TA7194 Tantalum Capillary, Ta Capillary UNS R05200, OD. 1 mm

Tantalum Capillary, Ta Capillary UNS R05200, OD. 1 mm Description

Our Tantalum Capillary, crafted from high-purity UNS R05200 Tantalum, offers exceptional corrosion resistance, impressive thermal conductivity, and outstanding biocompatibility. With a remarkably high melting point, Tantalum delivers unwavering performance even in the most demanding chemical and thermal environments. Its 1 mm outer diameter ensures precise control, making it ideal for intricate applications in the medical, aerospace, and electronics industries. Whether used for laboratory research or high-performance equipment, this Tantalum Capillary offers dependable reliability and longevity.

Manufactured in full compliance with ASTM B521, our Tantalum Capillary meets stringent quality standards to consistently deliver superior mechanical and dimensional accuracy. Stringent quality checks and rigorous production controls ensure uniform wall thickness, precise tolerances, and reliable service life. Depend on this UNS R05200 Tantalum Capillary to uphold performance excellence across a range of crucial projects, from pharmaceutical development to advanced semiconductor processes.

Tantalum Capillary, Ta Capillary UNS R05200, OD. 1 mm Applications

Tantalum Capillary, also known as Ta Capillary UNS R05200 with an outer diameter of 1 mm, is distinguished by its exceptional mechanical robustness, chemical inertness, and remarkable high-temperature stability. These attributes make tantalum ideal for a variety of critical applications across multiple industries. From providing precise fluid control to withstanding corrosive environments, tantalum capillary solutions offer reliability, durability, and consistent performance.

1. Electronics and Semiconductor Applications

·         High-Precision Capacitor Electrodes: Tantalum’s excellent purity and conductivity make these capillaries ideal for producing stable, miniaturised capacitor components.

·         Ion Implantation Equipment: Tantalum’s high melting point ensures reliable operation in advanced semiconductor processing systems, even under extreme heat and vacuum conditions.

2. Chemical Processing Applications

·         Corrosion-Resistant Probes: With superior chemical stability, tantalum capillaries excel as probes in aggressive environments for accurate fluid analysis.

·         Ultra-Pure Fluid Transfer: Tantalum’s inertness helps maintain purity in chemical reactions, making it an optimal choice for critical fluid transfer applications.

3. Medical Applications

·         Implantable Drug Delivery Systems: Biocompatible tantalum capillaries ensure safe and precise release of medications within the body.

·         Precision Surgical Instruments: Tantalum’s strength and non-reactive nature support delicate procedures while minimising potential adverse reactions.

Tantalum Capillary, Ta Capillary UNS R05200, OD. 1 mm Packaging

Each Tantalum Capillary is carefully sealed in an airtight, anti-static bag to prevent contamination. The packaging is then vacuum-packed to ensure minimal moisture or environmental exposure. Additional layers of corrosion-resistant material guard against oxidation. For added protection, a reinforced shipping container, designed for safe handling and transportation, is used. Customised packaging options, including labeling, barcoding, and tailored dimensions, can be arranged upon request.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Tantalum Capillary, Ta Capillary UNS R05200, OD. 1 mm FAQs

Q1: What are the key material properties of Tantalum Capillary, Ta Capillary UNS R05200, OD. 1 mm ?

A1: Tantalum Capillary, Ta Capillary UNS R05200, OD. 1 mm is characterised by high corrosion resistance, particularly against most acids. It also features excellent ductility, allowing it to be cold worked to tight tolerances without significant risk of cracking. Additionally, it has a high melting point of 2 996°C and outstanding biocompatibility, which makes it suitable for various medical and chemical applications requiring stringent purity and durability.

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

A2: Tantalum capillaries can be produced through a combination of cold drawing and intermediate annealing. Cold drawing reduces diameter while ensuring tight dimensional control, and repeated annealing steps restore ductility, preventing stress-induced fractures. If necessary, laser or electron-beam welding can be used for complex assemblies, and careful cleaning with inert atmospheres preserves material purity. Precision cutting and finishing techniques complete the fabrication process.

Q3: Which quality standards and certifications apply to Tantalum Capillary, Ta Capillary UNS R05200, OD. 1 mm ?

A3: Tantalum Capillary, Ta Capillary UNS R05200, OD. 1 mm typically meets ASTM B365 or ASTM F560 specifications, ensuring mechanical integrity and chemical composition. Manufacturers often certify compliance with ISO 9001 for quality management practices. Additional third-party testing, such as ultrasonic inspections and dimensional verifications, may be conducted to further validate conformance. For healthcare-related applications, relevant biocompatibility standards from agencies like the FDA or ISO 13485 may apply.

Related Information

1. Material Properties and Advantages

Tantalum Capillary in the UNS R05200 grade stands out for its extraordinary corrosion resistance and biocompatibility. Its OD. 1 mm structure is especially favoured in environments where chemical inertness is essential, such as medical instruments requiring minimal interaction with delicate fluids. This capillary’s density and high melting point further enhance its stability under elevated temperatures, making it a reliable option for intricate systems that demand precision and resilience.

Metallurgical consistency is another critical advantage of this Tantalum Capillary. The controlled microstructure of UNS R05200 ensures uniform mechanical characteristics along the entire length, while also enabling predictable performance across a broad scope of industrial applications. Its high ductility facilitates the creation of complex shapes, and its compact OD. 1 mm dimension enables the device to be seamlessly integrated into devices where space efficiency is paramount.

2. Applications in Advanced Industries

Burgeoning fields such as aerospace, semiconductor manufacturing, and nuclear research increasingly rely on this Tantalum Capillary, thanks to its composition in the UNS R05200 grade. The OD. 1 mm dimension is highly valued in applications requiring precise fluid transfer and minimised risk of contamination. These industries value the material’s resistance to harsh chemicals and severe temperatures, ensuring functionality in environments that demand stringent safety standards.

Engineers working on sophisticated medical devices also benefit from the capillary’s unique characteristics. The combination of corrosion resistance, biocompatibility, and fine dimensional control makes it ideal for components like catheter tubes, surgical probes, and specialised instrumentation. By integrating this Tantalum Capillary into advanced equipment, designers can maintain both patient safety and reliable performance, reinforcing its status as a key material in important sectors.