"yttrium oxide"
- 60 Items Found-
Ho2O3 Rare Earth Nanoparticles CAS 12055-62-8 For Metal Halogen Lamp Additives
Holmium Oxide Nanoparticle Ho2O3 CAS 12055-62-8 For Metal Halogen Lamp Additives Name: Nano holmium oxide CAS: 12055-62-8 Molecular formula: Ho2O3 Molecular weight: 377.86 Description: Nano holmium oxide is a light yellow crystalline powder, which belongs to the isoaxial scandium oxide structure. Insoluble in water, soluble in acid. The preparation method of nanometer holmium oxide is that holmium oxide precursor is prepared with HoCl3 as raw material and polyvinyl alcohol as
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Neodymium Oxide Rare Earth Nanoparticles CAS 1313-97-9 For Aluminum Alloy Additive
Nano Neodymium Oxide Nd2O3 CAS 1313-97-9 For Aluminum Alloy Additive Name: Nano neodymium oxide CAS: 1313-97-9 Molecular formula: Nd2O3 Molecular weight: 336.48 Description: Nano neodymium oxide powder is light purple or blue purple powder, insoluble in water and soluble in acid. It is easy to absorb water and carbon dioxide in the air. The preparation method of nanometer neodymium oxide is that neodymium oxide precursor is prepared with NdCl3 as raw material and polyvinyl
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High Purity 99.999% Lutetium Oxide Lu2O3 CAS 12032-20-1 For Scintillation Crystal
High Purity 99.999% Lutetium Oxide Lu2O3 CAS 12032-20-1 For Scintillation Crystal Name: Lutetium oxide CAS: 12032-20-1 Molecular formula: Lu2O3 Molecular weight: 397.93 Description: Yttrium rich rare earth was extracted by N263-LiNO3 system. After acid dissolution, Yttrium was extracted and purified by N263-NH4SCN system. Thulium, Ytterbium and Lutetium heavy rare earth were separated by N263 solvent. Thulium Lutetium was further separated by hydrochloric acid back extraction
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Yttrium Metal Y CAS 7440-65-5 For Cladding Material Of Nuclear Fuel
Yttrium Metal Y CAS 7440-65-5 For Cladding Material Of Nuclear Fuel Name: Yttrium metal Molecular formula: Y CAS: 7440-65-5 Molecular weight: 88.91 Description: Yttrium can be made into various forms: Yttrium foil, Yttrium block, Yttrium rod and Yttrium powder. Yttrium is the first discovered rare earth element, which is one of the most abundant elements in rare earth elements. It is mainly found in yttrium silicate beryllium, black rare earth and phosphorite, and also in
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Gray Black Yttrium Hydride YH3 CAS 13598-57-7 For Metal Conductor Material
Yttrium Hydride YH3 CAS 13598-57-7 For Metal Conductor Material Name: Yttrium hydride, Yttrium trihydride Molecular formula: YH3 CAS: 13598-57-7 Molecular weight: 91.93 Description: Yttrium hydride is gray-black or brownpowder, Yttrium metal is introduced into hydrogen to absorb hydrogen to obtain brittle yttrium hydride solid. The two hydrides are of calcium fluoride structure and belong to the face centered cubic system, while the three hydrides are of cubic structure and
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Rare Earth Oxide Holmium Oxide Ho2O3 CAS 12055-62-8 For Fiber Optic Sensor
Holmium Oxide Ho2O3 CAS 12055-62-8 For Fiber Optic Sensor Name: Holmium oxide CAS: 12055-62-8 Molecular formula: Ho2O3 Molecular weight: 377.86 Description: Holmium salt was separated by solvent extraction from the rare earth concentrate containing holmium.and then precipitated with oxalic acid., filtered, and burned to obtain Holmium oxide. Specification: Name Ho2O3_4N Ho2O3_3N Ho2O3_2N5 Molecular formula Ho2O3 Ho2O3 Ho2O3 CAS 12055-62-8 12055-62-8 12055-62-8 Total rare
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Rare Earth Oxide Dysprosium Oxide Dy2O3 CAS 1308-87-8 For NdFeB additive
Dysprosium Oxide Dy2O3 CAS 1308-87-8 For NdFeB additive Name: Dysprosium oxide CAS: 1308-87-8 Molecular formula: Dy2O3 Molecular weight: 373.00 Description: Dysprosium oxalate was precipitated from Dysprosium containing extraction liquid extracted by P507, and then Dysprosium oxide was obtained by separation and burning. Specification: Name Dy2O3_4N Dy2O3_3N Dy2O3_2N5 Molecular formula Dy2O3 Dy2O3 Dy2O3 CAS 1308-87-8 1308-87-8 1308-87-8 Total rare earth TREO % 99.0 99.0 99
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High Purity 99.999% Ytterbium Oxide Yb2O3 CAS 1314-37-0 For Optical Laser Glass
High Purity 99.999% Ytterbium Oxide Yb2O3 CAS 1314-37-0 For Optical Laser Glass Name: Ytterbium oxide CAS: 1314-37-0 Molecular formula: Yb2O3 Molecular weight: 394.08 Description: Yttrium rich rare earth is extracted and purified by n263-NH4SCN system after acid dissolution. The raffinate is Yttrium rich rare earth. Thulium, Ytterbium and Lutetium heavy rare earth enter the organic phase. Thulium Lutetium is divided into groups by N263 solvent extraction. Thulium and
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High Purity 99.99% Thulium Oxide Tm2O3 CAS 12036-44-1 For X Ray Transmission
High Purity 99.99% Thulium Oxide Tm2O3 CAS 12036-44-1 For X-ray Transmission Name: Thulium oxide CAS: 12036-44-1 Molecular formula: Tm2O3 Molecular weight: 385.87 Description: The yttrium rich rare earth obtained by extraction group is extracted and purified by N263 NH4SCN system after acid dissolution. The raffinate is yttrium rich rare earth, and other heavy rare earth thulium, ytterbium and lutetium are added into the organic phase. Thulium and ytterbium are added into the
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High Purity 99.99% Terbium Oxide Tb4O7 CAS 12037-01-3 For Phosphor Activator
High Purity 99.99% Terbium Oxide Tb4O7 CAS 12037-01-3 For Activator Of Phosphor Name: Terbium oxide CAS: 12037-01-3 Molecular formula: Tb4O7 Molecular weight: 747.7 Description: Terbium oxalate was precipitated from Terbium containing extraction liquid extracted by P507, and then Terbium oxide was obtained by separation and burning. Specification: Name Tb4O7_5N Tb4O7_4N Molecular formula Tb4O7 Tb4O7 CAS 12037-01-3 12037-01-3 Total rare earth TREO % 99.0 99.0 Tb4O7/TREO %
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Neodymium Oxide Nd2O3 CAS: 1313-97-9 For Raw Material of Magnetic NdFeB
Neodymium Oxide Nd2O3 CAS: 1313-97-9 For Raw Material of Magnetic NdFeB Name: Neodymium oxide CAS: 1313-97-9 Molecular formula: Nd2O3 Molecular weight: 336.48 Description: The extraction method uses a rare earth chloride solution as a raw material and extracts with a P204-kerosene-HCl-RCl3 system. The rare earth mixture is divided into three groups: light, medium and heavy rare earth, and then precipitated with oxalic acid., filtered, and burned to obtain Neodymium oxide.
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Multipurpose Rare Earth CeO2 Nanoparticles AS 1306-38-3 For Polishing Powder
Ultrafine Cerium Oxide With Small Particle Size CeO2 CAS 1306-38-3 For Polishing Powder Name: Ultrafine cerium oxide CAS: 1306-38-3 Molecular formula: CeO2 D50 SED: 0.5um or 1.0 um Description: Ultrafine ceria is a kind of cheap and widely used material, which is used in the fields of luminescent materials, catalysts, electronic ceramics, glass polishing agents, ultraviolet absorption and so on. The particle size and purity of ceria have a great influence on the properties of
