[China Packaging Network News] The Ministry of Industry and Information Technology recently stated at the press conference that the revitalization of the real economy, the acceleration of the implementation of “Made in China 2025â€, and the cultivation and development of strategic emerging industries have not only brought new markets for new material industry development, but also made new The development of the material industry puts forward higher requirements. The Ministry of Industry and Information Technology will step up the implementation of various tasks in accordance with the deployment of the National New Materials Industry Development Leading Group. In conjunction with the Ministry of Finance and the China Insurance Regulatory Commission and other departments, the first batch of new materials using the insurance compensation mechanism pilot projects to promote the implementation of "key new materials R & D and application" of major projects, focused on breaking through a number of strategic key materials.
As one of China's seven strategic emerging industries, new materials are the industrial foundation for the transformation and upgrading of the entire manufacturing industry. All along, China attaches great importance to the development of the new material industry and has issued many measures to promote the development of new material industries. In recent years, with the rapid development of the domestic economy, the demand for downstream consumer goods such as electronics, automobiles, and construction has gradually increased, and the demand for new materials in the domestic market has also continued to increase. Due to the huge consumer market in China, many new material-related companies have actively deployed in this field in recent years. With the support of policies and the participation of enterprises, there is ample room for growth in the future of new materials in China.
The high barriers to the new materials industry have brought about stable and high profitability. The growth companies with high-quality, endogenous growth in the industry have continued to develop new products, and the upstream and downstream industrial chain extension has led to high growth. The selection of targets for the new material industry follows the factors such as large industry space and clear corporate strategy.
ã€The Four New Materials Fields Are Most Watched】
Graphene
On September 8, the world's first graphene-based lithium-ion battery product, "King Wang," launched by Dongxu Optoelectronics, was officially launched at the Shanghai Nano Center. The product can be quickly charged in 15 minutes, with excellent high and low temperature performance and ultra Long service life. This indicates that China's graphene has entered a new stage in the application of new energy.
The graphene material has the characteristics of high conductivity, high toughness, high strength, large specific surface area, etc. At present, it has obtained a large number of research results and applications in various fields. In the future, graphene will be widely used in electronics, optics, magnetism, biomedicine, catalysis, energy storage, and sensors. In recent years, touch screens and composite materials have become two of the fastest growing areas of graphene industrialization. Graphene products in this area have become more mature and have initially entered the industrialization stage.
The agency believes that graphene has extremely high performance in other dimensions such as electricity, heat, light, and force. With the continuous development of various applications at the downstream end, graphene will become one of the most explosive new materials.
carbon fiber
Carbon fiber as a new material is entering into a rapid application period from a growth stage. The future major application areas are in aerospace, wind power blades, transportation, etc. It is expected that 70% will be applied in the industrial field and 15% to 300% in the entertainment and entertainment fields. %. According to academician Du Shanyi, small tow carbon fiber is used in the aerospace field, and large tow is mainly used for civil use.
Automobiles are widely viewed as a promising area for carbon fiber applications. BMW already uses carbon fiber on A3. In China, Zhongfu Shenying participated in the “integrated development technology for light-weight pure electric cars†of Changan Automobile; AVIC composite materials and BYD co-developed “carbon fiber front hatchesâ€, and the first products have been delivered, compared with traditional steel engines. Than the weight loss of more than 60%. In 2015, the country’s first carbon fiber new energy electric vehicle has been off the assembly line in Jiangsu and a 20,000 production line has been built.
3D printing
3D printing is a disruptive and innovative technology. It was called by the American Science Foundation as the most important manufacturing technology innovation in the 20th century. The McCarthy report listed 12 technologies that have a disruptive impact on human life, with 3D printing ranked ninth ahead of new materials and shale gas. The McCarthy report predicts that 3D printing will reach around $1 trillion in benefits worldwide in 2030. The McCarthy report in 2015 moved this process forward again, and believes that additive manufacturing will achieve US$550 billion in benefits by 2020.
According to forecasts, global sales in 2016 will increase to 7.3 billion U.S. dollars, and in 2018 this figure will be 12.7 billion U.S. dollars. By 2020, the market is expected to reach 21.2 billion U.S. dollars. Li Peixue, chairman of Sandi Space & Time, predicted that in 2018, the domestic output value had exceeded 100 billion yuan. In the coming years, the 3D printing market in China will still maintain a growth rate of around 40%.
At present, 3D printing technology is widely used in mold manufacturing, industrial design and other fields. In recent years, the application of 3D printing technology has gradually evolved from the initial scientific research to industrial, automotive, aerospace and other areas, especially in the medical and educational fields.
Superconductivity
Superconductivity is a special phenomenon manifested by a substance at a low temperature, which is mainly manifested by the fact that the resistance completely disappears at a certain temperature, usually at a certain temperature, it becomes zero resistance, the conduction does not have any resistance, no resistance, and diamagnetic, The market potential of superconducting technology is huge.
From the point of view of product type, superconductivity is classified into low temperature superconductivity and high temperature superconductivity. Among them, the application of low temperature superconductivity is the most extensive. As technology continues to improve, the demand for high-temperature superconductivity will continue to increase. From the application perspective, magnetic resonance imaging will become the area with the most application requirements. In addition, electronic and electrical will become the fastest growing field of superconducting technology.
Data show that last year the global superconducting technology market reached 1.8 billion U.S. dollars. It is expected that by 2022, the market size will increase to 5.8 billion U.S. dollars, and the average annual compound growth rate will reach 12.8%. Among them, the increase in demand in industries such as commerce, healthcare, and electricity is the main reason for the rapid growth of the market.