compound microbial fertilizers, decomposition agents for straws and refuse, and microbial agents with special functions
62. Development and production of new varieties, new formulations, special-purpose intermediates, or auxiliary agents of efficient, safe and environmentally-friendly agricultural chemicals, and development and application of the relevant clean production processes, production of chiral and stereospecific pesticides by oriented synthesis, and synthetic technique of diethyl thiophosphoryl chloride
63. 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
64. Comprehensive utilization, treatment and disposal of waste gas, liquid waste, and waste residue
65. Production of organic polymer materials: aircraft skin coating, rare earth cerium sulfide red dyes, lead-free electronic packaging materials, lithographic slurry specifically for color plasma screens, microfibers with a small diameter and a large specific surface area, high-precision fuel filter paper, lithium-ion battery diaphragms, surface treatment self-healing materials, and super-hydrophobic nano-coating materials
(XI) Pharmaceutical product manufacturing
66. Production of new compound drugs or drugs with active ingredients (including drug substances and formulations)
67. Amino acids: production of tryptophan by using the zymotechnics process, histidine, and methionine
68. Development and production of new anticarcinogenic drugs, new cardio-cerebrovascular drugs, and new nervous system drugs
69. Production of new types of drugs by employing bioengineering technology
70. Production of AIDS vaccines, Hepatitis C vaccines, and contraceptive vaccines, as well as new vaccines for cervical carcinoma, malaria, and hand, foot, and mouth disease
71. Development and production of marine drugs
72. Pharmaceutical formulations: production of new formulations and new products by employing such new technologies as slow release, controlled release, targeting, and percutaneous absorption
73. Development and production of new excipients
74. Production of special antibacterial drug substances for animals (including antibiotics and chemical synthesis)
75. Production of new products and new formulations of antibacterial drugs, anthelmintics, insecticides and anti-coccidiosis drugs for veterinary use
76. Development and production of new types of diagnostic reagents
77. Development and production of new key raw materials for production, such as vaccines and cell therapy drugs and large-scale cell culture products
78. Development of technologies for, and production of new medical packaging materials (neutral borosilicate medical glass, good chemical stability and degradable, light-resistant and high-barrier functional materials, and drug delivery systems and devices with new packaging such as aerosol, powder fogging, self-dosing, pre-filling and automatic mixing)
(XII) Chemical fiber manufacturing
79. Production of high-tech chemical fibers (excluding viscose fibers), including differential chemical fibers, aramid fibers, carbon fibers, high-performance/high modulus polyethylene fibers, and polyphenylene sulfide (PPS) fibers
80. Production of new types of polyester for fiber or non-fiber use: polytrimethylene terephthalate (PTT), polyethylene naphthalate (PEN), polycyclohexylene dimethylene terephthalate (PCT), and polyethylene terephthlate glycol-modified (PETG)
81. Production of biomass fibers by utilizing new types of renewable resources and environmentally-friendly processes, including new solvent-spun cellulose fibers (Lyocell), regenerated cellulose fibers with bamboo or hemp as the raw material, poly lactic acid (PLA) fibers, chitin fibers, polyhydroxyalkanoate (PHA) fibers, and animal and plant protein fibers
82. Development and production of nylon 11, nylon 12, nylon 1414, nylon 46, long carbon chain nylon, high-temperature resistance nylon, and other new polyamides
83. Production of aramid fibers and cords for radial tires
(XIII) Rubber and plastic products
84. Development, production and application of biodegradable plastics and their products
85. Development and production of new-type multi-functional photo-biological broad agricultural films and pollution-free and degradable agricultural film
86. Recovery and reutilization of waste and worn-out plastics
87. Development of new soft plastic packaging technologies, and development and production of new varieties of soft plastic packaging products (including high-barrier and multifunctional films, and the relevant raw materials)
(XIV) Nonmetallic mineral products
88. Development and production of building materials characterized by energy conservation, environmental protection, waste recycling, light-weight, high-strength, high performance, and multiple functions
89. Production of energy-saving and high-efficiency chemical building materials by using plastic in lieu of steel and wood
90. Production of SBS/APP modified bitumen waterproof rolls with an annual output of 10 million m2 or more; wide (not less than 2 m) ethylene propylene diene monomer (EPDM) rubber waterproof rolls, and relevant auxiliary materials; wide (not less than 2 m) polyvinyl chloride (PVC) waterproof rolls; and thermoplastic polyolefin (TPO) waterproof rolls
91. Development and production of functional glass by using new technologies: electromagnetic wave shielding glass; glass substrate for microelectronic use; infrared transmitting lead-free chalcogenide glass and products; electronic-grade large-scale quartz glass products (such as pipe, plate, crucibles and utensils); multiple-functional windshield glass with excellent optical performance (light transmittance ≥70%); extreme materials and products for use in information technologies (including quartz glass bushing and ceramic wafer for waveguide-grade and high-precision optical fiber pre-fabricated rods); purification processing of raw materials for high-purity (≥ 99.998%) or ultrapure (≥ 99.999%) crystals
92. Research, development and production of sapphire substrate
93. Production of conductive glass for thin film batteries, glass for solar illuminators and conductive glass used in construction
94. Production of glass fiber products and special glass fibers: low dielectric glass fibers, quartz glass fibers, high silica glass fibers, high-strength and high-elastic glass fibers, and ceramic fibers as well as their products
95. 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
96. Standardized refinement of ceramic raw materials and production of high-grade decorative materials used in ceramics
97. Production of environmentally-friendly (non-chromizing) refractory materials used in furnaces, including cement, electronic glass, ceramics, and microporous carbon bricks
98. Production of porous ceramics
99. 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
100. Production of organic-inorganic composite cellular insulation materials
101. 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 300 centigrade or above, biodegradable resin-based composite material, resin-based composite material for additive manufacturing, resin-based composite materials (including sports products, and light-weight and 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 material products for medical treatment and recuperation), carbon or carbon composite materials, 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 ≥ 320 MPa), and large passenger aircraft tires
102. Production of raw materials for precision and high-performance ceramics: ultra-fine silicon carbide (SiC) powder (purity > 99%, average particle size < 1 μm), ultra-fine silicon nitride powder (Si3N4) (purity > 99%, average particle size < 1 μm), high-purity ultra-fine alumina powder (purity > 99.9%, average particle size < 0.5 μm), low-temperature sintered zirconia (ZrO2) powder (sintering temperature < 1,350 centigrade), highly pure AlN powder (purity > 99%, average particle size < 1 μm), rutile titanium dioxide (TiO2) powder (purity > 98.5%), white carbon black (particle size < 100 nm), and barium titanate (purity > 99%, particle size < 1 μm)
103. Development and production of high-quality artificial crystals and thin-film transistor products: high-quality artificially synthesized crystals (piezoelectric crystals and ultraviolet ray transmitting crystals); super-hard crystals (cubic boron nitride crystals); high-temperature resistant, highly-insulated, and artificially synthesized crystals (artificially synthesized mica); new electro-optic crystals; high-power laser crystals and large-scale scintillation crystals; diamond-film tool; ultrathin and synthetic diamond saw blades with a thickness of not more than 0.3 mm
104. Fine processing of nonmetallic minerals (ultra-fine grinding, high purifying, refining and modified performance)
105. Production of ultra-high-power graphite electrodes
106. Production of pearl mica (particle size of 3–150 μm)
107. Production of multi-dimensional and multi-directional integral fabrics and shape fabrics
108. Safe disposal of solid waste by using new dry process cement kilns and sintered wall materials
109. Recycling of building waste
110. Comprehensive utilization of industrial by-product gypsum and other industrial waste
111. Development and application of new technologies for comprehensive utilization of nonmetal mine tailings; and the ecological restoration of mines
(XV) Nonferrous metal smelting and rolling processing
112. Production of new and high-tech nonferrous materials and their products: compound semiconductor materials (gallium arsenide, gallium phosphide, indium phosphide and gallium nitride); 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 alloys; ultra-hard composite materials; precious metal composite materials; light metal composite materials, aluminum foils for radiators; medium- and high-voltage cathode capacitor aluminum foils; aluminum foil for lithium battery electrodes, electrolytic copper foil, aluminum alloy profile with a large cross section and complex section, aluminum alloy precision forging dies; overhead conductors for electrified railway lines; ultra-thin copper strips; copper alloy materials for corrosion-resistant heat exchangers; high-performance copper-nickel and copper-iron alloy strips; materials for processing beryllium copper strips, lines, pipes and rods; high-temperature resistant and anti-senescence tungsten filaments; magnesium alloy castings; lead-free solder; magnesium alloys and their application products; foamed aluminum; titanium alloy smelting and processing; sponge zirconium at the atomic energy level; and deeply processed tungsten and molybdenum products
113. Processing of rare earth high-end application products in line with the requirements of new rare earth materials
(XVI) Metal products
114. Research, development, and manufacturing of new lightweight and environmentally-friendly materials for aviation, aerospace, vehicles, automobiles and motorcycles (including special-purpose aluminum sheets, aluminum-magnesium alloy materials and aluminum alloy motorcycle frames)
115. Research, development and manufacturing of light metal semi-solid rapid prototyping materials and their products
116. Manufacturing and processing (including painting and processing the inner and outer surface of the products) of metal packing products (which should be complete products, and the thickness of container walls should be less than 0.3 mm) used for packing all kinds of grain, oil and food, vegetables, fruit, beverages, and household products
(XVII) General equipment manufacturing
117. Manufacturing of high-end computerized numerical controlled (CNC) machine tools and key spare parts: five-axis alignment CNC machine tools, CNC coordinate boring and milling processing center, and CNC coordinate grinding machines
118. Manufacturing of multi-station forging forming machines of 1,000 t or above
119. Manufacturing of equipment for dismantling, crushing, and post-processing and sorting of retired automobiles
120. Manufacturing of flexible transfer lines (FTL)
121. Development and manufacturing of robots and complete system of industrial robots, high-precision reducer, high-performance servo motor and driver, full independent programming and other high-performance controller, sensor, and end-effectors dedicated to robots
122. Manufacturing of sub-micron and ultra-fine grinders
123. Manufacturing of wheeled and crawler cranes of 400 t or above
124. Design and manufacturing of high-pressure plunger pumps and engines with a working pressure ≥ 35 MPa, and low-speed large-torque engines with a working pressure ≥ 35 MPa
125. Manufacturing of integrated hydraulic-pressure multiple unit valves with a working pressure ≥ 25 MPa, and electro-hydraulic proportional servo elements
126. Design and manufacturing of valve terminals, pneumatic solenoid valves with a power of not more than 0.35 W and high-frequency electrically-controlled gas valves with a power of not less than 200 Hz
127. Design and manufacturing of hydrostatic drive devices
128. Development and manufacturing of non-contact gas film seals with a pressure of not less than 10 MPa and dry gas seals with a pressure of not less than 10 MPa (including experimental apparatus)
129. Development and manufacturing of macromolecule material equipment for automobiles (such as friction plates, remodeled phenolic pistons and nonmetallic hydraulic master/sub-pumps)
130. Manufacturing of third- and higher-generation car wheel hub bearings; bearings for high- and medium-grade computer numerically controlled (CNC) machine tools and processing centers; high-speed wire rod and plate rolling mill bearings; high-speed railway bearings; low-noise bearings with vibration at or below Z4; P4 and P2 level bearings of various bearings; bearings of a wind turbine generator set; and aircraft bearings
131. Manufacturing of high-density, high-precision, complex-shaped powder metallurgical parts and chains used for automobiles, and engineering machinery
132. Manufacturing of gear transmissions used for wind power or high-speed rail, gear transmission agent with adjustable blades used for vessels, and large-sized heavy-load gear boxes
133. Manufacturing of high-temperature resistant insulation materials (of F and H insulation classes) and molded insulation products
134. Development and manufacturing of accumulator bladders, and rubber and plastic seals for hydropneumatic use
135. Manufacturing of high-precision, high-strength (at the level of 12.9 or above), special-shaped, and assembly fasteners
136. Manufacturing of miniature precision transmission junction pieces (clutches)
137. Manufacturing of coupling shaft for heavy rolling mills
138. Remanufacturing of machinery such as machine tools, engineering machinery, and railroad engine equipment; remanufacturing of automobile parts and components; remanufacturing of key components of medical imaging equipment; and remanufacturing of office equipment such as copiers
139. Development and manufacturing of digital cameras of not less than 10 million pixels or with a 120-degree or above horizontal field and their optical lens and optical modules
140. Manufacturing of office machinery (including industrial use): all-in-one multifunction office equipment (copier, printer, fax machine, and scanner), color printing devices, heads of high-resolution color printers with a precision of 2,400 dpi or more, and OPC drums
141. Manufacturing of film machinery: 2K and 4K digital cinema projectors, digital cinema cameras, digital video production, and editing equipment
(XVIII) Special-purpose equipment manufacturing
142. Manufacturing of trackless equipment for mining, loading and transport in mines: mechanically-driven tippers for mining with a capacity of 200 t or more; mobile crushers; bucket wheel excavators with a capacity of 5,000 m3 per hour or more; loaders for mining purposes with a capacity of 8 m3 or more; and electrically-dragged coal mining machines with a power of not less than 2,500 kW
143. Manufacturing of equipment for geophysical exploration (excluding gravity and magnetic measurement) and well logging: MEME seismometers; digital telemetric seismographs; digital imaging systems and digitally controlled well logging systems; devices and apparatus for horizontal wells, directional wells, and drilling rigs and apparatuses; and measurement while drilling (MWD) tools
144. 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 m and the supporting subsea oil extraction, collection and transportation equipment
145. Shale gas equipment manufacturing
146. Manufacturing of large-caliber rotary drilling rigs with a caliber of not less than 2 m and depth of not less than 30 m, push benches with a diameter of not less than 1.2 m, complete sets of large equipment with a pull-back force of not less than 300 t for laying underground pipes and lines without digging, and underground diaphragm wall construction drilling rigs
147. Design and manufacturing of large bulldozers of 520 hp or above
148. Design and manufacturing of silt removers with a capacity of 100 m3 per hour or more, and dredging devices for dredgers with a capacity of 1,000 t or more
149. Design and manufacturing of equipment for the construction of concrete cut-off walls used for flood prevention dikes
150. Manufacturing of earthquake-resistant and disaster-reduction devices for civil engineering structures
151. Manufacturing of underwater earthwork construction machinery: bulldozers, loaders and excavators operating not more than 9 m under water
152. Manufacturing of equipment for maintenance and automatic testing of highway bridges
153. Manufacturing of equipment for operational monitoring, ventilation, disaster prevention and rescue systems of highway tunnels
154. Design and manufacture of repair and maintenance machinery and inspection and monitoring equipment for large railway construction, railway tracks, bridges and tunnels, and their key parts and components
155. Manufacturing of equipment for roofing (asphaltic) felt and equipment for producing metal roofs including galvanized steel sheets
156. Manufacturing of equipment for environmentally-friendly, energy-saving, on-site polyurethane spraying waterproof and thermal insulation systems; technology of preparing polyurethane sealants and manufacturing of the relevant equipment; and technology of preparing improved silicone sealants and manufacturing of the relevant production equipment
157. Design and manufacturing of high-precision strip mills (with a thickness precision of 10 μm)
158. Manufacturing of ore dressing equipment for multi-element, fine-particle and refractory metal minerals
159. Manufacturing of the key equipment of complete sets of ethylene equipment with an annual capacity of 1 million t or more: mixing granulators with an annual processing capacity of not less than 400,000 t, helical-conveyer centrifuges with a diameter of 1,000 mm or more, and low-flow high-head centrifugal pumps
160. Design and manufacture of metal product molds (extrusion dies for pipes, rods and section bars made of copper, aluminum, titanium and zirconium)
161. Design and manufacture of punching dies for automobile body covers, large-sized injection molds for dashboards and bumpers, and clamps and gauges for automobiles and motorcycles
162. Design and manufacture of special production equipment for power batteries for automobiles
163. Design and manufacture of precise die molds (punching dies with a thickness precision of higher than 0.02 mm, and cavity molds with a thickness precision of higher than 0.05 mm)
164. Design and manufacture of nonmetal product molds
165. Manufacturing of beer bottling equipment with a capacity of 60,000 bottles per hour or above, hot- and medium-temperature beverage bottling equipment with a capacity of 50,000 bottles per hour or above, aseptic filling equipment with a capacity of 36,000 bottles per hour or above
166. Technology for producing and manufacturing the relevant key equipment for amino acids, enzyme preparations, and food additives
167. Manufacturing of complete sets of equipment for animal feed processing with a capacity of 10 t per hour or above and key parts of such equipment
168. Manufacturing of equipment for lightweight corrugated boards and cartons with a corrugation height of 0.75 mm or less
169. Manufacturing of sheet-fed and multi-color offset presses (width ≥ 750 mm; printing speed: single side and multiple color ≥ 16,000 sheets per hour, and both sides and multiple color ≥ 13,000 sheets per hour)
170. 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 mm), 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 mm), and commercial web-fed lithographic printing presses with a printing speed of more than 50,000 bisect sheets per hour (787 × 880 mm)
171. Manufacturing of multi-color and wide flexographic presses (printing width ≥ 1,300 mm and printing speed ≥ 350 m per second), inkjet digital printing presses (used for publication: printing speed ≥ 150 m per minute and resolution ≥ 600 dpi; used for packaging: printing speed ≥ 30 m per minute and resolution ≥ 1,000 dpi; used for variable data: printing speed ≥ 100 m per minute and resolution ≥ 300 dpi)
172.
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Order of the National Development and Reform Commission of the People's Republic of China and the Ministry of Commerce of the People's Republic of China No.27
June 30, 2019
The Catalog of Industries for Encouraged Foreign Investment (2019 Edition), approved by the Central Committee of the Communist Party of China and the State Council, is hereby promulgated and will enter into force from July 30, 2019. Encouraged foreign investment industries of the Catalog for the Guidance of Foreign Investment Industries (Revised in 2017) released by the National Development and Reform Commission and the Ministry of Commerce on June 28, 2017 and the Catalog of Priority Industries for Foreign Investment in the Central-Western Region (Revised in 2017) released on February 17, 2017, shall be repealed simultaneously.
Director of the National Development and Reform Commission: He Lifeng
Minister of Commerce: Zhong Shan
Catalog of Industries for Encouraged Foreign Investment (2019 Edition)
Catalog of Industries for Encouraged Foreign Investment in China
I. Agriculture, Forestry, Animal Husbandry and Fishery
1. Planting, development and production of woody edible oil, spices and industrial raw materials
2. Cultivation technologies development, planting and production of green and organic vegetables (including edible fungus, watermelon and melon), dried and fresh fruit, and tea
3. Wine grape breeding, planting and production
4. Beer raw material breeding, planting and production
5. New cultivation technologies development and production of such crops as sugar-yielding crops, fruit trees, and pasture grass
6. Cultivation and development of new varieties of special plants for silage with high yield and high efficiency
7. Production of flowers and plants, and construction and operation of nursery bases
8. Planting of rubber trees, oil palms, sisal and coffee trees
9. Planting and cultivation of traditional Chinese medicine herbs
10. Comprehensive utilization of crop straw resources and the development and production of organic fertilizer resources
11. Cultivation of forest resources (fast-growing and high-yield timber forests, bamboo forests, tea-oil trees and other economic forests, timber forests comprising precious tree species, etc.)
12. Development and application of standardized breeding technology for livestock
13. Breeding of aquatic offspring (exclusive of precious quality varieties peculiar to China)
14. Construction and operation of such ecological environment protection projects as preventing and controlling desertification, soil and water conservation and land greening
15. Breeding of aquatic products, net-cage culture in deep water, industrialized aquatic breeding and ecological oceanic species aquaculture
II. Mining
16. Exploration and exploitation of oil and natural gas, and utilization of mine gas
17. Development and application of new technologies that can increase the recovery factor of crude oil (limited to the form of engineering services)
18. Development and application of new technologies for oil exploration and exploitation in areas of geophysical prospecting, drilling, well logging, mud logging and down-hole operation
19. Development and application of new technologies for enhancing the utilization of mine tailings and the comprehensive application of technologies for the ecological restoration of mines
20. Exploration, mining and ore dressing of minerals in acute shortage in China (such as lepidolite ores and chromite)
III. Manufacturing
(I) Agricultural and sideline food processing industry
21. Development and production of safe, efficient and environmentally-friendly feeds and feed additives (including methionine) and substitute products of antibacterial agents used for promoting animal growth
22. Processing of aquatic products, purification and processing of shellfish, and development of seaweed health food
23. Processing of vegetables, dried and fresh fruit, and poultry and livestock products
24. Development and production of bioethanol (excluding grain ethanol)
(II) Food manufacturing
25. Development and production of formula foods for infants, cereal supplements for infants, foods for special medical purposes and health food
26. Development and production of nutritional health foods, food additives and formula foods aimed at the aged and improving their quality of life
27. Development and production of baked goods (including chocolates with natural cocoa beans and the products thereof), instant foods and related ingredients
28. Forest food processing
29. Development of new technologies for, and production of natural food additives, condiments, fermented products and natural spices
30. Development and production of packaging materials for aseptic liquid food
(III) Alcohol, beverages and refined tea manufacturing
31. Development and production of fruit and vegetable drinks, protein drinks, tea drinks, coffee drinks and botanical drinks
(IV) Textile industry
32. Production of multi-functional textiles of lightweight, high-strength, high/low temperature-resistance, chemical substance-resistance and light fastness for industrial use with the use of high technologies such as woven, non-woven fabric composites, multi-layer composites and long-term multi-functional finishing
33. Printing, dyeing and post-processing of high-end textiles by using advanced energy-efficient and emission reduction technologies and equipment
34. Processing of special natural fiber products (including cashmere and other special animal fibers, bamboo fibers, flax fibers, cocoon fibers and colored cotton) that comply with the requirements for ecological protection, comprehensive resource utilization and environmental protection
35. Recycling of waste textiles
(V) Textile garment and apparel industry
36. Clothing production with the computer integrated manufacturing system
37. Production of functional and special clothing
(VI) Leather, fur and feathers and related products, and shoe manufacturing
38. Cleaning technical processing of leather and fur
39. Post ornament and processing of leather with new technology
40. Comprehensive use of leather waste
(VII) Wood processing and wood, bamboo, rattan, palm and straw products
41. Development of new technologies for the comprehensive utilization of three forest residues, namely inferior quality lumber, small-sized lumber, firewood, waste wood and bamboo, and the development and production of the related new products; control of pollution during bamboo wood production, fine particulate matter emission reduction and development and application of dust explosion prevention technology
(VIII) Manufacturing of educational and cultural products, arts and crafts, and sports and entertainment products
42. Production of high-end carpets, embroidery and drawnwork products
(IX) Petroleum processing, coking and nuclear fuel processing
43. Phenol oil processing, washing oil processing, and high-end utilization of coal asphalt (excluding modified asphalt)
(X) Manufacturing of raw chemical materials and chemical products
44. Development and production of new downstream products of polyvinyl chloride (PVC) and organosilicon
45. Auxiliary raw materials for the production of synthetic materials: production of hydrogen peroxide-based propylene oxide, hydrogen peroxide-based epichlorohydrin, naphthalene dicarboxylate (NDC), 1,4-Cyclohexane dimethanol (CHDM), butadiene adiponitrile, hexanediamine and high-performance polyurethane mixed component with an annual capacity of 50,000 t or more
46. Development and production of high-carbon α-olefin copolymerized metallocene polyethylene and other high-end polyolefin
47. Raw materials of synthetic fibers: production of nylon 66 salt and 1,3-propylene glycol
48. Continuous copolymerization modification [cationic dyeable polyester (CDP, ECDP), alkali soluble polyester (COPET), high shrinkage polyester (HSPET), flame retardant polyester, low-melting-point polyester, etc.] of differential and functional polyester (PET); production of differentiated and functional fibers (antistatic, UV resistant, colored fibers, etc.) by continuous processes such as direct addition of melt direct spinning; production of differentiated and functional polyester (PET) such as intelligent and CS, and production of differentiated and functionally modified fibers of chemical fiber types such as acrylic, nylon, spandex and viscose
49. Synthetic rubber: production of polyurethane rubber, acrylate rubber, epichlorohydrin rubber, fluorine rubber, silicon rubber and other special rubbers
50. Engineering plastics and plastic alloys: production of such products as non-phosgene polycarbonate (PC) with an annual capacity of 60,000 t or more, polyoxymethylene (POM), polyphenyl thioether, poly(ether-ether-ketone), polyimide, polysulfone, polyether sulfone, polyarylate (PAR), polyphenylene ether (PPE), polybutylene terephthalate (PBT), polyamide (PA) and its modified materials, and liquid crystal polymer (LCP)
51. Fine chemicals: new catalyst products and technologies; processing technologies for the commercialization of dyes (pigments); production of electronic chemicals and papermaking chemicals, leather chemicals (excluding N,N-Dimethylformamide), oilfield auxiliary chemicals, surfactants, water treatment chemicals, adhesives, inorganic fibers, sealant and inorganic nanomaterials; and deep processing of pigment encapsulation
52. Production of water-based inks, electron-beam curing inks, ultraviolet-curing inks and other low-volatile inks and environmentally-friendly organic solvents
53. Production of natural spices, synthetic spices, and single ion spices
54. Production of high-performance coatings, high-solid coatings, solventless coatings and supporting resin, water-based industrial coatings, and auxiliary water-based resins
55. Production of high-performance fluororesin, fluorine coating materials, medical intermediates containing fluorine, environmentally-friendly refrigerants containing fluorine, detergent, and foaming agent
56. Hydrogen fuel production, storage, transportation and liquefaction
57. Production and supply of large, high-pressure and high-purity industrial gases (including electronic gases)
58. Production of fluoride resources recovered from the phosphorus chemical industry and aluminum smelters
59. Development and production of new forestry chemical product-related technologies and new products
60. Development and production of inorganic, organic and biological membranes for environmental protection purposes
61. Development and production of new types of fertilizers: high potassium fertilizers, compound microbial inoculation agents, compound microbial fertilizers, decomposition agents for straws and refuse, and microbial agents with special functions
62. Development and production of new varieties, new formulations, special-purpose intermediates, or auxiliary agents of efficient, safe and environmentally-friendly agricultural chemicals, and development and application of the relevant clean production processes, production of chiral and stereospecific pesticides by oriented synthesis, and synthetic technique of diethyl thiophosphoryl chloride
63. 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
64. Comprehensive utilization, treatment and disposal of waste gas, liquid waste, and waste residue
65. Production of organic polymer materials: aircraft skin coating, rare earth cerium sulfide red dyes, lead-free electronic packaging materials, lithographic slurry specifically for color plasma screens, microfibers with a small diameter and a large specific surface area, high-precision fuel filter paper, lithium-ion battery diaphragms, surface treatment self-healing materials, and super-hydrophobic nano-coating materials
(XI) Pharmaceutical product manufacturing
66. Production of new compound drugs or drugs with active ingredients (including drug substances and formulations)
67. Amino acids: production of tryptophan by using the zymotechnics process, histidine, and methionine
68. Development and production of new anticarcinogenic drugs, new cardio-cerebrovascular drugs, and new nervous system drugs
69. Production of new types of drugs by employing bioengineering technology
70. Production of AIDS vaccines, Hepatitis C vaccines, and contraceptive vaccines, as well as new vaccines for cervical carcinoma, malaria, and hand, foot, and mouth disease
71. Development and production of marine drugs
72. Pharmaceutical formulations: production of new formulations and new products by employing such new technologies as slow release, controlled release, targeting, and percutaneous absorption
73. Development and production of new excipients
74. Production of special antibacterial drug substances for animals (including antibiotics and chemical synthesis)
75. Production of new products and new formulations of antibacterial drugs, anthelmintics, insecticides and anti-coccidiosis drugs for veterinary use
76. Development and production of new types of diagnostic reagents
77. Development and production of new key raw materials for production, such as vaccines and cell therapy drugs and large-scale cell culture products
78. Development of technologies for, and production of new medical packaging materials (neutral borosilicate medical glass, good chemical stability and degradable, light-resistant and high-barrier functional materials, and drug delivery systems and devices with new packaging such as aerosol, powder fogging, self-dosing, pre-filling and automatic mixing)
(XII) Chemical fiber manufacturing
79. Production of high-tech chemical fibers (excluding viscose fibers), including differential chemical fibers, aramid fibers, carbon fibers, high-performance/high modulus polyethylene fibers, and polyphenylene sulfide (PPS) fibers
80. Production of new types of polyester for fiber or non-fiber use: polytrimethylene terephthalate (PTT), polyethylene naphthalate (PEN), polycyclohexylene dimethylene terephthalate (PCT), and polyethylene terephthlate glycol-modified (PETG)
81. Production of biomass fibers by utilizing new types of renewable resources and environmentally-friendly processes, including new solvent-spun cellulose fibers (Lyocell), regenerated cellulose fibers with bamboo or hemp as the raw material, poly lactic acid (PLA) fibers, chitin fibers, polyhydroxyalkanoate (PHA) fibers, and animal and plant protein fibers
82. Development and production of nylon 11, nylon 12, nylon 1414, nylon 46, long carbon chain nylon, high-temperature resistance nylon, and other new polyamides
83. Production of aramid fibers and cords for radial tires
(XIII) Rubber and plastic products
84. Development, production and application of biodegradable plastics and their products
85. Development and production of new-type multi-functional photo-biological broad agricultural films and pollution-free and degradable agricultural film
86. Recovery and reutilization of waste and worn-out plastics
87. Development of new soft plastic packaging technologies, and development and production of new varieties of soft plastic packaging products (including high-barrier and multifunctional films, and the relevant raw materials)
(XIV) Nonmetallic mineral products
88. Development and production of building materials characterized by energy conservation, environmental protection, waste recycling, light-weight, high-strength, high performance, and multiple functions
89. Production of energy-saving and high-efficiency chemical building materials by using plastic in lieu of steel and wood
90. Production of SBS/APP modified bitumen waterproof rolls with an annual output of 10 million m2 or more; wide (not less than 2 m) ethylene propylene diene monomer (EPDM) rubber waterproof rolls, and relevant auxiliary materials; wide (not less than 2 m) polyvinyl chloride (PVC) waterproof rolls; and thermoplastic polyolefin (TPO) waterproof rolls
91. Development and production of functional glass by using new technologies: electromagnetic wave shielding glass; glass substrate for microelectronic use; infrared transmitting lead-free chalcogenide glass and products; electronic-grade large-scale quartz glass products (such as pipe, plate, crucibles and utensils); multiple-functional windshield glass with excellent optical performance (light transmittance ≥70%); extreme materials and products for use in information technologies (including quartz glass bushing and ceramic wafer for waveguide-grade and high-precision optical fiber pre-fabricated rods); purification processing of raw materials for high-purity (≥ 99.998%) or ultrapure (≥ 99.999%) crystals
92. Research, development and production of sapphire substrate
93. Production of conductive glass for thin film batteries, glass for solar illuminators and conductive glass used in construction
94. Production of glass fiber products and special glass fibers: low dielectric glass fibers, quartz glass fibers, high silica glass fibers, high-strength and high-elastic glass fibers, and ceramic fibers as well as their products
95. 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
96. Standardized refinement of ceramic raw materials and production of high-grade decorative materials used in ceramics
97. Production of environmentally-friendly (non-chromizing) refractory materials used in furnaces, including cement, electronic glass, ceramics, and microporous carbon bricks
98. Production of porous ceramics
99. 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
100. Production of organic-inorganic composite cellular insulation materials
101. 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 300 centigrade or above, biodegradable resin-based composite material, resin-based composite material for additive manufacturing, resin-based composite materials (including sports products, and light-weight and 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 material products for medical treatment and recuperation), carbon or carbon composite materials, 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 ≥ 320 MPa), and large passenger aircraft tires
102. Production of raw materials for precision and high-performance ceramics: ultra-fine silicon carbide (SiC) powder (purity > 99%, average particle size < 1 μm), ultra-fine silicon nitride powder (Si3N4) (purity > 99%, average particle size < 1 μm), high-purity ultra-fine alumina powder (purity > 99.9%, average particle size < 0.5 μm), low-temperature sintered zirconia (ZrO2) powder (sintering temperature < 1,350 centigrade), highly pure AlN powder (purity > 99%, average particle size < 1 μm), rutile titanium dioxide (TiO2) powder (purity > 98.5%), white carbon black (particle size < 100 nm), and barium titanate (purity > 99%, particle size < 1 μm)
103. Development and production of high-quality artificial crystals and thin-film transistor products: high-quality artificially synthesized crystals (piezoelectric crystals and ultraviolet ray transmitting crystals); super-hard crystals (cubic boron nitride crystals); high-temperature resistant, highly-insulated, and artificially synthesized crystals (artificially synthesized mica); new electro-optic crystals; high-power laser crystals and large-scale scintillation crystals; diamond-film tool; ultrathin and synthetic diamond saw blades with a thickness of not more than 0.3 mm
104. Fine processing of nonmetallic minerals (ultra-fine grinding, high purifying, refining and modified performance)
105. Production of ultra-high-power graphite electrodes
106. Production of pearl mica (particle size of 3–150 μm)
107. Production of multi-dimensional and multi-directional integral fabrics and shape fabrics
108. Safe disposal of solid waste by using new dry process cement kilns and sintered wall materials
109. Recycling of building waste
110. Comprehensive utilization of industrial by-product gypsum and other industrial waste
111. Development and application of new technologies for comprehensive utilization of nonmetal mine tailings; and the ecological restoration of mines
(XV) Nonferrous metal smelting and rolling processing
112. Production of new and high-tech nonferrous materials and their products: compound semiconductor materials (gallium arsenide, gallium phosphide, indium phosphide and gallium nitride); 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 alloys; ultra-hard composite materials; precious metal composite materials; light metal composite materials, aluminum foils for radiators; medium- and high-voltage cathode capacitor aluminum foils; aluminum foil for lithium battery electrodes, electrolytic copper foil, aluminum alloy profile with a large cross section and complex section, aluminum alloy precision forging dies; overhead conductors for electrified railway lines; ultra-thin copper strips; copper alloy materials for corrosion-resistant heat exchangers; high-performance copper-nickel and copper-iron alloy strips; materials for processing beryllium copper strips, lines, pipes and rods; high-temperature resistant and anti-senescence tungsten filaments; magnesium alloy castings; lead-free solder; magnesium alloys and their application products; foamed aluminum; titanium alloy smelting and processing; sponge zirconium at the atomic energy level; and deeply processed tungsten and molybdenum products
113. Processing of rare earth high-end application products in line with the requirements of new rare earth materials
(XVI) Metal products
114. Research, development, and manufacturing of new lightweight and environmentally-friendly materials for aviation, aerospace, vehicles, automobiles and motorcycles (including special-purpose aluminum sheets, aluminum-magnesium alloy materials and aluminum alloy motorcycle frames)
115. Research, development and manufacturing of light metal semi-solid rapid prototyping materials and their products
116. Manufacturing and processing (including painting and processing the inner and outer surface of the products) of metal packing products (which should be complete products, and the thickness of container walls should be less than 0.3 mm) used for packing all kinds of grain, oil and food, vegetables, fruit, beverages, and household products
(XVII) General equipment manufacturing
117. Manufacturing of high-end computerized numerical controlled (CNC) machine tools and key spare parts: five-axis alignment CNC machine tools, CNC coordinate boring and milling processing center, and CNC coordinate grinding machines
118. Manufacturing of multi-station forging forming machines of 1,000 t or above
119. Manufacturing of equipment for dismantling, crushing, and post-processing and sorting of retired automobiles
120. Manufacturing of flexible transfer lines (FTL)
121. Development and manufacturing of robots and complete system of industrial robots, high-precision reducer, high-performance servo motor and driver, full independent programming and other high-performance controller, sensor, and end-effectors dedicated to robots
122. Manufacturing of sub-micron and ultra-fine grinders
123. Manufacturing of wheeled and crawler cranes of 400 t or above
124. Design and manufacturing of high-pressure plunger pumps and engines with a working pressure ≥ 35 MPa, and low-speed large-torque engines with a working pressure ≥ 35 MPa
125. Manufacturing of integrated hydraulic-pressure multiple unit valves with a working pressure ≥ 25 MPa, and electro-hydraulic proportional servo elements
126. Design and manufacturing of valve terminals, pneumatic solenoid valves with a power of not more than 0.35 W and high-frequency electrically-controlled gas valves with a power of not less than 200 Hz
127. Design and manufacturing of hydrostatic drive devices
128. Development and manufacturing of non-contact gas film seals with a pressure of not less than 10 MPa and dry gas seals with a pressure of not less than 10 MPa (including experimental apparatus)
129. Development and manufacturing of macromolecule material equipment for automobiles (such as friction plates, remodeled phenolic pistons and nonmetallic hydraulic master/sub-pumps)
130. Manufacturing of third- and higher-generation car wheel hub bearings; bearings for high- and medium-grade computer numerically controlled (CNC) machine tools and processing centers; high-speed wire rod and plate rolling mill bearings; high-speed railway bearings; low-noise bearings with vibration at or below Z4; P4 and P2 level bearings of various bearings; bearings of a wind turbine generator set; and aircraft bearings
131. Manufacturing of high-density, high-precision, complex-shaped powder metallurgical parts and chains used for automobiles, and engineering machinery
132. Manufacturing of gear transmissions used for wind power or high-speed rail, gear transmission agent with adjustable blades used for vessels, and large-sized heavy-load gear boxes
133. Manufacturing of high-temperature resistant insulation materials (of F and H insulation classes) and molded insulation products
134. Development and manufacturing of accumulator bladders, and rubber and plastic seals for hydropneumatic use
135. Manufacturing of high-precision, high-strength (at the level of 12.9 or above), special-shaped, and assembly fasteners
136. Manufacturing of miniature precision transmission junction pieces (clutches)
137. Manufacturing of coupling shaft for heavy rolling mills
138. Remanufacturing of machinery such as machine tools, engineering machinery, and railroad engine equipment; remanufacturing of automobile parts and components; remanufacturing of key components of medical imaging equipment; and remanufacturing of office equipment such as copiers
139. Development and manufacturing of digital cameras of not less than 10 million pixels or with a 120-degree or above horizontal field and their optical lens and optical modules
140. Manufacturing of office machinery (including industrial use): all-in-one multifunction office equipment (copier, printer, fax machine, and scanner), color printing devices, heads of high-resolution color printers with a precision of 2,400 dpi or more, and OPC drums
141. Manufacturing of film machinery: 2K and 4K digital cinema projectors, digital cinema cameras, digital video production, and editing equipment
(XVIII) Special-purpose equipment manufacturing
142. Manufacturing of trackless equipment for mining, loading and transport in mines: mechanically-driven tippers for mining with a capacity of 200 t or more; mobile crushers; bucket wheel excavators with a capacity of 5,000 m3 per hour or more; loaders for mining purposes with a capacity of 8 m3 or more; and electrically-dragged coal mining machines with a power of not less than 2,500 kW
143. Manufacturing of equipment for geophysical exploration (excluding gravity and magnetic measurement) and well logging: MEME seismometers; digital telemetric seismographs; digital imaging systems and digitally controlled well logging systems; devices and apparatus for horizontal wells, directional wells, and drilling rigs and apparatuses; and measurement while drilling (MWD) tools
144. 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 m and the supporting subsea oil extraction, collection and transportation equipment
145. Shale gas equipment manufacturing
146. Manufacturing of large-caliber rotary drilling rigs with a caliber of not less than 2 m and depth of not less than 30 m, push benches with a diameter of not less than 1.2 m, complete sets of large equipment with a pull-back force of not less than 300 t for laying underground pipes and lines without digging, and underground diaphragm wall construction drilling rigs
147. Design and manufacturing of large bulldozers of 520 hp or above
148. Design and manufacturing of silt removers with a capacity of 100 m3 per hour or more, and dredging devices for dredgers with a capacity of 1,000 t or more
149. Design and manufacturing of equipment for the construction of concrete cut-off walls used for flood prevention dikes
150. Manufacturing of earthquake-resistant and disaster-reduction devices for civil engineering structures
151. Manufacturing of underwater earthwork construction machinery: bulldozers, loaders and excavators operating not more than 9 m under water
152. Manufacturing of equipment for maintenance and automatic testing of highway bridges
153. Manufacturing of equipment for operational monitoring, ventilation, disaster prevention and rescue systems of highway tunnels
154. Design and manufacture of repair and maintenance machinery and inspection and monitoring equipment for large railway construction, railway tracks, bridges and tunnels, and their key parts and components
155. Manufacturing of equipment for roofing (asphaltic) felt and equipment for producing metal roofs including galvanized steel sheets
156. Manufacturing of equipment for environmentally-friendly, energy-saving, on-site polyurethane spraying waterproof and thermal insulation systems; technology of preparing polyurethane sealants and manufacturing of the relevant equipment; and technology of preparing improved silicone sealants and manufacturing of the relevant production equipment
157. Design and manufacturing of high-precision strip mills (with a thickness precision of 10 μm)
158. Manufacturing of ore dressing equipment for multi-element, fine-particle and refractory metal minerals
159. Manufacturing of the key equipment of complete sets of ethylene equipment with an annual capacity of 1 million t or more: mixing granulators with an annual processing capacity of not less than 400,000 t, helical-conveyer centrifuges with a diameter of 1,000 mm or more, and low-flow high-head centrifugal pumps
160. Design and manufacture of metal product molds (extrusion dies for pipes, rods and section bars made of copper, aluminum, titanium and zirconium)
161. Design and manufacture of punching dies for automobile body covers, large-sized injection molds for dashboards and bumpers, and clamps and gauges for automobiles and motorcycles
162. Design and manufacture of special production equipment for power batteries for automobiles
163. Design and manufacture of precise die molds (punching dies with a thickness precision of higher than 0.02 mm, and cavity molds with a thickness precision of higher than 0.05 mm)
164. Design and manufacture of nonmetal product molds
165. Manufacturing of beer bottling equipment with a capacity of 60,000 bottles per hour or above, hot- and medium-temperature beverage bottling equipment with a capacity of 50,000 bottles per hour or above, aseptic filling equipment with a capacity of 36,000 bottles per hour or above
166. Technology for producing and manufacturing the relevant key equipment for amino acids, enzyme preparations, and food additives
167. Manufacturing of complete sets of equipment for animal feed processing with a capacity of 10 t per hour or above and key parts of such equipment
168. Manufacturing of equipment for lightweight corrugated boards and cartons with a corrugation height of 0.75 mm or less
169. Manufacturing of sheet-fed and multi-color offset presses (width ≥ 750 mm; printing speed: single side and multiple color ≥ 16,000 sheets per hour, and both sides and multiple color ≥ 13,000 sheets per hour)
170. 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 mm), 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 mm), and commercial web-fed lithographic printing presses with a printing speed of more than 50,000 bisect sheets per hour (787 × 880 mm)
171. Manufacturing of multi-color and wide flexographic presses (printing width ≥ 1,300 mm and printing speed ≥ 350 m per second), inkjet digital printing presses (used for publication: printing speed ≥ 150 m per minute and resolution ≥ 600 dpi; used for packaging: printing speed ≥ 30 m per minute and resolution ≥ 1,000 dpi; used for variable data: printing speed ≥ 100 m per minute and resolution ≥ 300 dpi)
172.
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