CE10458 Nano Cerium Oxide Powder, CeO2 Nanopowder 30-50 nm

Nano Cerium Oxide Powder, CeO2 Nanopowder 30-50 nm Description

CeO₂, commonly known as cerium dioxide, exhibits increased catalytic activity due to its high surface area and redox behaviour. The nanoscale particle size (30-50 nm) enhances dispersion and reactivity, which is critical for catalyst formulations, polishing compounds, and electronic material research. The uniform particle distribution promotes consistent physicochemical performance. This material is suitable for applications that require fine control over chemical reactivity and surface interactions.

Nano Cerium Oxide Powder, CeO2 Nanopowder 30-50 nm Applications

Electronics and Sensor Technology
- Used as a catalyst support in sensor fabrication to achieve enhanced reaction kinetics by leveraging its highly reactive surface.

Industrial Processing
- Applied as a polishing agent in glass and semiconductor manufacturing systems to achieve smoother surfaces by utilising its abrasive microstructure.

Automotive and Emission Control
- Employed as a fuel additive in oxidation catalysts to attain improved emission control by capitalising on its redox properties.

Nano Cerium Oxide Powder, CeO2 Nanopowder 30-50 nm Packing

The nanopowder is packaged in tightly sealed, inert-lined containers to prevent moisture and contamination. Protective anti-static materials and foam cushioning safeguard against physical damage during transit. The packaging supports customisation for various order sizes and includes labelling options for easy identification. It is recommended to store the powder in a cool, dry environment to preserve its nanoscale properties and prevent agglomeration.

Frequently Asked Questions

Q1: What quality control measures are employed during production?
A1: SAM utilises systematic SEM and XRD analysis to verify particle size distribution and phase consistency. These measures ensure that the powder meets the specified 30-50 nm range and maintains reproducible characteristics essential for sensitive applications.

Q2: How should this nanopowder be stored to prevent degradation?
A2: The powder should be stored in airtight, moisture-resistant containers within a cool, dry environment. This minimises risks of agglomeration and oxidation, preserving its nanoscale properties over extended periods.

Q3: Can this nanopowder be incorporated into catalyst formulations?
A3: Yes, its controlled nanoscale particle distribution and redox behaviour make it suitable for catalyst synthesis. It provides increased surface area and reactivity, which are critical factors in optimising catalytic performance in oxidation reactions.

Additional Information

Cerium oxide is a versatile material that has gained attention in numerous industrial applications due to its unique redox characteristics. Its ability to switch between Ce(III) and Ce(IV) oxidation states is exploited in catalysis, polishing, and even in energy applications. Researchers often select CeO₂ for its chemical stability and high oxygen storage capacity, making it a valuable component in studies focused on reaction mechanisms and advanced material synthesis.

In the field of materials science, the study of nanomaterials like CeO₂ is crucial for developing efficient catalysts and high-performance ceramics. Detailed investigations into particle size distribution, surface area, and phase stability help scientists tailor these powders for specific applications. Understanding these properties is essential for optimising performance in both laboratory research and large-scale industrial processes.