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1️⃣ The Strategic Value of Rare Earths Becomes Prominent Rare earths are hailed as "industrial vitamins" and a "treasure trove of new m

🧲 What are Rare Earths? Rare earths refer to 17 elements, with "rare" signifying their difficulty in extraction. They are widely used in al

Classification by Performance: (1) High-Purity Yttrium Oxide Ceramics In the field of electronic engineering, the purity requirements for materials ar

Rare earth fluorides, due to their unique physicochemical properties, have become important matrices for preparing up/down conversion luminescent mate

Currently, there are three main processes for producing alumina worldwide: the Bayer process, the sintering process, and the Bayer-sintering combined

1. Background Lithium metal batteries are considered an ideal candidate for next-generation batteries due to their high energy density. Lithium-rich m

Nano-Samarium Oxide , also known as nano-Samarium Trioxide, is an inorganic chemical product with either body-centered cubic or monoclinic crystal sys

Resource Distribution: China controls 92% of global samarium oxide production capacity (North China's rare earth production reached 1,870 tons in

Praseodymium oxide price fluctuations reflect the dynamics of the global green transition: Supply and Demand Imbalance: In July 2025, the price of pra

Scratches, oxide layers or blurred marks on the surface of a windshield can be effectively repaired by polishing with cerium oxide to restore its ligh

Solid state battery electrolyte: Nano alumina coating (5-10 nm) modified garnet type solid electrolyte reduces interface impedance by 60% and extends

1. Preparation of industrial grade alumina (purity 98-99.5%) Bayer process: Core process: Bauxite (containing Al ₂ O ∝ 40-60%) → Caustic sod