DYSPROSIUM OXIDE DY66

A valuable material with unique properties.

Dysprosium Oxide belongs to the group of rare earths. In 2018, for example, global refined product production consisted of just one cube with an edge length of approx. 49 m and a weight of 1,000 tons. The very limited natural occurrence of dysprosium oxide worldwide, which is limited to a few mining areas, stands in stark contrast to the existing and only increasing industrial demand in the future. The supply gap for dyprosium is most pronounced at around 280%. In the long run, the imbalance between supply and demand is likely to remain a serious problem.

Dysprosium oxide was discovered by Paul-Émile Lecoq de Boisbaudran.

Special properties:Paramagnetic material, high melting point and thermal stability, highly reactive
Application areas:Automotive electric motors, renewable energy, laser materials, radiation meters, materials testing equipment, magnets, electric capacitors
Future Technologies:Automotive electric motors, renewable energy

PROPERTIES

VALUE

item category

lanthanides

thermal conductivity

10.7 W/(m⋅K)

electric conductivity

1.08*10(6)A/(V*m)

density

7.80 g/cm3

melting point

2.408°C

boiling point

2.562°C

Dysprosium Oxide is a rare earth metal compound with several unique properties that make it useful for a variety of high-tech applications. The unique properties of dysprosium oxide make it a valuable material for a range of high-tech applications, most notably the manufacture of high-strength magnets used in electric vehicles, wind turbines and other emerging technologies.

Rhenium is preferably used in high-temperature applications, e.g. B. in catalysts for oil refineries and in the manufacture of rockets and aircraft engines. In addition, rhenium is easily processed to make thermocouples and filaments in lamps and X-ray tubes. In a study by the Institute for Future Studies and Technology Assessment (IZT), rhenium was classified in the highest criticality zone. Rhenium is considered to be much rarer than the major precious metals, but industrial demand is steadily increasing and there are no prospects of substitution by other metals. Aircraft manufacturers Boeing and Airbus are forecasting that demand will double by 2030.

Dysprosium oxide is a rare earth element used primarily for the production of high-strength magnets, particularly for electric vehicles and wind turbines. As with other rare earth metals, demand for dysprosium oxide is influenced by a number of factors, including supply and demand dynamics, technological advances, and economic conditions. Below are some trends that have affected the price of dysprosium oxide in the past: Supply dynamics: dysprosium is a rare earth metal, and its production is concentrated in a few countries, such as China, which accounts for the majority of global production. Any disruption in the supply chain, such as production cuts, export restrictions, or geopolitical tensions, can affect the availability of dysprosium and drive up prices. Technological advances: demand for dysprosium oxide is largely driven by the growing market for electric vehicles and wind turbines, which require high-strength rare earth magnets. Technological advances and innovations in these industries may increase demand for dysprosium and other rare earth metals. Economic Conditions: As with other metals and commodities, the price of dysprosium oxide can be affected by economic conditions such as inflation, exchange rates, and market volatility. Economic growth and increasing demand for consumer electronics and other products that use rare earth metals can also drive prices higher. Overall, the price of dysprosium oxide is subject to a number of complex and intertwined factors, and its movement can be difficult to predict in the short term. However, investors and analysts often look to economic indicators, supply dynamics, and technological advances for insight into the future direction of the dysprosium oxide price.