Vanadium-aluminum alloys are intermediate alloys, mainly used as intermediate alloys for making titanium alloys, high-temperature alloys and as elemental additives for certain special alloys.
Vanadium-aluminum alloy is an advanced alloy material widely used in aerospace field, with high hardness, elasticity, seawater resistance and lightness, which is used to make seaplanes and water gliders. Only a few countries in the world, such as the United States and Germany, have achieved industrialized production. Pangang scientific and technological personnel in the development of vanadium-aluminum alloys, breakthroughs in foreign production processes and analysis and testing, through a large number of experiments and research, the establishment of a complete, good precision, a wide range of detection, simple and fast and easy to operate the chemical composition of vanadium-aluminum alloy analysis and testing method protocols, able to accurately determine the vanadium-aluminum alloys of vanadium and aluminum in the main elements, as well as carbon, sulfur, silicon, manganese and other more than 10 trace impurity elements, well to meet the process of technology and technology, and to ensure that the vanadium-aluminum alloys of the main elements of the production process. It can accurately determine the main element vanadium and aluminum in vanadium-aluminum alloy, as well as more than 10 trace impurities such as carbon, sulfur, silicon, manganese, etc., which can meet the needs of process research, production and product quality control. Pangang Steel Research Institute and Pan Hong Company have successfully smelted products with chemical composition up to the technical standards of Germany and the United States and with lower cost by applying this research result, and are advancing in the direction of industrialization.