The top 10 news in the amorphous alloy industry in 2022 are newly released

　　First, Zhongyan Amorphous has become a global supplier of comprehensive nanocrystalline application solutions. On April 15, 2022, a scientific research project led by Zhongyan Amorphous won the second prize of the Guangdong Provincial Science and Technology Progress Award. In the field of new energy vehicles and photovoltaic inverter EMC overall solutions, Zhongyan Amorphous has reached cooperation with domestic and foreign companies such as Germany's Bosch, Huawei, UMC, BYD, Delta Electronics Singapore Co., Ltd. and Japan's TOKIN. At present, Zhongyan Amorphous has become a global supplier of comprehensive application solutions for nanocrystalline materials.
　　Second, new progress has been made in research on amorphous soft magnetic composite materials and high-frequency properties. In 2022, the scientific research results published by the team of Professor Che Shenglei of Zhejiang University of Technology successfully prepared soft magnetic composite materials through the gradation method of sub-micron amorphous powder and micron ultra-fine powder, which provided a basis for the preparation and development of amorphous soft magnetic powder. The research and development of high-frequency amorphous soft magnetic composite materials provides new methods and ideas.
　　Third, the country’s first smart wireless charging station for electric bicycles was put on trial in Zhongguancun, Nanning, Guangxi. This smart wireless charging station for electric bicycles uses magnetic resonance, magnetic induction, wireless power transmission and other technologies. It can charge electric bicycles from a distance without the need for plug-in strips or chargers, and the charging efficiency is 10% higher than wired charging methods.
　　Fourth, the "Industrial Energy Efficiency Improvement Action Plan" supports the development of the amorphous industry chain. On June 29, 2022, the "Industrial Energy Efficiency Improvement Action Plan" jointly issued by the Ministry of Industry and Information Technology and six other departments proposed to strengthen the research and development of special amorphous motors and amorphous reactors and other motor core components, clarifying that their related technologies are new energy-saving technologies. At the same time, it requires increasing reserves, which has caused huge repercussions in the industry and will promote high-quality development of the industry.
　　Fifth, Haihong Electric has over 30,000 amorphous transformers running on the grid. In early July 2022, news came out from Haihong Electric that the company had more than 30,000 amorphous transformers in operation on the grid. It is reported that the company is at the forefront of the industry in research and development of amorphous three-dimensional coil transformers.
　　Sixth, the Chinese Academy of Sciences developed a metallic glass bionic 3D buckling structure. In 2022, Li Jinfeng, a postdoctoral fellow from Bai Haiyang's team at the Institute of Physics, Chinese Academy of Sciences/Beijing National Research Condition Physics Laboratory for Condensed Matter Physics, and others designed a 3D buckling structure of metallic glass, achieving magnetic control of the shape transformation of the Fe-based metallic glass mimosa biomimetic 3D structure. , is expected to be applied in the fields of medical devices such as vascular stents, vascular filters and micro holders. This has important scientific and technological significance for developing functional applications of metallic glasses.
　　Seventh, data will vigorously promote the use of amorphous alloy transformers. On August 11, 2022, the 22nd EPOWER All-Electric Exhibition, which opened in Nanjing, revealed that in order to promote the peak of data carbon, the use of amorphous alloy transformers will be vigorously promoted in power transformers. Taking a 10 kV, 2500 kVA dry-type transformer as an example, a Class 1 energy-efficient amorphous alloy transformer can save about 10,000 kWh of electricity per year, and 10,000 square meters of data can save 80,000 kWh of electricity per year.
　　Eighth, a new type of excellent soft magnetic amorphous-nanocrystalline transition state alloy was successfully developed. In 2022, the Songshan Lake Materials Laboratory and the Institute of Physics of the Chinese Academy of Sciences/Beijing National Research Institute of Condensed Matter Physics jointly published an article stating that through new composition design ideas, they successfully developed a structure between traditional amorphous alloys and nanometer alloys. New soft magnetic alloy materials between crystalline alloys. The material exhibits high saturation magnetic induction (up to 1.94 Tesla) and coercive force as low as 4.3 amperes per meter, changing the relationship between saturation magnetic induction and coercive force in iron-based amorphous nanocrystalline alloy systems. Mutually exclusive relationship.
　　Ninth, Yunlu Co., Ltd. has become a “unicorn” in the amorphous industry. Since 2018, the production and sales volume of amorphous strip produced by Yunlu Co., Ltd. has ranked first in the world for many consecutive years, and it has now become the "unicorn" of the amorphous industry. In 2008, Yunlu Co., Ltd. started the research and development of amorphous alloy thin strips. After more than 10 years, it has invested hundreds of millions of yuan in total, and finally realized the industrialization of amorphous alloy thin strips and successfully replaced imports.
　　Ten is that Antai Technology’s ultra-thin nanocrystalline materials have entered the third generation of semiconductors. On December 13, 2022, Antai Technology announced that the company received support from the Ministry of Science and Technology's "14th Five-Year Plan" National R&D Plan "Functional and Intelligent Materials" and successfully applied for the 2022 Ministry of Science and Technology Special Project-High Frequency for Third-Generation Semiconductor Applications The soft magnetic materials (common key technology) project marks Antai Technology’s official entry into the third-generation semiconductor industry with its ultra-thin nanocrystalline materials.