TA7192 Tantalum Capillary, Ta Capillary UNS R05200

Tantalum Capillary, Ta Capillary UNS R05200 Description

Tantalum Capillary (UNS R05200) offers exceptional corrosion resistance, high melting point, and mechanical strength, making it a versatile solution for demanding applications. Manufactured to ASTM B521 standards, this grade of tantalum demonstrates excellent chemical inertness and biocompatibility. Its ductility and thermal conductivity ensure stable performance even under extreme temperatures and harsh operating conditions. With customised dimensions available, this capillary integrates into a variety of systems.

Often used in chemical processing, medical technology, and aerospace applications, Tantalum Capillary (UNS R05200) provides reliable and long-lasting performance. Our strict adherence to quality standards and rigorous inspections guarantee consistent wall thickness and uniform microstructure, enabling precise fluid control and minimal contamination. Trust this premium-grade tantalum capillary to deliver the durability and purity necessary for your critical operations.

Tantalum Capillary, Ta Capillary UNS R05200 Applications

Tantalum Capillary (Ta Capillary UNS R05200) is highly valued for its exceptional corrosion resistance, high melting point, and biocompatibility. Its properties make it an ideal choice for demanding applications that require purity, durability, and reliability. From chemical processing equipment to advanced medical devices, tantalum capillaries offer performance in extreme environments. Below are three key categories showcasing specific uses that leverage the attributes of this versatile material.

1. Medical and Laboratory Applications

·         Surgical Instruments: Tantalum capillaries provide biocompatible pathways for fluid transfers and precise incisions.

·         Analytical Equipment: Their purity and corrosion resistance are invaluable in sensitive testing and sample handling.

2. Chemical and Industrial Applications

·         Corrosion-Resistant Components: Tantalum capillaries excel in harsh chemical environments, ensuring long-lasting reliability.

·         High-Temperature Tubing: Exceptional thermal stability allows safe transport of reactive substances at elevated temperatures.

3. Electronics and Semiconductor Applications

·         Ultra-Pure Delivery Lines: Tantalum’s minimal contamination risk supports fault-free semiconductor production.

·         Ion Implantation Systems: Durable construction withstands plasma environments for accurate doping processes.

Tantalum Capillary, Ta Capillary UNS R05200 Packaging

To ensure safe transit of Tantalum Capillary (UNS R05200), each piece is cushioned with foam or bubble wrap, then vacuum-sealed in tamper-evident, moisture-resistant bags to minimise oxidation and corrosion. An outer crate or carton lined with corrosion inhibitors further safeguards product integrity. For specialised needs, custom packaging, labelling, and specific protective materials are available to accommodate unique transport or storage conditions.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Tantalum Capillary, Ta Capillary UNS R05200 FAQs

Q1: What are the key material properties of Tantalum Capillary, Ta Capillary UNS R05200 ?

A1: Ta Capillary UNS R05200 is known for its high melting point (~3017°C), excellent corrosion resistance, and ductility. Its chemical composition typically includes at least 99.9% Ta, ensuring minimal impurities and consistent mechanical performance. Tantalum’s strength is preserved even under high-temperature conditions, delivering reliability in chemical, medical, and electronic applications. Additionally, it demonstrates low vapor pressure and stable mechanical properties.

Q2: How can this tantalum product be processed or fabricated?

A2: Due to its ductility and high melting point, Tantalum Capillary UNS R05200 can be processed through cold working techniques such as drawing and rolling, followed by stress-relief annealing to maintain dimensional precision. Advanced welding methods, such as electron beam welding, ensure clean joints with minimal contamination. Chemical or electrochemical polishing may be used for surface finishing, resulting in a smooth bore and improved corrosion resistance.

Q3: Which quality standards and certifications apply to Tantalum Capillary, Ta Capillary UNS R05200 ?

A3: Manufacturers typically adhere to ASTM B365 for tantalum rod and wire standards, which can also apply to capillaries through dimensional and chemical composition control. Additional quality measures may involve adherence to ISO 9001 for consistent quality management and NAC/IEC guidelines to ensure traceability and repeatability in production. Material test reports (MTRs) help verify chemical composition, mechanical properties, and compliance with customer or regulatory requirements.

Related Information

1. Manufacturing Process

Commencing with the selection of premium UNS R05200 ingots, the creation of Tantalum Capillary involves multiple stages to ensure consistent dimensions and integrity. Skilled technicians employ specialised drawing techniques to achieve the precise capillary shape, taking care to maintain uniform walls and internal diameters. Customised dimensions are carefully monitored throughout each stage to match exact application requirements and guarantee optimal performance.

Undertaking controlled heat treatment is a critical step in stabilising the final capillary structure. This procedure refines the mechanical properties of Tantalum by relieving internal stresses, contributing to tensile strength and corrosion resistance. Rigorous inspections, including dimensional checks and surface evaluations, further reinforce quality standards, resulting in a finished product that meets tolerance specifications.

2. Comparative Analysis with Alternative Materials

Being renowned for its exceptional corrosion resistance and biocompatibility, UNS R05200 Tantalum Capillary offers distinct advantages over other metals such as stainless steel or titanium. In highly corrosive or high-temperature environments, traditional alternatives may degrade, whereas Tantalum retains its structure and functionality over extended periods. Its elevated melting point enhances its suitability for challenging operations that demand dependable performance.

Standing out as a specialised solution, Tantalum Capillary with customised dimensions delivers reliability in medical, chemical, and aerospace settings. While some competing materials present lower upfront costs, their drawbacks often include quicker wear, less precise control over internal diameters, and reduced tolerance for extreme environments. Tantalum’s unique combination of durability and purity makes it the material of choice when performance and longevity hold utmost importance.