PR10495 Nano Praseodymium Oxide Powder, Pr6O11 Nanopowder 99.9% 200 nm

Nano Praseodymium Oxide Powder, Pr6O11 Nanopowder 99.9% 200 nm Description

Nano Praseodymium Oxide Powder, Pr6O11 Nanopowder 99.9% 200 nm is a nanostructured material featuring a consistent particle size of 200 nm and high chemical purity of 99.9%. Produced under controlled synthesis protocols, the powder exhibits a uniform distribution essential for reproducible performance in material processing. Its chemical composition, confirmed through analytical techniques, supports applications in ceramics, catalysis, and electronic device fabrication.

Nano Praseodymium Oxide Powder, Pr6O11 Nanopowder 99.9% 200 nm Applications

1.       Electronics and Energy Applications
- Used as a dielectric component in sensor devices to achieve low electrical losses by leveraging consistent nanoparticle size.
- Applied as an additive in conductive coatings for semiconductor devices to enhance thermal stability through high purity.

2.       Catalysis and Ceramics
- Used as a catalyst support in combustion systems to improve oxidation reactions by leveraging a high reactive surface area.
- Applied as an additive in ceramic formulations to enhance sintering efficiency via its stable oxide structure.

Nano Praseodymium Oxide Powder, Pr6O11 Nanopowder 99.9% 200 nm Packing

The nanopowder is packaged in moisture-resistant, antistatic containers to prevent oxidation and contamination. Secondary protective packaging further shields the product during transit. Storage in a cool, dry environment is recommended, and customisation options—including specialised labelling and protective inserts—are available for bulk orders and specific industrial needs.

Frequently Asked Questions

Q1: What processing method ensures the uniform 200 nm particle size?
A1: SAM employs controlled chemical synthesis followed by analysis using electron microscopy and X-ray diffraction. This process minimises variability in particle size distribution, ensuring reproducibility essential for sensitive industrial applications.

Q2: Can the nanopowder be effectively dispersed in liquid media?
A2: Yes, the nanopowder disperses in polar solvents after appropriate pre-treatment, such as ultrasonication, reducing agglomeration and promoting uniform dispersion for various processing applications.

Q3: How is the 99.9% purity level verified?
A3: The purity is confirmed through techniques such as ICP-OES and XPS, which quantitatively assess impurity levels. Rigorous batch testing ensures that the product meets the specified 99.9% purity standard.

Additional Information

Rare earth oxides like Pr6O11 play a significant role in advanced material research. Their unique electronic and optical properties often influence product performance in ceramics and electronic devices. Understanding nano-scale effects, including increased reactive surface area, is crucial for optimising material behaviour in specialised applications.

Stanford Advanced Materials integrates traditional synthesis methods with advanced characterisation techniques to produce nanomaterials that address contemporary challenges in material science. These insights support ongoing innovation in fields such as catalysis, sensor technology, and microelectronics.