(Discontinued) CT5285 Incoloy 59 Capillary Tube

Alloy 59 Capillary Tube UNS N06059 Description

Alloy 59 Capillary Tube UNS N06059 is a nickel-based tube manufactured to meet strict UNS standards. Its form factor contributes to precise fluid handling and reagent delivery where dimensional consistency is critical. The tube's microstructural uniformity and controlled composition make it suitable for applications that demand reproducible chemical and physical properties. Its design supports dependable integration into systems requiring exact flow control and minimal contamination.

Alloy 59 Capillary Tube UNS N06059 Characteristics

Chemical Composition (Wt%)

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

Alloy 59 Capillary Tube UNS N06059 Applications

Industrial Applications
- Used as a microfluidic conduit in chemical processing systems to achieve precise reagent distribution by leveraging the tube's consistent internal diameter.
- Applied as a sampling line in laboratory analytical equipment to attain accurate fluid transfer with minimal dispersion.

Process Instrumentation
- Serves as a component in fluidic sensors to improve signal consistency by employing the material's controlled metallurgical properties.
- Frequently used in calibration systems where exact volumetric control is critical, thus reducing measurement uncertainties.

Alloy 59 Capillary Tube UNS N06059 Packing

The capillary tube is packaged in anti-static, moisture-resistant wrapping and secured within a foam-lined container to mitigate physical stresses and prevent contamination. The packaging is designed for ambient temperature storage under controlled humidity conditions. Custom packaging solutions, including compartmentalised trays and re-sealable pouches, are available to accommodate specific storage and shipping requirements.

Additional Information

Nickel-based alloys such as Alloy 59 offer unique physicochemical properties that support precise applications in microfluidics and chemical analysis. Understanding the impact of alloy composition on tube performance is crucial in applications where dimensional accuracy and material uniformity ensure optimal system functionality.

Nickel alloys have been extensively studied for their corrosion resistance and thermal stability. The knowledge acquired in material science guides the development of capillary tubes with consistent metallurgical characteristics suitable for sensitive analytical instrumentation and industrial process monitoring.