Rare Earth Oxide

White 99% Neodymium Oxide For Aerospace Materials Neodymium Oxide is a highly insoluble thermally stable neodymium source suitable for glass, optic and ceramic applications. Primary applications include lasers, glass coloring and tinting, and dielectrics. When neodymium hydroxide or neodymium nitride is burned in air, neodymium oxide is formed. 7,000 metric tons of neodymium oxide are produced globally each year. Oxide compounds are not conductive to electricity. However,

Factory supply 2-3 micron yttrium oxide Yttria (yttria) is a highly insoluble and thermally stable source of yttria, which is suitable for glass, optical and ceramic applications. Oxides do not conduct electricity. However, some perovskite structure oxides are conductive and have been widely used in the cathode of solid oxide fuel cells and oxygen generation systems. They are compounds containing at least one oxygen anion and one metal cation. They are usually insoluble in

Ultrafine Cerium Oxide glass industry additives It is used as an additive in the glass industry and as a grinding material for plate glass. At present, it has been expanded to the grinding of spectacle glass, optical lens and picture tube. It plays the role of decolorization, clarification, ultraviolet and electronic line absorption of glass. 【Application】 Glass industry 【Specification】 NameUltra CeO2_3N5Ultra CeO2_3NMolecular formulaCeO2CeO2CAS1306-38-31306-38-3Total rare

Ultrafine Gadolinium Oxide for semiconductor The medical device industry can achieve the same effect as the original 200 Max Light machine when it is used as sensitizing fluorescent material. It is used as additive of optical prism, gadolinium, magnetic bubble and neutron control material of nuclear fuel element in atomic energy industry. 【Application】 Ultrafine Gadolinium Oxide for semiconductor. 【Specification】 NameUltra Gd2O3_4NUltra Gd2O3_3NMolecular formulaGd2O3Gd2O3CAS1

Ultrafine Rare Earth Oxide Cerium Oxide For Glass Manufacturing Rare earth ions have a stable and bright color at high temperature, which are used to make glasses of various colors by mixing them into the liquid. Neodymium, praseodymium, erbium, cerium and other rare earth oxides are excellent glass colorants. When the transparent glass with rare earth colorants absorbs visible light at 400-700 nm, it shows beautiful color. These colored glass can be used to make the

Small particle size Lanthanum oxide for electronic ceramics manufacturing Lanthanum oxide is an odorless, white solid that is insoluble in water, but soluble in dilute acid. Depending on the pH of the compound, different crystal structures can be obtained.[citation needed] La2O3 is hygroscopic; under atmosphere, it absorbs moisture over time and converts to lanthanum hydroxide. Lanthanum oxide has p-type semiconducting properties and a band gap of approximately 5.8 eV..Its

Cerium oxide powder near me for sun protection Single cerium oxide has high oxidation activity, which is not widely used in sunscreen cosmetics. The nano cerium oxide doped with Ca and Zn ions produced by our company greatly reduces the oxidation activity of cerium oxide through the solid solution of metal ions. Compared with the common inorganic UV Shielding Agents titanium oxide and zinc oxide UV, the color of metal solid solution nano ceria is close to the skin color, fine

30nm nano yttrium oxide Yttrium oxide is suitable for use in many special applications such as refractory field. In the refractory field, the application range includes use as a compound for applications that require stability at high temperatures. For example, they can be made for graphite in nuclear technology as coating material. Because yttrium oxide forms a solid solution with uranium oxide, it is also employed as a diluting agent of uranium oxide for nuclear fuel rods.

Small particle size yttrium oxide Yttria (yttria) is a highly insoluble and thermally stable source of yttria, which is suitable for glass, optical and ceramic applications. Oxides do not conduct electricity. However, some perovskite structure oxides are conductive and have been widely used in the cathode of solid oxide fuel cells and oxygen generation systems. They are compounds containing at least one oxygen anion and one metal cation. They are usually insoluble in aqueous

Rare earth powder near me of far infrared fluorescent powder The luminous intensity of rare earth far-infrared up conversion luminous materials is two orders of magnitude higher than that of other similar luminous materials. It can be used for infrared laser detection board, anti-counterfeiting ink and plastic film. It can be combined with laser holographic anti-counterfeiting logo to play a comprehensive anti-counterfeiting role. 【Application】 It is directly used in aqueous

Neodymium Fluoride NdF3 For Detector Scintillator Neodymium fluoride is a white purplish red powder, insoluble in water, hydrochloric acid, nitric acid and sulfuric acid, but soluble in perchloric acid,NH4FNdF3 insoluble double salt is formed with ammonium fluoride. The preparation method is to add hydrofluoric acid to neodymium salt solution, or to prepare hydrated neodymium fluoride from neodymium hydroxide and hydrofluoric acid, and then to get neodymium fluoride by vacuum

Silicone stopper heat stabilizers powder Cerium oxide can reduce the content of prothrombin, inactivate it, inhibit the production of thromboplastin, precipitate fibrinogen and catalyze the decomposition of phosphate compounds. It is capable of withstanding temps up to 315 Celsius for at least 20 minutes and holds up to most chemicals. Made of silicone, it is a material widely used in the fields of architecture, electronics and electricity, automobile,etc. 【Application】 It is

Cerium(IV) Hydroxide Ce(OH)4 For Exhaust Gas Purification Catalyst Cerium hydroxide is light yellow or brownish yellow powder, insoluble in water and weak acid, soluble in concentrated acid, and generates corresponding salt. Absorbing carbon dioxide in the air to produce cerium carbonate. The mixed light rare earth ores were roasted by sodium carbonate and leached by dilute sulfuric acid to obtain the leach solution of rare earth sulfate. Potassium permanganate and borax were

Ultrafine Lanthanum Oxide medical image display It is mainly used for making cameras, microscopes, all kinds of optical glass components and optical fiber, which can improve the refractive properties. It can also be used in electronic ceramic industry and catalyst preparation. The precursor of LAMOX fast ionic conductor and superconductor. 【Application】 Ultrafine Lanthanum Oxide medical image display 【Specification】 Name Ultra La2O3_4N Ultra La2O3_3N Molecular formula La2O3

Cerium acetate is a white snowflake solid, soluble in water, deliquescence easily in humid air. The preparation method: generally, cerium carbonate reacts with acetic acid to make a solution and then concentrate and crystallize it. 【Application】 1.It is suitable for ceramics manufacturing. 2.It is resistant to many reactive molten metals such as titanium or uranium. 3.For producing of multilayer ceramic capacitors,

Cerium oxide powder near me for sun protection Single cerium oxide has high oxidation activity, which is not widely used in sunscreen cosmetics. The nano cerium oxide doped with Ca and Zn ions produced by our company greatly reduces the oxidation activity of cerium oxide through the solid solution of metal ions. Compared with the common inorganic UV Shielding Agents titanium oxide and zinc oxide UV, the color of metal solid solution nano ceria is close to the skin color, fine

High Purity 99.999% Yttrium Oxide Y2O3 For Ceramics Yttrium oxide is suitable for use in many special applications such as refractory field. In the refractory field, the application range includes use as a compound for applications that require stability at high temperatures. For example, they can be made for graphite in nuclear technology as coating material. Because yttrium oxide forms a solid solution with uranium oxide, it is also employed as a diluting agent of uranium

Neodymium oxalate is monoclinic. Insoluble in water. The neodymium oxalate can be precipitated from aqueous solution when it is dissolved in water at 25 ℃ for only 0.49 × 10-4mg / L. Neodymium oxide is dissolved in dilute nitric acid by heating reaction, and then added to methyl oxalate aqueous solution. After fully mixing, reflux for 3h, oxalate precipitates. Put it overnight at room temperature and filter it,

Praseodymium Acetate Hydrate Pr(CH3COO)3 nH2O used as praseodymium intermediate and chemical reagent Praseodymium acetate is a green crystal, soluble in water, deliquescence and sealed. If inhaled, move the patient to fresh air; if skin contact, remove contaminated clothing, The preparation method: generally, praseodymium carbonate reacts with acetic acid to make a solution and then concentrate and crystallize it. 【Application】 1.It is suitable for ceramics manufacturing. 2

Optical Fiber Field High Purity Praseodymium Oxide It is used in building ceramics and daily-use ceramics. It can be mixed with ceramic glaze to make color glaze, and can also be used as underglaze pigment alone. The pigment is light yellow with pure and elegant color. It is used to make permanent magnet. Using cheap praseodymium and neodymium metal instead of Pure Neodymium metal to make permanent magnet material, its oxygen resistance and mechanical properties are obviously