CE10455 Nano Cerium Oxide Powder, CeO2 Nanopowder 10-20 nm

Nano Cerium Oxide Powder, CeO2 Nanopowder 10-20 nm Description

Nano Cerium Oxide Powder, CeO2 Nanopowder 10-20 nm is a cerium oxide powder with a controlled particle size in the 10-20 nm range. The nanostructured powder facilitates enhanced catalytic and electronic properties by offering a high surface area for reaction sites. Its uniform particle dispersion supports reproducible experimental results, making it suitable for applications in catalyst development, ceramics reinforcement, and composite material fabrication.

Nano Cerium Oxide Powder, CeO2 Nanopowder 10-20 nm Applications

1.       Catalytic Applications
- Used as a catalyst support in automotive exhaust systems to achieve enhanced reduction of pollutants by leveraging its high surface area and active oxygen storage capacity.
- Applied as an oxidation catalyst in chemical reactors to facilitate efficient redox reactions, thereby improving reaction rates through its nanoscale reactivity.

2.       Ceramics and Composite Enhancements
- Serves as an additive in ceramic formulations to enhance sintering behaviour and mechanical strength by providing uniform grain growth and densification.
- Frequently used in composite materials as a reinforcing agent to improve thermal stability and wear resistance, utilising its nanoscale dispersion for improved interfacial bonding.

3.       Energy and Environmental Research
- Employed as an electrode component in energy storage devices to achieve better charge transfer efficiency by harnessing its nanostructured morphology.
- Implemented in environmental remediation systems to adsorb and neutralise contaminants via its catalytic redox properties.

Nano Cerium Oxide Powder, CeO2 Nanopowder 10-20 nm Packing

The powder is packaged in hermetically sealed, anti-static containers with an inner moisture barrier. The packaging is designed to maintain minimal exposure to humidity and particulates. Storage conditions require a cool, dry environment to preserve nanoparticle integrity. Custom packaging options, including bulk and laboratory-sized containers, are available to meet various handling requirements while minimising contamination risks.

Frequently Asked Questions

Q1: What process controls are in place to maintain the 10-20 nm particle size?
A1: Advanced synthesis methods combined with periodic electron microscopy inspections monitor particle size distribution. This process minimises agglomeration during production and ensures that the nanoparticles consistently remain within the specified 10-20 nm range.

Q2: How should Nano Cerium Oxide Powder be stored to prevent degradation?
A2: The powder should be stored in a cool, dry, and inert environment, preferably in hermetically sealed, anti-static packaging. This mitigates moisture absorption and contamination, which could otherwise alter its nanoscale properties.

Q3: In what ways do the nanoscale dimensions affect its performance in catalytic applications?
A3: The 10-20 nm particle size increases the overall surface area, promoting more active sites for catalytic reactions. This enhancement facilitates more efficient redox processes and improved performance in catalytic and environmental applications.

Additional Information

Cerium oxide nanopowders are widely recognised in materials science for their ability to undergo redox cycling, which is crucial for catalytic applications and oxygen sensing. The material’s unique electronic structure enables it to store and release oxygen, making it valuable in automotive and environmental catalysts.

Understanding the material’s nanostructure is essential for incorporating it into advanced composites and electronic devices. Researchers often study its interfacial interactions and thermal properties to optimise performance in diverse industrial applications, underscoring the importance of controlled particle synthesis and quality assurance in achieving reproducible results.