IR10143 Iridium Ingot, Ir Ingot

Iridium Ingot, Ir Ingot Description

Iridium Ingot, Ir Ingot is cast from high-purity iridium (chemical symbol Ir) and exhibits a density of 22.56 g/cm³, which is critical for applications requiring precise mass and volume consistency. The ingot form facilitates subsequent processing steps, including machining and fabrication, while maintaining a uniform microstructure. Its physical properties allow for performance predictability under high-temperature conditions, making it suitable for intricate material research and development applications in advanced industrial settings.

Iridium Ingot, Ir Ingot Applications

Industrial Applications
- Utilised as a catalyst support in chemical processing systems to achieve controlled reaction kinetics by leveraging its high material purity and density.

Electronics Applications
- Applied as an electrical contact component in switching systems to achieve minimal wear through its stable density and thermal performance.

Iridium Ingot, Ir Ingot Packing

The ingot is secured in a custom-moulded, anti-static foam tray and enclosed in a sealed, corrosion-resistant metal container to limit exposure to atmospheric contaminants. It is stored at controlled room temperatures with humidity regulation. Additional packaging options, including vacuum-sealed and inert gas purged containers, are available for specific storage or transport requirements.

Frequently Asked Questions

Q1: How do customised dimensions affect processing and application integration?
A1: Customised dimensions enable compatibility with specialised manufacturing equipment and fabrication protocols. This flexibility supports tailored integration into systems requiring precise geometry, minimising material waste, and ensuring dimensional conformity throughout the production cycle.

Q2: What precautions are necessary given the high density of 22.56 g/cm³?
A2: Handling the ingot requires care to prevent mechanical damage as its high density can impose significant loads on processing equipment. It is advisable to use precision lifting tools and maintain a vibration-free work environment to avoid structural stress during transport and machining.

Q3: Can the ingot be further processed into smaller components?
A3: Yes, the ingot can undergo machining, cutting, or forging processes to create components with specific sizes or shapes. Process parameters should be optimised based on the material’s density and thermal properties to ensure dimensional accuracy and minimal internal stress.

Additional Information

Iridium belongs to the platinum group metals and is known for its high density and exceptional resistance to corrosion. Its unique physical properties, including a high melting point and robust chemical inertness, render it valuable in high-temperature and chemically demanding environments. These characteristics are critical for reliable performance in research and development scenarios.

Beyond its primary applications, iridium is frequently studied for its microstructural stability and response under extreme conditions. Advances in metallurgical processing and analytical techniques continue to expand its usability in diverse industrial research settings, where precise material behaviour is paramount.