(Discontinued) CT5288 Incoloy 330 Capillary Tube

Alloy 330 Capillary Tube UNS N08330 Description

Alloy 330 Capillary Tube UNS N08330 is manufactured from a nickel-based alloy engineered for applications requiring sustained performance under elevated temperatures and corrosive conditions. The tube's controlled composition ensures a balance between oxidation resistance and mechanical flexibility, which is critical for precise fluid delivery in industrial settings. Engineered with stringent dimensional tolerances, it offers predictable flow characteristics and stability in thermal cycling environments.

Alloy 330 Capillary Tube UNS N08330 Characteristics

Chemical Composition (Wt%)

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

Alloy 330 Capillary Tube UNS N08330 Applications

Industrial Processing
- Used as a capillary conduit in heat exchangers to achieve stable fluid distribution by leveraging its thermal stability.
- Applied as precision tubing in chemical processing systems to maintain controlled flow rates amid reactive fluid exposure.

Electronics Cooling Systems
- Serves as a micro-channel in cooling circuits to manage thermal loads by utilising its consistent dimensional tolerances.
- Frequently used in semiconductor processing equipment to direct coolant flow, ensuring optimal temperature regulation.

Laboratory Equipment
- Employed as critical tubing in analytical instruments to maintain accurate sample delivery under high-temperature conditions by using its oxidation-resistant properties.

Alloy 330 Capillary Tube UNS N08330 Packing

The tube is packaged in anti-corrosive, moisture-resistant materials and secured in rigid, shock-absorbent containers. Storage guidelines recommend a controlled environment with low humidity and stable temperature to prevent surface tarnish and dimensional changes. Customised packaging solutions, including protective foam inserts and sealed plastic casings, may be available for specific handling requirements.

Additional Information

Alloy 330 capillary tubes are part of a class of high-performance nickel alloys that serve vital roles in systems operating under high thermal and chemical stresses. Their formulation is carefully balanced to offer a blend of oxidation resistance and mechanical strength, making them a subject of extensive research in metallurgy for extreme environment applications. 

Understanding the alloy's behaviour under different processing conditions is critical for applications ranging from industrial processing to advanced electronics cooling. The ongoing development in metallurgy continues to refine these materials, ensuring that they consistently meet the demands imposed by modern technological challenges.