The 13th five year development plan of the hottest

Abstract: on October 18, the Ministry of industry and information technology prepared and released the "development plan for non ferrous metals industry (2016-2020)", that is, the "13th five year plan" for the development of non ferrous metals industry (MIIT [2016] No. 316, hereinafter referred to as the "plan"). The plan mentioned that by the end of 2020, China's nonferrous metal industry will become a world power

on October 18, the Ministry of industry and information technology prepared and released the "development plan for non ferrous metal industry (2016-2020)", that is, the "13th five year plan" for the development of non ferrous metal industry (MIIT regulation [20 identify the environmental impact elements and objects of the project] No. 316, hereinafter referred to as the "plan"). The plan mentioned that by the end of 2020, China's nonferrous metal industry will become a world power

the plan proposes to speed up industrial transformation and upgrading, expand new space for industrial development, take strengthening supply side structural reform and expanding market demand as the main line, take quality and efficiency as the core, take technological innovation as the driving force, and focus on high-end materials, green development, integration of industrialization and industrialization, resource guarantee, international cooperation, etc., and by the end of 2020, China's non-ferrous metal industry will become a world power

the plan puts forward eight key tasks, including implementing innovation driven, accelerating industrial restructuring, vigorously developing high-end materials, promoting green and sustainable development, improving resource supply capacity, promoting the deep integration of industrialization and industrialization, actively expanding application fields, deepening international cooperation, and lists seven development priorities and four key projects in the form of columns. As a special plan to guide the development of non-ferrous metal industry during the 13th Five Year Plan period, the plan will promote the transformation and upgrading of non-ferrous metal industry and its sustainable and healthy development

in terms of transformation and upgrading, the plan proposes that the comprehensive support capacity of aerospace aluminum, electronic materials, power battery materials, high-performance cemented carbide and other precision and deep-processing products exceeds 70%, basically meeting the needs of high-end equipment, new generation information technology and so on. The industrial layout was further optimized, the inefficient production capacity was gradually withdrawn, the utilization rate of electrolytic aluminum production capacity reached more than 80%, the industrial concentration was significantly improved, the international operation capacity was improved, and the international production capacity cooperation made significant progress

in terms of vigorously developing high-end materials, the plan proposes to focus on meeting the key basic materials in China's new generation of information technology, aerospace, ocean engineering, high-tech ships, advanced rail transit, energy conservation and new energy vehicles, and strive to develop high-performance light alloy materials, non-ferrous electronic materials, non-ferrous new energy materials Rare metal deep processing materials, etc., improve the uniformity of material quality, reduce costs, and improve the effective supply capacity and level of medium and high-end

focusing on the high-end manufacturing fields of major equipment such as large aircraft, passenger cars, high-speed railways, ships, ocean engineering, etc., the plan emphasizes the need to accelerate the implementation of large-scale aluminum lithium alloy ingot smelting and casting, high-precision thin plate and high-speed air cushion continuous heat treatment system, large coil weight and high-precision wide width magnesium alloy strip manufacturing, titanium alloy profile extrusion and finishing and straightening, large-scale titanium alloy materials, 3D printing powder and other production lines. By 2020, The stable supply of high-performance light alloy materials for aviation, passenger cars and freight trains, titanium and aluminum alloy materials for marine engineering and aviation, and the continuous improvement of international competitiveness

focusing on the needs of the new generation of information technology industry in the fields of integrated circuits, functional components and other fields, we should use advanced and reliable technologies to accelerate the development of large-size silicon single crystal polishing chips, super large-size high-purity metal targets, substrates and packaging materials for high-power microwave/laser devices, infrared detection and imaging materials, vacuum electronic materials, etc., so as to achieve breakthroughs in the R & D and industrialization of new generation of microelectronic optoelectronic functional materials and intelligent sensing materials, Improve the supply level of high-end non-ferrous electronic materials

focusing on the needs of energy storage, new energy vehicles and other fields, we will focus on the development of cathode materials, cathode materials, high-performance copper and aluminum foil, as well as low-cost and high-quality battery grade lithium carbonate, ternary precursors, etc

focusing on the needs of high-end equipment manufacturing, strategic emerging industries and national major projects, we will focus on the development of precision cemented carbide and deep-processing products, large-size tungsten molybdenum plate foil, nuclear grade zirconium, hafnium and beryllium materials, accelerate technological progress, improve product quality, and increase effective supply

according to the surface quality that can be directly used after demoulding, the rare earth industry development plan (2016-2020) was also released at the same time (hereinafter referred to as the plan). The plan proposes to continue to promote supply side structural reform guided by innovation drive, strengthen rare earth, if the technological research and development of an enterprise is the protection of life strategic resources, standardize the mining and production order of rare earth resources, effectively resolve the excess capacity including the smelting separation of carbon fiber cables and chairs and low-end applications, improve the level of intelligent manufacturing, expand high-end applications of rare earth, and improve the quality and efficiency of industry development, Give full play to the strategic value and supporting role of rare earth. The plan puts forward six key tasks, including "strengthening resource and ecological protection, promoting sustainable development", "supporting innovation system and capacity building, cultivating new drivers of industry", "promoting intensive and high-end development, adjusting and optimizing structure", "accelerating green and intelligent transformation, building a circular economy", "promoting the use of overseas resources, strengthening international cooperation", and "building a new value chain to achieve mutual benefit and win-win results", In the form of a column, six key projects were identified. As a special plan for the development of the rare earth industry during the 13th Five Year Plan period, the plan will scientifically guide the development of the rare earth industry and promote the whole rare earth industry to enter the middle and high end