CE10460 Nano Cerium Oxide Powder, CeO2 Nanopowder 80-100 nm

Nano Cerium Oxide Powder, CeO2 Nanopowder 80-100 nm Description

Nano Cerium Oxide Powder, CeO2 Nanopowder 80-100 nm consists of cerium oxide particles with a size distribution confined to the 80–100 nm range. Its nanoscale dimensions impart a high surface area and enhanced reactivity, beneficial in oxidation and redox processes. The material exhibits chemical stability and oxygen storage capacity, making it suitable for catalyst systems and chemical sensors. Detailed particle morphology is confirmed via electron microscopy, ensuring uniformity across batches.

Nano Cerium Oxide Powder, CeO2 Nanopowder 80-100 nm Applications

Industrial Catalysis
- Used as a catalyst component in automotive exhaust systems to achieve efficient oxidation control by leveraging its high oxygen ion mobility.
- Applied in chemical reactors to facilitate redox reactions by utilising its increased reactive surface area.

Electronics & Sensors
- Serves as a dielectric layer in gas sensors to achieve rapid signal response by utilising its chemical inertness and nanoscale uniformity.
- Used as a functional material in electronic devices to improve charge transport through its consistent particle morphology.

Environmental Applications
- Employed in water treatment systems as a reactive adsorbent to achieve contaminant degradation by utilising its surface reactivity.
- Applied within air purification units to enable catalytic conversion of pollutants by exploiting its oxygen storage capacity.

Nano Cerium Oxide Powder, CeO2 Nanopowder 80-100 nm Packing

Nano Cerium Oxide Powder, CeO2 Nanopowder 80-100 nm is packaged in sealed, moisture-proof containers with an inner inert liner to prevent contamination. Anti-static materials and cushioning protect the nanopowder during transit. The product is stored under controlled temperature and humidity conditions to maintain its nanoscale integrity. Customised packaging options, including vacuum-sealed pouches, are available upon request.

Frequently Asked Questions

Q1: What quality control measures are implemented during production?
A1: The production process incorporates particle size analysis using SEM and phase validation by XRD. These techniques ensure the particle size distribution and crystallographic properties remain within the specified tolerances, supporting material consistency across batches.

Q2: How does the particle size distribution impact catalytic performance?
A2: A narrow particle size distribution increases the effective surface area, promoting uniform catalytic activity and enhanced reaction kinetics. This consistency is critical for applications requiring precise control over chemical reactions.

Q3: What storage conditions are recommended for this nanopowder?
A3: It is recommended to store the nanopowder in a dry, temperature-controlled environment using anti-static containers. These measures prevent moisture absorption and particle agglomeration, which could adversely affect its reactivity and performance.

Additional Information

Nanostructured cerium oxide exhibits unique features stemming from its high surface-to-volume ratio and oxygen vacancy formation. These properties facilitate enhanced catalytic behaviour and make CeO₂ a subject of extensive study in materials science. Research continues to explore its role in oxidation reactions and potential integration into energy conversion systems.

Advances in nanoparticle synthesis and characterisation have significantly improved the control over particle size and distribution. The resulting material properties are critical in tailoring cerium oxide for various commercial applications, ranging from catalytic converters to environmental remediation systems.