(Discontinued) CT5289 Incoloy 28 Capillary Tube

Alloy 28 Capillary Tube UNS N08028 Description

Alloy 28 Capillary Tube UNS N08028 is manufactured from a nickel-chromium-molybdenum alloy that meets UNS N08028 standards. It features a tubular form factor suitable for applications where controlled fluid transport and resistance to harsh chemical environments are essential. The alloy's specific composition minimises oxidation and deformation at high temperatures. Its engineered form supports precision in systems that require fine fluidic control and consistent material behaviour.

Alloy 28 Capillary Tube UNS N08028 Characteristics

Chemical Composition (Wt%)

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

Alloy 28 Capillary Tube UNS N08028 Applications

Industrial Processing
- Used as a component in chemical reactors to achieve controlled fluid distribution by leveraging the capillary action and high corrosion resistance.
- Applied as a micro-channel element in processing equipment to maintain stable flow dynamics under thermal stress.

Laboratory Equipment
- Utilised as a precision capillary in analytical instruments to achieve accurate sample delivery by leveraging the tube's consistent internal diameter and high structural integrity.

Electronics Cooling
- Serves as a channel in high-power electronics cooling systems to achieve efficient heat dissipation by leveraging the alloy's thermal stability and inherent resistance to oxidation.

Alloy 28 Capillary Tube UNS N08028 Packing

The Alloy 28 Capillary Tube UNS N08028 is packaged in sealed, anti-static containers lined with foam inserts to mitigate mechanical impacts during transit. A moisture barrier film protects against environmental exposure, and the units are stored under controlled temperature conditions. Custom packaging options, including labelled containers and secondary protective layers, are available to meet specific handling and transportation requirements.

Additional Information

Alloy 28 is part of the Incoloy family, known for its resistance to corrosion and high-temperature performance. Understanding the microstructural behaviour of nickel-based alloys is critical for applications that operate under severe thermal and chemical conditions. The controlled composition and processing techniques used in manufacturing these materials contribute to their predictable behaviour in demanding industrial setups.

In the broader context of exotic metals, alloys such as these are essential for systems where material integrity must be maintained despite harsh operating conditions. The scientific principles of phase stability and grain boundary control play a significant role in defining the performance of such capillary tubes, offering insight into advanced materials engineering.