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What is dysprosium oxide used for?
Understanding Dysprosium Oxide Dysprosium oxide is a white crystalline powder with strong magnetism, 12.8 times that of ferric oxide. Relative density 7.81 (27/4℃), melting point 2391℃. Insoluble in water, soluble in acid to form dysprosium salt solution of the correspon...Read more -
Rare earths, a major breakthrough!
A major breakthrough in rare earths. According to the latest news, the China Geological Survey under the Ministry of Natural Resources of China has discovered a super-large-scale ion-adsorption rare earth mine in the Honghe area of Yunnan Province, with potential resources of 1.15 million tons...Read more -
What is rare earth dysprosium oxide?
Dysprosium oxide (chemical formula Dy₂O₃) is a compound composed of dysprosium and oxygen. The following is a detailed introduction to dysprosium oxide: Chemical properties Appearance: white crystalline powder. Solubility: insoluble in water, but soluble in acid and etha...Read more -
Barium Extraction Process
Preparation of barium Industrial preparation of metallic barium includes two steps: preparation of barium oxide and preparation of metallic barium by metal thermal reduction (aluminothermic reduction). Product Barium CAS No 7647-17-8 Batch No. 16121606 Quantity: 1...Read more -
Introduction to the uses and application fields of barium
Introduction The content of barium in the earth's crust is 0.05%. The most common minerals in nature are barite (barium sulfate) and witherite (barium carbonate). Barium is widely used in electronics, ceramics, medicine, petroleum and other fields. ...Read more -
Export Zirconium tetrachloride（ZrCl4）cas 10026-11-6 99.95%
What are the uses of zirconium tetrachloride? Zirconium tetrachloride (ZrCl4) has various applications, including: Preparation of Zirconia: Zirconia tetrachloride can be used to prepare zirconia (ZrO2), which is an important structural and functional material with ex...Read more -
Zirconium tetrachloride (CAS No.: 10026-11-6) is an important inorganic compound
Zirconium tetrachloride is an important inorganic compound. The following is a detailed introduction to zirconium tetrachloride: 1. Basic information Chinese name: Zirconium tetrachloride English name: Zirconium tetrachloride , Zirconium chloride (IV) English alias: Zirconium (4+) tetrachlori...Read more -
What is barium, what is barium used for and how to test it？
In the magical world of chemistry, barium has always attracted the attention of scientists with its unique charm and wide application. Although this silvery-white metal element is not as dazzling as gold or silver, it plays an indispensable role in many fields. From precision instruments in scie...Read more -
Rare Earth Carbonate
Lanthanum carbonate Appearance: colorless granular crystals Specifications: TREO: ≥45%; La2O3/REO: ≥99.99%; Applications: lanthanum tungsten, lanthanum molybdenum cathode materials, three-way catalysts, petrochemicals, gas lamp shade additives, hard alloys, refractory metals and other industri...Read more -
What is holmium element?
1. Discovery of holmium Elements After Mosander separated erbium and terbium from yttrium in 1842, many chemists used spectral analysis to identify them and determined that they were not pure oxides of an element, which encouraged chemists to continue to separate them. After separating ytterbiu...Read more -
What is holmium oxide and what is holmium oxide used for?
Holmium oxide, also known as holmium trioxide, has the chemical formula Ho2O3. It is a compound composed of the rare earth element holmium and oxygen. Together with dysprosium oxide, it is one of the strongest known paramagnetic substances. Holmium oxide is a component of erbium oxide minerals. I...Read more -
What is lanthanum carbonate used for?
Lanthanum carbonate is a white powder that plays an important role in various industrial applications due to its unique chemical properties. The compound has a TREO (total rare earth oxide) content of ≥ 45% and a La2O3/REO (lanthanum oxide/rare earth oxide) content of ≥ 99.99%, which is of high v...Read more