Model No: SY1001-LAO
Lanthanum oxide Suoyi High Purity Lanthanum Oxide La2O3 Powder for Optical Glass & Electronic Ceramics
Lanthanum oxide is an inorganic compound with the chemical formula La2O3; it appears as a white powder. It is soluble in acids, ethanol, and ammonium chloride, but insoluble in water and ketones. Lanthanum oxide—a rare-earth oxide—has a very wide range of applications, playing a particularly significant role in fields such as glass, ceramics, and electronics.
Quantity :
- Specification Code:SY1001-LAO
- Specification Description:99.999%
Suoyi High Purity Lanthanum Oxide La2O3 Powder for Optical Glass & Electronic Ceramics
Lanthanum oxide is an inorganic compound with the chemical formula La2O3; it appears as a white powder. It is soluble in acids, ethanol, and ammonium chloride, but insoluble in water and ketones. Lanthanum oxide—a rare-earth oxide—has a very wide range of applications, playing a particularly significant role in fields such as glass, ceramics, and electronics.
lanthanum oxide used ,lanthanum oxide chemical ,lanthanum oxide glass,high purity lanthanum oxide
Lanthanum Oxide La₂O₃ Rare Earth Powder 3N 4N 5N High Purity
Lanthanum Oxide La₂O₃ Rare Earth Oxide Powder 99.9% 99.99% 99.999% for Optical Glass Catalyst Ceramics
Lanthanum oxide is mainly applied in high refractive optical glass, optical fiber, electronic ceramics (piezoelectric ceramics, ceramic capacitors), petroleum & exhaust catalysts, rare earth alloy additives, and as precursor for various lanthanum chemicals.
Lanthanum Oxide (La₂O₃)
Lanthanum Oxide
La2O3 powder
high purity rare earth oxide
Lanthanum (III) oxide
Lanthana
Formula：La₂O₃
CAS：1312-81-8
MW：325.81
Appearance: white powder
Density: 6.51 g/cm³
Melting point：2315℃
Boiling point: 4200 ℃
Solubility: Insoluble in water, soluble in dilute acids
Characteristic: Strong hygroscopicity; absorbs CO₂ & moisture in air, converts to lanthanum carbonate/hydroxide
Lanthanum Oxide La₂O₃ Rare Earth Oxide Powder 99.9% 99.99% 99.999% for Optical Glass Catalyst Ceramics
Lanthanum oxide is mainly applied in high refractive optical glass, optical fiber, electronic ceramics (piezoelectric ceramics, ceramic capacitors), petroleum & exhaust catalysts, rare earth alloy additives, and as precursor for various lanthanum chemicals.
Lanthanum Oxide (La₂O₃)
Lanthanum Oxide
La2O3 powder
high purity rare earth oxide
Lanthanum (III) oxide
Lanthana
Formula：La₂O₃
CAS：1312-81-8
MW：325.81
Appearance: white powder
Density: 6.51 g/cm³
Melting point：2315℃
Boiling point: 4200 ℃
Solubility: Insoluble in water, soluble in dilute acids
Characteristic: Strong hygroscopicity; absorbs CO₂ & moisture in air, converts to lanthanum carbonate/hydroxide
Main Applications
High-refractive optical glass, optical fiber, camera/lens, prism
Piezoelectric ceramic, ceramic capacitor dopant
Catalyst (petroleum refining, methane coupling)
Raw material for other lanthanum salts, thermal spray, rare earth additives
Grades commonly traded
99.9% (3N), 99.99% (4N), 99.999% (5N)
Storage
Sealed, dry, airtight packaging; avoid exposure to air and acid.
Hazard
Irritating to skin, eyes and respiratory tract (H315, H319, H335)
High-refractive optical glass, optical fiber, camera/lens, prism
Piezoelectric ceramic, ceramic capacitor dopant
Catalyst (petroleum refining, methane coupling)
Raw material for other lanthanum salts, thermal spray, rare earth additives
Grades commonly traded
99.9% (3N), 99.99% (4N), 99.999% (5N)
Storage
Sealed, dry, airtight packaging; avoid exposure to air and acid.
Hazard
Irritating to skin, eyes and respiratory tract (H315, H319, H335)
lanthanum oxide used ,lanthanum oxide chemical ,lanthanum oxide glass,high purity lanthanum oxide
lanthanum oxide used ,lanthanum oxide chemical ,lanthanum oxide glass,high purity lanthanum oxide
What are the production methods of lanthanum oxide?
Production Methods of Lanthanum Oxide (La₂O₃)
1. Industrial Mainstream: Solvent Extraction + Precipitation-Calcination (bulk production, 3N/4N grade)
Rare earth feed liquid (monazite/bastnaesite leachate, Ce removed) goes through multi-stage solvent extraction to separate La from Pr, Nd and other rare earths.
Purified lanthanum nitrate/chloride solution → precipitate with oxalic acid / ammonium bicarbonate → lanthanum oxalate or lanthanum carbonate.
Filter, wash, dry, then calcine at 800–1000 ℃ in air to get La₂O₃.
2. Thermal Decomposition of Lanthanum Hydroxide (Lab & small batch)
3. Sol-Gel Method (High-purity, nano powder, uniform particle size)
Feature: good homogeneity, fine particle; high cost, not for large tonnage.
4. Spray Pyrolysis (Spherical powder for advanced ceramics / coating)
5. Hydrothermal Method (Controlled morphology, ultrafine powder)
6. Microwave Calcination (Improved calcination route)
Extraction + oxalate/carbonate precipitation + calcination
Nano / high purity: Sol-gel, hydrothermal
Spherical powder: Spray pyrolysis
Production Methods of Lanthanum Oxide (La₂O₃)
1. Industrial Mainstream: Solvent Extraction + Precipitation-Calcination (bulk production, 3N/4N grade)
Rare earth feed liquid (monazite/bastnaesite leachate, Ce removed) goes through multi-stage solvent extraction to separate La from Pr, Nd and other rare earths.
Purified lanthanum nitrate/chloride solution → precipitate with oxalic acid / ammonium bicarbonate → lanthanum oxalate or lanthanum carbonate.
Filter, wash, dry, then calcine at 800–1000 ℃ in air to get La₂O₃.
2. Thermal Decomposition of Lanthanum Hydroxide (Lab & small batch)
3. Sol-Gel Method (High-purity, nano powder, uniform particle size)
Feature: good homogeneity, fine particle; high cost, not for large tonnage.
4. Spray Pyrolysis (Spherical powder for advanced ceramics / coating)
5. Hydrothermal Method (Controlled morphology, ultrafine powder)
6. Microwave Calcination (Improved calcination route)
Extraction + oxalate/carbonate precipitation + calcination
Nano / high purity: Sol-gel, hydrothermal
Spherical powder: Spray pyrolysis
lanthanum oxide used ,lanthanum oxide chemical ,lanthanum oxide glass,high purity lanthanum oxide
lanthanum oxide used ,lanthanum oxide chemical ,lanthanum oxide glass,high purity lanthanum oxide
What are the applications of lanthanum oxide?
Applications of Lanthanum Oxide (La₂O₃)
Optical Glass & Optics (Largest consumption)
Raw material for high-refractive-index, low-dispersion optical glass; used for camera lenses, microscope, telescope, prisms, optical filters, anti-reflection coatings and ZBLAN infrared optical fiber. It can replace lead in glass to improve chemical durability and alkali resistance.
Electronic & Advanced Ceramics
Dopant for piezoelectric ceramics, MLCC ceramic capacitors, barium titanate dielectric ceramics to stabilize dielectric properties
High‑k dielectric material for semiconductor gate oxide layers
Precursor for sputtering targets, lanthanum boride, luminescent materials and solid oxide fuel cell (SOFC) electrode materials
Catalysis
FCC catalyst promoter for petroleum cracking
Catalyst for methane coupling, dry reforming, biodiesel transesterification
Additive for automotive three‑way exhaust catalysts to reduce NOₓ, CO and HC emissions
Metallurgy & Alloy Additive
Additive for steel, molybdenum and rare earth alloys; improves ductility, impact resistance and high‑temperature performance; raw material for LaNi₅ hydrogen storage alloy precursor.
Other Uses
Precursor for all kinds of lanthanum salts (lanthanum nitrate, lanthanum chloride, lanthanum carbonate)
Thermal spray powder additive, ceramic glaze additive
Water treatment adsorbent for phosphate removal
Applications of Lanthanum Oxide (La₂O₃)
Optical Glass & Optics (Largest consumption)
Raw material for high-refractive-index, low-dispersion optical glass; used for camera lenses, microscope, telescope, prisms, optical filters, anti-reflection coatings and ZBLAN infrared optical fiber. It can replace lead in glass to improve chemical durability and alkali resistance.
Electronic & Advanced Ceramics
Dopant for piezoelectric ceramics, MLCC ceramic capacitors, barium titanate dielectric ceramics to stabilize dielectric properties
High‑k dielectric material for semiconductor gate oxide layers
Precursor for sputtering targets, lanthanum boride, luminescent materials and solid oxide fuel cell (SOFC) electrode materials
Catalysis
FCC catalyst promoter for petroleum cracking
Catalyst for methane coupling, dry reforming, biodiesel transesterification
Additive for automotive three‑way exhaust catalysts to reduce NOₓ, CO and HC emissions
Metallurgy & Alloy Additive
Additive for steel, molybdenum and rare earth alloys; improves ductility, impact resistance and high‑temperature performance; raw material for LaNi₅ hydrogen storage alloy precursor.
Other Uses
Precursor for all kinds of lanthanum salts (lanthanum nitrate, lanthanum chloride, lanthanum carbonate)
Thermal spray powder additive, ceramic glaze additive
Water treatment adsorbent for phosphate removal
lanthanum oxide used ,lanthanum oxide chemical ,lanthanum oxide glass,high purity lanthanum oxide
Comprehensive score