IR10142 Iridium Bar, Ir Bar

Iridium Bar, Ir Bar Description

Iridium Bar, Ir Bar is manufactured using controlled melting and forging processes to achieve specific density and dimensional characteristics. The material, denoted as Ir (chemical symbol), exhibits chemical inertness and high thermal stability, supporting performance in environments subject to extreme temperatures and corrosive agents. Its density of 22.56 g/cm³ is maintained through rigorous metallurgical evaluations, ensuring the bar meets strict compositional and mechanical standards for industrial use.

Iridium Bar, Ir Bar Applications

Electronics
- Used as a component in high-temperature electrical connectors to achieve stable signal performance by leveraging its chemical inertness.

Industrial
- Applied as a structural element in furnace assemblies to maintain dimensional stability under severe thermal conditions by utilising its high density.

Iridium Bar, Ir Bar Packing

The Iridium Bar, Ir Bar is packaged in sealed, inert atmosphere containers lined with anti-static, moisture barrier materials. The bar is wrapped in oil-free, cleanroom-grade materials to preserve surface integrity and prevent contamination. Storage conditions are maintained under controlled temperature and humidity. Custom packaging is available to meet specific storage and transportation requirements.

Frequently Asked Questions

Q1: How is dimensional accuracy verified during production?
A1: The manufacturing process includes controlled melting and forging stages followed by metallographic inspection. These evaluations check for uniform density and precise dimensional characteristics, thereby minimising variances in the final product.

Q2: What methods are used to determine the chemical composition of the bar?
A2: XRF and metallographic analyses are conducted at multiple stages in production. These tests confirm the chemical composition and monitor potential contamination, ensuring the material adheres to specified standards.

Q3: Can the Iridium Bar be customised for specific industrial applications?
A3: Yes, the bar offers customizable dimensions to align with diverse industrial requirements. This customisation supports compatibility with varied processing equipment and operational environments.

Additional Information

Iridium is among the densest and hardest elements within the platinum group metals, known for its exceptional chemical inertness. The metal’s resistance to corrosion makes it suitable for use in environments subject to high temperatures and reactive chemicals. Its processing requires specific techniques to minimise impurities and maintain structural properties.

Advancements in materials science have refined the methods used to melt, forge, and inspect refractory metals like iridium. These improvements allow for better control over microstructural properties and dimensional attributes, supporting a diverse array of industrial applications that rely on thermal stability and chemical resistance.