Recently, DGYA Advanced New Materials Technology Group and the State Key Laboratory of New Metal Materials of the University of Science and Technology Beijing have reached a cooperation to jointly carry out the smelting technology, composition research and development, performance testing and optimization of new amorphous and high-entropy alloy materials, and the development of related metallurgy and molding equipment And other aspects of research and development.
DGYA is a new high-tech company specializing in technological development, industrial incubation and product production and sales of new amorphous and high-entropy alloy materials. The products serve the "three major power" industries of China and international aerospace, rail transit, and new energy vehicles, and vigorously explore the demand market for high-end equipment parts in the fields of aerospace, rail transit, new energy vehicles, national defense and military industry. With industry-leading new material molding equipment and supporting R&D testing and analysis experimental platform, it has a strong ability to transform scientific and technological achievements into industries.
The National Center for New Materials of Beijing University of Science and Technology was approved by the state in 1990. Relying on the construction of University of Science and Technology Beijing, based on the frontiers of metal materials disciplines and the major needs of the national economy, it carries out frontier exploration and application foundations for the purpose of research and development of new metal materials and upgrading of traditional materials. the study. After continuous development and optimization and adjustment, the current main research directions and contents are:
(1) Basic research on the application of frontier metal materials, mainly including new metal structural materials such as intermetallic compounds, amorphous/high-entropy alloys, and high-temperature alloys;
(2) Basic research on the application of new functional materials, including electrical, magnetic, acoustic, optical, thermal and other functional materials and devices;
(3) Basic research on the application of advanced steel materials, including innovative design of high-performance steel materials, organization-performance relationship, green manufacturing, service behavior and application;
(4) New processes and new technologies for material preparation, including new principles, new technologies, new processes and equipment research and development for high-end key metal materials preparation;
(5) Material genetic engineering technology and application, build a new model of material research and development that deeply integrates "rational design-efficient experiment-big data technology", and form application-oriented full-chain innovation capabilities.
The partner of this cooperation is Professor Zhang Yong of New Materials Guozhong of Beijing University of Science and Technology. He is the first leading expert in the research of bulk amorphous and high-entropy alloys in China, and he is engaged in the research and industrial application of new amorphous and high-entropy alloy materials. Many major achievements have been made in this regard, and the key technologies for the industrialization of many new amorphous alloy materials have been solved, which has greatly promoted the industrial application of new bulk amorphous and high-entropy alloy materials. In recent years, Professor Zhang Yong has given DGYA great support in the development of new metal materials and the transformation of scientific and technological achievements, and has become a distinguished senior technical consultant of DGYA.
At present, DGYA has successfully applied for a number of government-approved science and technology projects in cooperation with Professor Zhang Yong. At the same time, Professor Zhang Yong's careful guidance has also cultivated a large number of backbone R&D personnel for DGYA, and strengthened the R&D strength.
With the help of this cooperation, DGYA will work with the team of Professor Zhang Yong of New Materials of Beijing University of Science and Technology to further develop in-depth research and development in the field of new metal materials, focusing on the market and national development needs, and focusing on the smelting technology of new amorphous and high-entropy alloy materials , Composition research and development, performance testing and optimization, related metallurgy and forming equipment development, including: using the principle of three-dimensional balanced growth to develop new types of amorphous alloys, high-entropy cemented carbides, and amorphous high-entropy fibers used in electronics and electrical appliances. Degradable biomedical magnesium alloys, etc., jointly promote the transformation of scientific and technological achievements and industrial applications of new amorphous and high-entropy alloy materials.