LA10479 Nano Lanthanum Oxide Powder, La2O3 Nanopowder 800 nm

Nano Lanthanum Oxide Powder, La2O3 Nanopowder 800 nm Description

Nano Lanthanum Oxide Powder, La2O3 Nanopowder 800 nm comprises lanthanum oxide with an average particle size of 800 nm. Its controlled nanoscale morphology enhances surface reactivity in catalytic and material synthesis processes. The material exhibits a crystalline structure that supports experimental consistency and predictable reaction outcomes, making it suitable for laboratory and industrial applications requiring precise control over material behaviour.

Nano Lanthanum Oxide Powder, La2O3 Nanopowder 800 nm Applications

Catalysis
- Used as a catalyst component in oxidation reactions to achieve controlled reaction kinetics by leveraging its high surface area.
- Applied as an additive in catalytic converters to reduce emission levels by enhancing reaction efficiency.

Materials Research
- Utilised in thin film deposition systems to achieve uniform oxide layers by leveraging its nanoscale particle size.
- Serves as an intermediate in ceramic synthesis to optimise sintering properties by controlling morphology.

Nano Lanthanum Oxide Powder, La2O3 Nanopowder 800 nm Packing

Nano Lanthanum Oxide Powder is packaged in sealed, inert atmosphere containers to prevent moisture uptake. The product is enclosed in anti-static, moisture-resistant bags inside rigid secondary packaging to mitigate contamination risks. Proper storage in a cool, dry area is recommended. Custom packaging options, including bulk and smaller containers with specific labelling, are available based on customer requirements.

Frequently Asked Questions

Q1: What quality control measures ensure the particle size consistency of this powder?
A1: The synthesis process incorporates laser diffraction analysis and SEM imaging. These techniques monitor and adjust the particle size distribution to maintain an average of 800 nm, which is critical for consistent catalytic performance.

Q2: How does the nanoscale particle size affect catalytic performance?
A2: The nanoparticle size increases the specific surface area, which enhances reaction kinetics. This leads to improved catalytic activity and efficiency in processes requiring rapid and controlled chemical reactions.

Q3: What are the recommended storage conditions to preserve the material’s properties?
A3: The powder should be stored in a sealed, moisture-resistant container at ambient temperature with low humidity. Avoiding exposure to moisture and mechanical agitation helps maintain its physicochemical stability.

Additional Information

Lanthanum oxide is extensively studied due to its role in catalysis and as an additive in ceramic materials. Its chemical stability and ability to modify surface properties make it valuable in research focused on reaction kinetics and material enhancement. Detailed characterisation using techniques such as XRD and electron microscopy is common in research settings to ensure material consistency.

Recent advancements in nanomaterial processing have further refined techniques for producing oxide powders with controlled particle sizes. This progress has enabled more precise tailoring of material properties, which is vital for both academic research and industrial applications in fields such as energy conversion and advanced manufacturing.