PT10159 Platinum Iridium Tube, Pt-Ir Tube

Platinum Iridium Tube, Pt-Ir Tube Description

Platinum Iridium Tube, Pt-Ir Tube is composed of a platinum-iridium alloy, commonly denoted as Pt-Ir, with a focus on achieving stable thermal and mechanical properties. The tube is available in customised dimensions, ensuring compatibility with precision measurement systems. Its chemical inertness and resistance to oxidation make it suitable for high-temperature environments. The controlled alloy composition and adherence to strict metallurgical processes support consistent performance in demanding industrial applications.

Platinum Iridium Tube, Pt-Ir Tube Applications

1.       Electronics and Semiconductor
   - Used as a structural component in temperature sensor assemblies to attain precise thermal readings by leveraging the material's oxidation resistance.
   - Applied in micro-bonding equipment to minimise thermal drift by utilising the tube's consistent thermal properties.

2.       Industrial Processing and Calibration
   - Used as an element in calibration furnaces to achieve stable temperature profiles by capitalising on the alloy's high temperature stability.
   - Applied as a support tube in measurement devices, mitigating dimensional variability through its customised sizing.

3.       Analytical Instruments
   - Serves as a pathway in thermal analysis equipment to facilitate accurate measurements by leveraging its chemical inertness.
   - Frequently used in spectrometric devices where controlled dimensions ensure repeatable performance and minimal signal interference.

Platinum Iridium Tube, Pt-Ir Tube Packing

The tube is packed in anti-static, moisture-resistant containers with shock-absorbing foam inserts to maintain its integrity during transit. Items are wrapped in inert material liners to reduce contamination risks and are stored at controlled temperatures to safeguard against oxidation. Customised packaging options, including compartmentalised inserts and clear labelling, are available to support safe handling and prolonged storage in laboratory or industrial environments.

Frequently Asked Questions

Q1: How does the customised dimension option affect tube performance?
A1: Customised dimensions allow precise integration into specialised equipment. Matching the tube’s size to specific device requirements minimises installation variances and helps maintain measurement accuracy.

Q2: In what way does the platinum-iridium composition influence thermal stability?
A2: The platinum-iridium composition is critical for maintaining stability at elevated temperatures. This alloy resists oxidation and maintains its microstructure, ensuring consistent performance during thermal cycling.

Q3: What quality control measures are implemented for this alloy tube?
A3: The manufacturing process includes detailed metallurgical analysis and post-production inspections. These quality control measures, such as microstructural imaging and composition verification, help maintain uniformity and performance consistency.

Additional Information

Platinum-based alloys play an essential role in applications requiring long-term thermal stability and chemical resistance. The combination of platinum with a minor percentage of iridium enhances the alloy’s structural integrity and resistance to high-temperature stress. Such materials are commonly employed in calibration devices and high-performance measurement systems, where minimal deviation is critical.

Understanding the metallurgical properties of Pt-Ir alloys is crucial for designing components that operate under severe conditions. Advances in alloy processing and quality control have allowed these materials to meet precise industrial specifications, supporting their continued use in scientific instrumentation and advanced manufacturing environments.