NK10357 Nickel Oxide Powder CAS No. 1313-99-1

Nickel Oxide Powder CAS No. 1313-99-1 Description

Nickel Oxide Powder CAS No. 1313-99-1, with the chemical formulation NiO, is developed for catalytic and materials processing applications. Its controlled particle morphology supports effective catalyst performance and optimised sintering behaviour. The powder integrates into composite formulations and coatings, while its defined characteristics facilitate predictable behaviour under standard processing conditions.

Nickel Oxide Powder CAS No. 1313-99-1 Applications

Catalytic Applications
- Used as a catalyst component in chemical reactors to achieve uniform oxidation by leveraging its high surface activity.
- Applied as an additive in fuel cell electrodes to improve reaction kinetics by utilising its redox properties.

Ceramic Processing
- Used as a sintering aid in ceramic formulations to achieve optimised grain growth by capitalising on its thermal stability.
- Applied in refractory coatings to provide protective layers by utilising its stable oxide structure.

Nickel Oxide Powder CAS No. 1313-99-1 Packing

The powder is packed in sealed, inert atmosphere bags and placed in corrugated boxes to minimise moisture uptake and contamination. Protective anti-static measures are incorporated during packaging. The product should be stored under cool, dry conditions in a ventilated area. Custom packaging options, including specialised containment and labelling, are available upon request.

Frequently Asked Questions

Q1: What methods are employed to verify particle size distribution?
A1: SAM utilises dynamic light scattering and scanning electron microscopy to assess particle size distribution and ensure consistency in powder morphology, crucial for reproducible catalytic performance.

Q2: What storage conditions are recommended for this powder?
A2: Store the powder in a sealed container at room temperature with low humidity to prevent moisture uptake. Consistent conditions help maintain the material’s defined particle characteristics.

Q3: Is it possible to modify powder characteristics to target specific applications?
A3: Yes, batch synthesis parameters can be adjusted to refine particle size distribution and purity levels. Manufacturers can tailor these characteristics during production under strict quality monitoring.

Additional Information

Nickel oxide compounds serve critical roles in catalysis, ceramics, and advanced material research. Their redox properties and thermal stability underpin many industrial processes, including sintering and electrode manufacturing. Detailed understanding of synthesis and process control is vital for achieving the desired material performance and integration in various systems.

Stanford Advanced Materials employs systematic synthesis and analytical methodologies that support reproducible product characteristics. Continuous research into nickel oxide behaviour under varying process conditions further informs improvements in material formulations and expands potential applications in industrial and research sectors.