(Discontinued) CT5283 Incoloy 926 Capillary Tube

Alloy 926 Capillary Tube UNS N08926 Description

Alloy 926 Capillary Tube UNS N08926 is fabricated from a nickel-based alloy specifically formulated to meet UNS N08926 standards. The tube is produced through a controlled extrusion process that guarantees uniform inner and outer dimensions necessary for precise fluid handling. Its metallurgical properties ensure stability under thermal stress, making it suitable for industrial applications that require dimensional consistency and performance.

Alloy 926 Capillary Tube UNS N08926 Characteristics

Chemical Composition (Wt%)

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

Alloy 926 Capillary Tube UNS N08926 Applications

Electronics and Semiconductor Manufacturing
- Utilised as a capillary channel in precision wiring systems to achieve controlled fluid delivery through its uniform dimensions.
- Applied within micro-scale cooling systems to maintain temperature stability owing to its thermal resistance.

Industrial and Process Engineering
- Functions as a component in high-temperature processing equipment to ensure consistent material flow through its stable metallurgical properties.
- Commonly employed in chemical processing setups where precise tubing minimises contamination risks.

Alloy 926 Capillary Tube UNS N08926 Packing

Alloy 926 Capillary Tube UNS N08926 is packaged within high-density polyethylene (HDPE) sleeves and encased in rigid cardboard boxes to minimise mechanical damage and contamination. The tubes are stored in a controlled temperature, low-humidity environment to prevent oxidation. Optional customisation, including vacuum sealing and desiccant inclusion, is available to meet specific storage and transportation requirements.

Additional Information

Nickel-based alloys, such as Alloy 926, are critical in applications where stability under high thermal and mechanical stress is required. The controlled extrusion process used in manufacturing ensures dimensional uniformity, which is vital for capillary applications in precision industries. Detailed metallurgical analysis during production helps monitor composition and microstructure, enhancing product performance.

Advances in alloy processing continue to refine the balance between thermal stability and mechanical strength. Ongoing research in high-temperature behaviour and microstructural control supports improved designs of capillary components for industrial fluid management and semiconductor process systems.