PR10095 Praseodymium Sulfate Octahydrate Powder, Pr2(SO4)3·8H2O (CAS No. 13510-41-3)

Praseodymium Sulfate Powder CAS No. 13510-41-3 Description

Praseodymium Sulfate Powder (Pr₂(SO₄)₃) is an inorganic compound specified with a purity of ≥99.5%, making it suitable for precise material synthesis and chemical experimentation. Its chemically defined composition supports applications where controlled reactivity and strict compositional standards are essential. The powder form facilitates easy dispersion and handling during formulation processes and research studies.

Praseodymium Sulfate Powder CAS No. 13510-41-3 Applications

Electronics and Display Technologies
- Used as a dopant in luminescent materials in display panels to achieve stable light emission by utilising its high purity and controlled chemical structure.
- Applied as an additive in optical glass formulations to modify refractive indices by utilising its unique electronic transitions.

Industrial and Chemical Processing
- Employed as a catalyst precursor in oxidation reactions to achieve targeted reaction pathways by utilising its well-defined chemical properties.
- Utilised in ceramic formulations to adjust coloration and improve heat stability by utilising its rare earth element characteristics.

Praseodymium Sulfate Powder CAS No. 13510-41-3 Packing

The product is packaged in air-tight, anti-static containers with inner sealed bags to prevent moisture ingress and contamination. The packaging is reinforced with insulated, rigid boxes to reduce mechanical impact during transport and storage. It is recommended that the powder be stored in a cool, dry facility with minimal temperature variation. Custom packaging options, including tailored container sizes and specific labelling, are available upon request.

Frequently Asked Questions

Q1: How is the homogeneity of the powder verified during production?
A1: SAM performs X-ray diffraction and particle size distribution analysis to ensure the powder's homogeneity. These analytical techniques confirm uniform phase composition and particle dispersity, which are crucial for maintaining consistent material performance in advanced applications.

Q2: What are the optimal storage conditions for this reagent?
A2: The powder should be stored in a sealed container in a temperature-controlled, dry environment. Maintaining stable room temperature and low humidity minimises the risk of moisture-induced hydrolysis and preserves the integrity of the compound over time.

Q3: Can the particle size distribution be tailored for specific research needs?
A3: Yes, SAM offers customisation in particle size distribution through controlled milling processes. This adjustment ensures compatibility with specialised processing requirements, aiding in faster dissolution rates or specific reaction kinetics as needed.

Additional Information

Praseodymium compounds are integral in various fields ranging from materials science to catalysis, due to their unique electronic configurations and optical properties. As a member of the rare earth family, praseodymium sulfate finds its niche in applications that require precisely controlled chemical environments, influencing reaction pathways and product characteristics.

The utilisation of rare earth compounds is expanding in advanced material synthesis and speciality chemical industries. The scientific community continues to investigate these materials for their potential in improving energy efficiency, enhancing material performance, and fostering new chemical processes that rely on controlled reactivity and high purity levels.