LA10484 Spherical Lanthanum Oxide Powder, La2O3 Powder 99.9% 80 nm

Spherical Lanthanum Oxide Powder, La2O3 Powder 99.9% 80 nm Description

La2O3, or lanthanum oxide, in this nanopowder form is engineered with a controlled spherical morphology to optimise surface interactions in high-demand applications. The 99.9% purity specification supports its use as a catalyst or processing aid where chemical inertness and thermal stability are required. The 80 nm particle size facilitates homogeneous dispersion in composite materials and enhances reaction kinetics in thermal and catalytic processes.

Spherical Lanthanum Oxide Powder, La2O3 Powder 99.9% 80 nm Applications

1.       Catalysis
   - Used as a catalyst component in oxidation reactors to improve conversion efficiency by leveraging its high surface area.

2.       Materials Processing
   - Applied as an additive in glass and ceramics manufacturing to enhance thermal stability by leveraging its high melting point.

3.       Electronics
   - Serves as a dielectric reinforcement in advanced composite materials to achieve improved insulation by utilising its inherent electrical resistivity.

Spherical Lanthanum Oxide Powder, La2O3 Powder 99.9% 80 nm Packing

The powder is sealed in inert gas-flushed, aluminium-foil pouches and enclosed in a moisture-resistant carton. The packaging integrates built-in desiccants to control humidity and mitigate contamination risks. It is recommended for storage in a temperature-controlled facility. Customised packing configurations for bulk shipments are available to address specific transport and storage challenges.

Frequently Asked Questions

Q1: How does the controlled 80 nm particle size influence catalytic performance?
A1: The 80 nm particle size increases the available surface area, which can enhance the catalytic reaction rate. This precise size control ensures a more uniform dispersion within matrices, optimising chemical interactions in reaction environments.

Q2: What are the recommended storage conditions for this nanopowder?
A2: The nanopowder should be stored in a cool, dry environment away from moisture and reactive chemicals. Maintaining temperature-controlled conditions helps preserve its physical and chemical properties over time.

Q3: How are quality control measures integrated during production?
A3: SAM employs in-line particle size distribution analysis and spectral verification during synthesis. These measures help ensure that each batch meets the defined 99.9% purity and 80 nm particle size criteria, reducing variability in performance.

Additional Information

Lanthanum oxide finds extensive applications in catalysis and material science due to its high chemical stability and useful thermal properties. Its integration into advanced catalysts and composite materials supports efficient chemical processing and improved material performance. Understanding the interplay between particle size, purity, and thermal stability is crucial for the effective application of rare earth compounds in industrial environments.

Ongoing research in nanomaterials continually explores the implications of size-dependent properties on reaction kinetics and material performance. In this context, lanthanum oxide nanopowders serve as an important material for improving system efficiencies across chemical processing, energy conversion, and electronic applications.