CE10676 Cerium Nitride Powder CeN Powder

Cerium Nitride Powder CeN Powder Description

Cerium Nitride Powder CeN Powder (CeN) is an advanced inorganic material characterised by its stable nitride phase and uniform powder morphology. The controlled synthesis process ensures minimal impurities and a consistent particle size distribution, which are critical for catalyst precursor and ceramic processing applications. The material's chemical inertness and defined surface reactivity facilitate enhanced process control and predictable performance in industrial settings.

Cerium Nitride Powder CeN Powder Properties

The above product information is based on theoretical data and is for reference only. Actual specificationss may vary.

Cerium Nitride Powder CeN Powder Applications

1.       Industrial Catalysis
   - Used as a catalyst precursor in oxidation reactions to achieve controlled kinetic behaviour by leveraging its consistent particle morphology.
   - Applied in chemical processing systems to enhance reaction efficiency by utilising its stable surface reactivity.

2.       Ceramic Processing
   - Serves as an additive in ceramic formulations to promote densification by utilising its uniform particle distribution.
   - Used in solid-state sintering processes to improve mechanical properties by taking advantage of its controlled chemical reactivity.

Cerium Nitride Powder CeN Powder Packing

The powder is packaged in moisture-resistant, hermetically sealed bags with integrated anti-static measures to mitigate contamination. Protective inner liners and cushioning materials safeguard the product during transportation. It is recommended to store the material in a temperature-controlled, dry environment to maintain chemical stability. Custom packaging solutions, including vacuum sealing and specialised labeling, are available upon request.

Additional Information

Cerium nitride belongs to the family of rare earth compounds, which are extensively researched for their catalytic and ceramic processing capabilities. The compound's unique structural and chemical properties facilitate its use in reaction kinetics and material synthesis. Researchers continue to explore its potential in enhancing process efficiencies in various industrial applications.

Advanced materials like CeN powder underscore the importance of precise synthesis and stringent quality control in modern material science. The integration of analytical techniques such as SEM and XRF in production ensures that each batch meets technical specifications, supporting continuous improvement in industrial practices and research development.