Rare Earth Salts Yttrium Fluoride YF3 CAS 13709-49-4 For Laser Crystal Material
cerium iii acetate hydrate
,praseodymium hydroxide
Yttrium Fluoride YF3 CAS 13709-49-4 For Laser Crystal Material
Name: Yttrium fluoride, Yttrium fluoride anhydrous Molecular formula: YF3
CAS: 13709-49-4 Molecular weight: 145.9
Description: Yttrium fluoride is a white powder, insoluble in water, insoluble in hydrochloric acid, nitric acid and sulfuric acid, but soluble in perchloric acid. It is relatively stable in the air and forms insoluble complex salt with ammonium fluoride. The chemical preparation method is to dissolve yttrium oxide in hydrochloric acid, heat the solution to 70-80℃, and then precipitate with 48% hydrofluoric acid. The precipitate is washed, filtered, dried, crushed and dehydrated in vacuum to produce yttrium fluoride.
Specification:
| Name | YF3_4N | YF3_3N | ||
| Molecular formula | YF3 | YF3 | ||
| CAS | 13709-49-4 | 13709-49-4 | ||
| Total rare earth TREO | % | ≥75.0 | ≥75.0 | |
| Y2O3/TREO | % | ≥99.99 | ≥99.9 | |
| Rare earth impurities | % | ≤0.01 | ≤0.1 | |
| Fe | % | ≤0.001 | ≤0.005 | |
| Si | % | ≤0.005 | ≤0.03 | |
| Ca | % | ≤0.005 | ≤0.03 | |
| LOI | % | ≤3.0 | ≤3.0 | |
| property | White powder | |||
| Application area | Laser crystal material, up-conversion luminescent material, fluoride glass optical fiber | |||
| package | Conventional packaging, flexible packaging according to customer needs | |||
Packing: 25kg cardboard drum packaging, also provided small package: 100g, 500g, 1kg, 5kg and so on.
Uses: It is used to prepare rare earth crystal laser materials, up conversion luminescent materials, fluoride glass optical fiber and fluoride rotating glass. It is used for manufacturing arc lamp carbon electrode in lighting source. It is the raw material for electrolytic production of yttrium.
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High Purity 99.999% Lanthanum Oxide La2O3 CAS 1312-81-8 For Ceramic Capacitor
High Purity 99.999% Lanthanum Oxide La2O3 CAS 1312-81-8 For Ceramic Capacitor Name: Lanthanum oxide CAS: 1312-81-8 Molecular formula: La2O3 Molecular weight: 325.81 Description: The rare earth chloride solution after cerium removal uses the neutral phosphine extractant dimethylheptyl methylphosphonate (P350), and the P350-kerosene system is used for 35 to 38 levels of extraction to separate lanthanum from other rare earths. The solution was neutralized with ammonia water,
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Cerium(IV) Hydroxide Ce(OH)4 CAS 12014-56-1 For Exhaust Gas Purification Catalyst
Cerium(IV) Hydroxide Ce(OH)4 CAS 12014-56-1 For Exhaust Gas Purification Catalyst Name: Cerium(IV) hydroxide Molecular formula: Ce(OH)4 CAS: 12014-56-1 Molecular weight: 208.15 Description: 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
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Lanthanum Chloride Hydrate LaCl3 7H2O CAS 10025-84-0 For Sewage Treatment
Lanthanum Chloride Hydrate LaCl3 7H2O CAS 10025-84-0 For Sewage Treatment Name: Lanthanum chloride hydrate Molecular formula: LaCl3.7H2O CAS: 10025-84-0 Molecular weight: 371.37 Description: Lanthanum Chloride is soluble in water and acid, slightly soluble in ethanol. A proper amount of lanthanum oxide is dissolved in an excess of 2mol / L HCl, further concentrated after a few hours of heating reaction, and the precipitated crystal is lanthanum chloride hydrate after a few
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DyH3 Dysprosium Hydride CAS 13537-09-2 For Permanent Magnet Additives
Dysprosium Hydride DyH3 CAS 13537-09-2 For Additives Of Permanent Magnet Name: Dysprosium hydride, Dysprosium trihydride Molecular formula: DyH3 CAS: 13537-09-2 Molecular weight: 165.52 Description: Dysprosium hydride is gray-black or brownpowder, Dysprosium metal is introduced into hydrogen to absorb hydrogen to obtain brittle dysprosium hydride solid. Specification: NameDyH3_3NDyH3_2NMolecular formulaDyH3DyH3CAS13537-09-213537-09-2Total rare earth TREM%≥99.0≥99.0Dy/TREM%≥99
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