English 
Spanish 
3 min read
0 comments
The metals are oboniobite and scandio-fluoro-eckermannite and both promise to revolutionize high-technology and defense industries on the planet
In the vast and little explored Inner Mongolia, a group of Chinese geologists made a discovery that could transform several global industries. During exploration in the Bayan Obo, known for its abundance of mineral elements rare Lands, two new metals were identified: oboniobite and scandio-fluoro-eckermannite. These rare metals have unique properties, essential for advanced technological applications and defense. This finding not only represents a scientific milestone, but also promises to be a catalyst for emerging technological innovations, according to the antagonist.
What are the new discovered minerals?
A oboniobite, belonging to the family of niobium, It has a color that varies from yellow to brown and forms in plaques measuring up to 100 micrometers. This metal is extremely resistant and has high durability. Scandio-fluoro-eckermannite, from the scandium family, displays a shade between pale yellow and light blue, forming columnar structures that can reach 350 micrometers. This mineral is particularly notable for being the first containing scandium discovered in China, highlighting its rarity and value.
Importance of rare metals for technology and industry
Rare earth elements, such as niobium and scandium, are crucial for various industrial and technological applications. Niobium, for example, is essential in production of special steels and superconductors, materials that are fundamental for building more robust and efficient infrastructures. On the other hand, scandium is essential in aluminum-scandium alloys, widely used in the aerospace industry for the manufacture of lightweight and resistant components, in addition to their use in solid oxide fuel cells.
- Almost infinite supply of “Blue Gold” discovered in Brazil, an essential resource for the development of new technologies that attracts global investors
- Kuwait makes HISTORY with gigantic oil discovery: 950 million barrels in territorial waters!
- Mobile Platform JingJin: The revolution in mobile filtration to reduce risks, costs and environmental impacts in Brazilian mining
- Japan has discovered enough cobalt and nickel reserves to meet its mining needs for the next 90 years, and the most incredible thing is where they are located
Impact of discovery on technological development
With the introduction of these new rare metals into the market, it is expected that sectors such as defense, energy and aerospace experience significant advances. The ability to develop more efficient and corrosion-resistant materials could result in substantial improvements in sustainable technologies. For example, the production of more powerful magnets for electric vehicles and wind energy turbines could be greatly benefited. Therefore, this discovery represents an important step towards the future of global technology, providing new tools to face the challenges of a world in constant technological evolution.
Confirmation and repercussions of the discovery
A International Mineralogical Association confirmed the identification of oboniobite and scandio-fluoro-eckermannite, marking a significant moment for the scientific community. This confirmation not only strengthens the economic potential of mining in the region, but also underlines the continued importance of geological research in discovering valuable natural resources. Furthermore, the mining company responsible for operating the Bayan Obo is already preparing to scale up production of these rare metals, anticipating a positive impact on economic growth and global technological development.
The discovery of these rare metals in Mongolia is not only a scientific breakthrough, but also a promise of innovation and progress for several industries. With the oboniobite and scandio-fluoro-eckermannite, We are facing a future where technologies can be more efficient and sustainable, highlighting the importance of mining and continuous research into rare earths for global development.
