RU10388 Ruthenium Powder, Ru Powder

Ruthenium Powder, Ru Powder Description

Ruthenium Powder, Ru Powder consists of finely divided particles of elemental ruthenium (atomic weight 101.07 g/mol) produced under controlled conditions. Its customisable dimensions allow integration into high-temperature processing and catalytic systems. Characterised by its high melting point and chemical inertness, the powder is engineered for applications requiring resistance to oxidation and efficient electron transport. The uniform particle structure supports repeatable performance in both research and industrial environments.

Ruthenium Powder, Ru Powder Characteristics

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

Ruthenium Powder, Ru Powder Applications

1.       Catalysis
   - Used as a catalyst in chemical reactors to achieve efficient reaction kinetics by leveraging its high chemical inertness.
   - Applied as an active component in catalytic converters to reduce harmful emissions by promoting oxidation reactions.

2.       Electronics
   - Employed as a thin-film resistor in semiconductor devices to moderate current flow by utilising its high melting point and stable electrical properties.
   - Utilised in sputtering targets for microelectronic interconnects to ensure controlled deposition processes.

3.       Industrial Processing
   - Used as an alloying agent in high-temperature materials to enhance corrosion resistance by incorporating its refractory properties.
   - Applied as a coating material in precision machinery to reduce wear by exploiting its hardness and chemical stability.

Ruthenium Powder, Ru Powder Packing

Ruthenium Powder is packaged in sealed, anti-static containers to mitigate contamination and maintain particle integrity. The product is encased in moisture-barrier bags and cushioned with inert foam inserts during shipping. Storage instructions recommend a cool, dry environment to prevent oxidation. Custom packaging options, including bulk containers and smaller, laboratory-grade quantities, are available upon request.

Frequently Asked Questions

Q1: What quality control measures are implemented during the production process?
A1: SAM employs SEM analysis and batch-wise chemical assays to verify particle size distribution and purity. This process minimises impurities and ensures each production lot meets stringent technical standards for specialised applications.

Q2: How does the powder form affect its application in high-temperature processes?
A2: The fine powder form facilitates rapid heat transfer and uniform melting during processing. This is beneficial in applications such as catalytic reactions and alloying, where consistent thermal behaviour is critical.

Q3: Can the particle size distribution be customised for specific applications?
A3: Yes, particle size distribution can be adjusted based on client requirements. Customisation is achieved by modifying milling processes, which allows for tailored integration into devices requiring precise material characteristics.

Additional Information

Ruthenium, a member of the platinum group metals, finds extensive use in fields where stability under extreme conditions is paramount. Its inherent resistance to wear and oxidation makes it a subject of interest in metallurgy and catalysis research. Academic and industrial studies continuously refine the production processes to enhance performance, particularly in high-temperature and chemically aggressive environments.

The material science community values ruthenium for its unique electronic properties and structural stability. Research into advanced powder metallurgy and custom particle synthesis has expanded its applications across electronics, chemical processing, and composite material manufacturing, illustrating its significant role in modern industrial technologies.