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Analysis of key technologies of new materials New materials refer to newly emerged materials with excellent performance or special functions, or materials with significantly improved performance or new functions after the improvement of traditional materials
.
According to China's classification of new materials, it can be divided into advanced basic materials, key strategic materials and cutting-edge new materials
.
——Key technologies of
advanced materials.
Advanced basic materials mainly include advanced steel materials, non-ferrous metal materials, advanced petrochemical materials, advanced building materials, advanced light industrial materials, etc.
The key technologies mainly include clean refining technology, key green preparation technologies, and bio-based materials.
synthetic rubber technology, building materials industry intelligent manufacturing technology
.
——Key materials, key technologies,
key strategic materials mainly include special alloys for high-end equipment, high-performance separation membrane materials, high-performance fibers and composite materials, new energy materials, etc.
The key technologies mainly include low-cost large-scale production technology of high-temperature alloys, and Fourth-generation powder, single crystal, lattice materials, and other key technologies for new generation superalloys, and independent manufacturing technologies for special steel and corrosion alloy components for deep-sea engineering
.
——The key technologies of
cutting -edge new materials The key technologies of cutting-edge new materials mainly include 3D printing materials, superconducting materials, intelligent bionic materials, graphene materials, etc.
The key technologies are mainly cost-effective titanium alloy powder preparation technology, 3D printing spherical metal powder atomization milling technology, low-cost high-performance superconducting wire bundle drawing plastic working technology, separate control and bionic bioadhesive material preparation techniques a large area, and a coating bonding the graphene scale preparation technology
.
The United States, Japan and Europe are in the first echelon of new material technology.
In recent years, major countries and regions around the world have actively deployed new material industries and paid attention to the research and development of new material technologies, especially the United States, Japan, Russia, South Korea, etc.
.
China is also actively promoting the research and development of local new material technology.
In the formulation of "Made in China 2025", new materials are identified as a strategic priority area, and it is proposed to accelerate the research and development of key technologies and equipment technologies for the preparation of new materials
.
However, as a whole, the current global leading companies in new material technology are mostly concentrated in the United States, Japan and Europe.
These three countries and regions are in a leading position in the world in new material technology and are in the first echelon
.
South Korea, Russia, and China are leading the world in certain specific fields of new materials and are in the second echelon
.
The third tier is Brazil, India and other countries, and is currently struggling to catch up
.
Technologies such as "display, lithium, light, carbon, and special plastics" are in the growth stage.
From the perspective of the development of subdivision products, the current new material technologies such as polysilicon materials, modified plastics, and rare earth fluorescent materials have matured, and there is more room for technological breakthroughs.
Less
.
New material technologies such as semiconductor materials, water treatment membranes, and glass fibers are relatively mature
.
New material technologies such as self-healing materials, metamaterials, liquid metals, memory alloys, and graphene are currently in the concept stage; new material technologies such as biomaterials, superconducting materials, 3D printing materials, and aerogels are in the introduction period; and New material technologies such as OLED display materials, lithium battery materials, light curing materials, carbon fibers, and special plastics have continuously achieved breakthroughs in recent years, and are currently in the growth stage
.
The epidemic has not affected the breakthrough in global new materials technology The
2020 global epidemic has not affected the
breakthrough in global new materials industry technology .
The "Top Ten Technological Breakthroughs in the Global New Material Industry in 2020" are mainly from the United States, Russia, and Switzerland.
The breakthrough technologies include ultra-wide bandgap semiconductor gallium oxide, carbon hydrogen sulfide materials, and super steel .
The specific situation is as follows:
Development trend: Integration with information technology, lightweight and intelligent multi-research results show that advanced information technologies such as machine learning and quantum computing can bring about huge changes in scientific research paradigm, and increase the speed of new materials research and development by hundreds of times and thousands of times.
Times
.
In the future, with the rapid development of advanced information technologies such as AI technology, big data, supercomputers, and quantum computing, new materials will be further integrated with information technology in the future
.
At the same time, in the context of global "carbon neutrality", lightweight will also become one of the trends in the development of new material technology
.
In 2020, 4M Carbon Fiber Company of the United States and Montefibre Company of Spain will cooperate to produce low-cost industrial-grade carbon fiber
.
In addition, as the Internet of Things, Industrial Internet, Internet of Everything and other industries land, new material technologies will also develop in the direction of intelligence, and smart material technologies such as self-healing materials, adaptive materials, new sensor materials, 4D printing materials, etc.
will emerge in large numbers
.
The above data comes from the "In-depth Research and Investment Strategic Planning Analysis Report of China's New Materials Industry" by the Qianzhan Industry Research Institute.
At the same time, the Qianzhan Industry Research Institute provides industrial big data, industrial planning, industrial declaration, industrial park planning, industrial investment promotion, and IPO fundraising.
Solutions such as feasibility study and prospectus writing
.
.
According to China's classification of new materials, it can be divided into advanced basic materials, key strategic materials and cutting-edge new materials
.
——Key technologies of
advanced materials.
Advanced basic materials mainly include advanced steel materials, non-ferrous metal materials, advanced petrochemical materials, advanced building materials, advanced light industrial materials, etc.
The key technologies mainly include clean refining technology, key green preparation technologies, and bio-based materials.
synthetic rubber technology, building materials industry intelligent manufacturing technology
.
——Key materials, key technologies,
key strategic materials mainly include special alloys for high-end equipment, high-performance separation membrane materials, high-performance fibers and composite materials, new energy materials, etc.
The key technologies mainly include low-cost large-scale production technology of high-temperature alloys, and Fourth-generation powder, single crystal, lattice materials, and other key technologies for new generation superalloys, and independent manufacturing technologies for special steel and corrosion alloy components for deep-sea engineering
.
——The key technologies of
cutting -edge new materials The key technologies of cutting-edge new materials mainly include 3D printing materials, superconducting materials, intelligent bionic materials, graphene materials, etc.
The key technologies are mainly cost-effective titanium alloy powder preparation technology, 3D printing spherical metal powder atomization milling technology, low-cost high-performance superconducting wire bundle drawing plastic working technology, separate control and bionic bioadhesive material preparation techniques a large area, and a coating bonding the graphene scale preparation technology
.
The United States, Japan and Europe are in the first echelon of new material technology.
In recent years, major countries and regions around the world have actively deployed new material industries and paid attention to the research and development of new material technologies, especially the United States, Japan, Russia, South Korea, etc.
.
China is also actively promoting the research and development of local new material technology.
In the formulation of "Made in China 2025", new materials are identified as a strategic priority area, and it is proposed to accelerate the research and development of key technologies and equipment technologies for the preparation of new materials
.
However, as a whole, the current global leading companies in new material technology are mostly concentrated in the United States, Japan and Europe.
These three countries and regions are in a leading position in the world in new material technology and are in the first echelon
.
South Korea, Russia, and China are leading the world in certain specific fields of new materials and are in the second echelon
.
The third tier is Brazil, India and other countries, and is currently struggling to catch up
.
Technologies such as "display, lithium, light, carbon, and special plastics" are in the growth stage.
From the perspective of the development of subdivision products, the current new material technologies such as polysilicon materials, modified plastics, and rare earth fluorescent materials have matured, and there is more room for technological breakthroughs.
Less
.
New material technologies such as semiconductor materials, water treatment membranes, and glass fibers are relatively mature
.
New material technologies such as self-healing materials, metamaterials, liquid metals, memory alloys, and graphene are currently in the concept stage; new material technologies such as biomaterials, superconducting materials, 3D printing materials, and aerogels are in the introduction period; and New material technologies such as OLED display materials, lithium battery materials, light curing materials, carbon fibers, and special plastics have continuously achieved breakthroughs in recent years, and are currently in the growth stage
.
The epidemic has not affected the breakthrough in global new materials technology The
2020 global epidemic has not affected the
breakthrough in global new materials industry technology .
The "Top Ten Technological Breakthroughs in the Global New Material Industry in 2020" are mainly from the United States, Russia, and Switzerland.
The breakthrough technologies include ultra-wide bandgap semiconductor gallium oxide, carbon hydrogen sulfide materials, and super steel .
The specific situation is as follows:
Development trend: Integration with information technology, lightweight and intelligent multi-research results show that advanced information technologies such as machine learning and quantum computing can bring about huge changes in scientific research paradigm, and increase the speed of new materials research and development by hundreds of times and thousands of times.
Times
.
In the future, with the rapid development of advanced information technologies such as AI technology, big data, supercomputers, and quantum computing, new materials will be further integrated with information technology in the future
.
At the same time, in the context of global "carbon neutrality", lightweight will also become one of the trends in the development of new material technology
.
In 2020, 4M Carbon Fiber Company of the United States and Montefibre Company of Spain will cooperate to produce low-cost industrial-grade carbon fiber
.
In addition, as the Internet of Things, Industrial Internet, Internet of Everything and other industries land, new material technologies will also develop in the direction of intelligence, and smart material technologies such as self-healing materials, adaptive materials, new sensor materials, 4D printing materials, etc.
will emerge in large numbers
.
The above data comes from the "In-depth Research and Investment Strategic Planning Analysis Report of China's New Materials Industry" by the Qianzhan Industry Research Institute.
At the same time, the Qianzhan Industry Research Institute provides industrial big data, industrial planning, industrial declaration, industrial park planning, industrial investment promotion, and IPO fundraising.
Solutions such as feasibility study and prospectus writing
.
