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Natural Lanthanum oxide raw Materials Powder Lanthanum oxide
Product Overview:
Lanthanum oxide is the oxide of lanthanum (III), white powder at room temperature, relative density 6.51(15/4℃), melting point 2307℃, boiling point 4200℃. Insoluble in cold water, in hot water into lanthanum hydroxide, dissolved in dilute inorganic acid to generate lanthanum salt of the corresponding acid, insoluble in acetone. Co-melt with sodium hydroxide to generate sodium tetralanthanate. Absorbs carbon dioxide from the air and turns into lanthanum carbonate. Produced by burning lanthanum oxalate, lanthanum nitrate, lanthanum carbonate or lanthanum hydroxide. Used as analytical reagent and refractory material; used in the manufacture of optical glass, process ceramics, gas lampshades, special alloys and so on.
Natural Lanthanum oxide raw Materials Powder Lanthanum oxide Attributes
CAS:1312-81-8
MF:La2O3
MW:325.81
EINECS:215-200-5
Specification: 99% min Lanthanum oxide Powder
Sample:Lanthanum oxide Powder
Packaging:1kg/bag, 25kg/drum
Brand: raw Materials
Appearance:white
Storage: Cool Dry Place
Shelf Life: 2 Years
Test Method: HPLC
Natural Lanthanum oxide raw Materials Powder Lanthanum oxide Details
Lanthanum oxide Powder Usage and Synthesis.
Manufacture of speciality alloys: Lanthanum oxide plays an important role in the manufacture of speciality alloys and can be used to improve the properties and stability of the alloys.
Precision Optical Glass: It is one of the important components in the manufacture of precision optical glass, and helps to improve the transparency and optical properties of the glass.
High-refractive optical fibre plate: It can be used as an additive to improve optical properties in the manufacture of high-refractive optical fibre plate.
Camera, Camera, Microscope Lenses: It can be used in the manufacture of camera, camera and microscope lenses to improve the performance and clarity of optical equipment.
Prisms for advanced optical instruments: It can be used in the manufacture of prisms for advanced optical instruments, which helps to improve the precision and performance of the instruments.
Ceramic Capacitors: It can be used in the manufacture of ceramic capacitors to improve the stability and durability of capacitors.
Piezoelectric ceramic dopant: It can be used as a dopant in the manufacturing process of piezoelectric ceramics to improve the performance of ceramics.
X-ray luminescent materials: it plays an important role in X-ray luminescent materials and can be used to manufacture materials such as lanthanum bromide oxide powder.
Catalyst: It can be used as a catalyst for a variety of reactions, such as catalysing the oxidation reaction of carbon monoxide and the hydrogenation of carbon monoxide to generate methane.
Uses of Lanthanum oxide.
LAMOX is mainly used in the manufacture of cameras, microscopes, various optical glass components and optical fibres, which can improve the refractive properties. In the electronic ceramics industry and catalyst preparation, etc. also has certain uses. lamox fast ion conductor and the precursor of superconductors.
Lanthanum oxide is mainly used in the manufacture of precision optical glass, optical fibres. It is also used in the electronic industry as ceramic capacitors, piezoelectric ceramics dopant. It is also used as raw material for lanthanum boride and catalyst for oil separation and refining.
Pharmacological action of Lanthanum oxide.
Product Method of Bulk Lanthanum oxide Powder.
The raw material of the extraction method is the rare earth nitrate solution after cerium removal, containing approximately LaO350%, CeO2 trace, Pr6O116%~7%, Nd2O330%. Formulated into ΣRxOy320 ~ 330g / L of nitric acid rare earth solution, the use of neutral phosphine extractant methylphosphonic acid dimethylheptyl ester (P350), P350 - paraffin system by 35 ~ 38 levels of extraction and separation, so that the lanthanum and other rare earths are separated, lanthanum-containing extraction of the residue of the liquid by ammonia and neutralisation, precipitation of oxalic acid, and then by filtration, combustion, the lanthanum oxide finished product. La2(C2O4)3→La2O3+3CO2+3CO