"rare earth materials"
- 131 Items Found-
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 Cerium Oxide CeO2 CAS 1306-38-3 For Glass Grinding Material
Cerium Oxide CeO2 CAS 1306-38-3 For Glass Grinding Material Name: Cerium oxide CAS: 1306-38-3 Molecular formula: CeO2 Molecular weight: 172.12 Description: The main production method of Cerium oxide is ammonium bicarbonate precipitation, that is, taking Cerium salt extract as raw material, adjusting pH value to 2 with hydrochloric acid, adding ammonium bicarbonate to precipitate out Cerium carbonate, which is then heated, matured, separated, washed, dried at 110 , and burned
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Lutetium Metal Powder Lu CAS 7439-94-3 The Hardest And Densest Metal Among Rare Earth Elements
Lutetium Metal Powder Lu CAS 7439-94-3, The Hardest And Densest Metal Among Rare Earth Elements Name: Lutetium metal powder, Lutetium powder Molecular formula: Lu CAS: 7439-94-3 Molecular weight: 174.97 Description: Lutetium ranks 15th in the abundance of rare earth elements, and it is the rarest of lanthanides. In order to produce lutetium metal, alkali metal or alkaline earth metal can be used to reduce anhydrous lucl3 or LuF3. Only industrial pure lutetium can be obtained
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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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Rare Earth Oxide Erbium Oxide Er2O3 CAS 12061-16-4 For Optical Fiber
High Purity 99.99% Erbium Oxide Er2O3 CAS: 12061-16-4 For Optical Fiber Name: Erbium oxide CAS: 12061-16-4 Molecular formula: Er2O3 Molecular weight: 382.52 Description: The erbium-rich extract obtained through extraction and separation, is concentrated, precipitated, filtered, and burned to obtain erbium oxide. Specification: Name Er2O3_4N Er2O3_3N Er2O3_2N5 Molecular formula Er2O3 Er2O3 Er2O3 CAS 12061-16-4 12061-16-4 12061-16-4 Total rare earth TREO % 99.0 99.0 99.0
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Gadolinium Oxide Gd2O3 99.999% CAS 12064-62-9 For Neutron Absorption Material
Gadolinium Oxide Gd2O3 99.999% CAS 12064-62-9 For Neutron Absorption Material Name: Gadolinium oxide CAS: 12064-62-9 Molecular formula: Gd2O3 Molecular weight: 362.5 Description: The mixed rare-earth chloride solution is treated by extraction, the Neodymium and Gadolinium are grouped, then HCl was used for back extraction of the medium to obtain medium rare earth Gadolinium enrichment. The medium enrichment is reduced by zinc powder, and the Europium is extracted by the
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Rare Earth Metal Cerium Metal Ce CAS 7440-45-1 For Rare Earth Magnetic Material
Cerium Metal Ce CAS 7440-45-1 For Rare Earth Magnetic Material Name: Cerium metal Molecular formula: Ce CAS: 7440-45-1 Molecular weight: 140.12 Description: Cerium can be made into various forms: Cerium sheet, Cerium block, Cerium rod and Cerium powder. In the family of rare earth elements, Cerium is the "big brother". The total abundance of rare earth in the earth's crust is 238ppm, of which, Cerium is 68ppm, accounting for 28% of the total rare earth composition, ranking
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0.7-1.1um Rare Earth Polishing Powder , Cerium Oxide Powder For Glass
Rare Earth Polishing Powder KP1001 0.7-1.1um For Fine Polishing Of Optical Glass Name: Rare earth polishing powder, cerium oxide polishing powder Type: KP1001 D50: 0.7-1.1um TREO: 90% Description: Rare earth polishing powder which refers to a mixed light rare earth oxides with cerium oxide as a main component, is used for improving the surface finish of a product. Generally, fluorocarbon ceria (containing Re2O370%) or rare earth salts (containing CeO2 / Re2O3= 45~50% rare
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Rare Earth Ceria Powder 0.7-1.1um For Glass Hard Disk Substrate Polishing
Rare Earth Polishing Powder KP2001 0.7-1.1um For Polishing Of Glass Hard Disk Substrate Name: Rare earth polishing powder, cerium oxide polishing powder Type: KP2001 D50: 0.7-1.1um TREO: 90% Description: Rare earth polishing powder which refers to a mixed light rare earth oxides with cerium oxide as a main component, is used for improving the surface finish of a product. Generally, fluorocarbon ceria (containing Re2O370%) or rare earth salts (containing CeO2 / Re2O3= 45~50%
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Cerium Oxide Rare Earth Polishing Powder 1.0-1.4um With High Cutting Rate
Rare Earth Polishing Powder KP1002 1.0-1.4um For Polishing With High Cutting Rate Name: Rare earth polishing powder, cerium oxide polishing powder Type: KP1002 D50: 1.0-1.4um TREO: 90% Description: Rare earth polishing powder which refers to a mixed light rare earth oxides with cerium oxide as a main component, is used for improving the surface finish of a product. Generally, fluorocarbon ceria (containing Re2O370%) or rare earth salts (containing CeO2 / Re2O3= 45~50% rare
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Brownish Red Rare Earth Powder For Precision Optical Components Polishing
Rare Earth Polishing Powder KP2002 1.0-1.4um For Polishing Of Precision Optical Components Name: Rare earth polishing powder, cerium oxide polishing powder Type: KP2002 D50: 1.0-1.4um TREO: 90% Description: Rare earth polishing powder which refers to a mixed light rare earth oxides with cerium oxide as a main component, is used for improving the surface finish of a product. Generally, fluorocarbon ceria (containing Re2O370%) or rare earth salts (containing CeO2 / Re2O3= 45
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Rare Earth Ferrosilicon Magnesium Alloy REMgSiFe For Ductile Iron Nodularizing Agent
Rare Earth Ferrosilicon Magnesium Alloy REMgSiFe For Nodularizing Agent Of Ductile Iron Name: Rare Earth Ferrosilicon Magnesium Alloy Molecular formula: REMgSiFe Size: 5~15 mm or 5~25 mm or 5~20 mm or 8~40 mm RE content: 0.5~8.0%(wt) Description: Rare earth magnesium ferrosilicon alloy is a kind of alloy made of ferrosilicon, calcium, magnesium and rare earth by melting. It is a good spheroidizing agent with strong deoxidizing and desulfurizing effect. Ferrosilicon, rare
