TA7172 Tantalum Wire (Ta Wire) UNS R05400, Dia. 3.0 mm

Tantalum Wire (Ta Wire) UNS R05400, Dia. 3.0 mm Description

Tantalum Wire (Ta Wire) UNS R05400 with a 3.0 mm diameter is valued for its exceptional corrosion resistance, high melting point, and impressive mechanical stability. Manufactured to meet ASTM B365 standards, this wire consists of premium-grade tantalum that ensures minimal impurity levels. Its outstanding thermal and electrical conductivity makes it suitable for a wide range of demanding applications, including heat exchangers in chemical processing and components in high-performance electronics.

In addition to its strong physical properties, this Tantalum Wire offers remarkable strength and ductility, allowing for precise forming during production. Each batch undergoes stringent testing to verify compliance with quality standards, making it appropriate for use in sensitive industries such as medical devices and aerospace engineering. With consistent reliability and performance, Tantalum Wire UNS R05400 is an excellent choice for projects requiring superior purity and durability.

Tantalum Wire (Ta Wire) UNS R05400, Dia. 3.0 mm Applications

Tantalum wire (UNS R05400) with a 3.0 mm diameter offers exceptional performance in demanding environments due to its high melting point, excellent corrosion resistance, and robust mechanical strength. Its superior conductivity and ductility allow for consistent operation in harsh conditions, making it vital across various industries. Whether in advanced electronics, corrosive chemical processes, or high-temperature aerospace settings, tantalum wire provides reliable and long-lasting service.

1. Electronics Applications

·        Capacitor Components: Tantalum’s high dielectric constant and stability make it suitable for manufacturing capacitor anodes that ensure compact sizes and reliable energy storage.

·        Semiconductor Equipment: Its excellent thermal conduction and chemical inertness support the fabrication of intricate parts used in advanced semiconductor manufacturing.

2. Chemical Processing Applications

·        Corrosion-Resistant Reactors: Tantalum’s immunity to chemical attack helps protect reactor vessels against strong acids and other reactive substances.

·        Protective Liners: Thin yet durable liners made from tantalum wire reinforce chemical containment systems, prolonging equipment life and enhancing safety.

3. Aerospace Applications

·        Heat-Resistant Components: Tantalum’s remarkable melting point and high-temperature strength enable use in turbojet engine parts and other critical heat-affected assemblies.

·        Structural Elements: The material’s exceptional ductility and stability under mechanical stress allow for advanced designs in aerospace frameworks where reliability is vital.

Tantalum Wire (Ta Wire) UNS R05400, Dia. 3.0 mm Packaging

Each spool of Tantalum Wire (Ta Wire) UNS R05400, Dia. 3.0 mm, is vacuum-sealed to prevent moisture intrusion, then wrapped in a protective layer of foam and corrosion-resistant materials. Additional anti-static barriers ensure cleanliness and integrity during transit. We offer customisable spool sizes and labelling options to accommodate customer needs, ensuring easy handling, storage, and identification throughout the supply chain.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Tantalum Wire (Ta Wire) UNS R05400, Dia. 3.0 mm FAQs

Q1: What are the key material properties of Tantalum Wire (Ta Wire) UNS R05400, Dia. 3.0 mm?

A1: Ta Wire UNS R05400 is characterised by its high melting point (approximately 3,017°C), exceptional corrosion resistance against most acids, and excellent formability even at low temperatures. Its high ductility and conductive properties make it suitable for electronic components and medical implants. Typically, its tensile strength ranges from 200 to 400 MPa, depending on heat treatment, ensuring mechanical reliability in demanding applications.

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

A2: Due to its high melting point, specialised forging and rolling techniques are employed to shape Tantalum Wire. Vacuum or inert atmosphere annealing helps maintain purity and ductility. The wire can be drawn repeatedly through tungsten-carbide dies to reach the desired diameter. Additionally, electron beam or plasma welding methods provide reliable joins in complex assemblies, ensuring stability and preserving the wire’s inherent corrosion resistance.

Q3: Which quality standards and certifications apply to Tantalum Wire (Ta Wire) UNS R05400, Dia. 3.0 mm?

A3: Commonly, ASTM B365 outlines the specifications for Tantalum Wire, ensuring consistent chemical composition, mechanical properties, and dimensional tolerances. Additional certifications often include ISO 9001 for quality management and AS9100 if utilised in aerospace applications. Material test reports and mill certifications confirm compliance with standards, verifying traceability and batch integrity. Adherence to these protocols guarantees product reliability, especially in medical, chemical processing, and high-temperature environments.

Related Information

1. Raw Materials - Tantalite

Tantalum is an exceptionally rare metal, constituting about 0.0002% of the Earth's crust. Mined primarily from tantalite ores found in regions such as Brazil, Australia, and Central Africa, these deposits are evaluated to meet Stanford Advanced Materials’ ethical sourcing standards. By collaborating with reputable mining partners who follow stringent labour and environmental practices, Stanford Advanced Materials ensures that each batch of Tantalum Wire (Ta Wire) UNS R05400, Dia. 3.0 mm is obtained responsibly and remains free from conflict-attributed materials. The quality of the tantalite ore directly influences the metallurgical properties crucial for Tantalum Wire (Ta Wire) UNS R05400, Dia. 3.0 mm, including tensile strength and resistance to chemical attack. Suppliers must meet strict purity thresholds, which allows for precise control over the wire’s microstructure. Stanford Advanced Materials remains fully compliant with international Conflict-Free Minerals guidelines, upholding the highest standards of laboratory testing and traceability to guarantee product integrity.

2. Recycling of Scrap Materials

Recycling processes for Tantalum Wire (Ta Wire) UNS R05400, Dia. 3.0 mm often involve mechanical cutting and pulverising techniques that break down wire scraps into manageable sizes. Subsequent chemical separation processes, such as acid leaching and solvent extraction, are then employed to isolate reusable tantalum from impurities or alloying elements, ensuring a high-purity recycled feedstock. Additional recycling approaches include electron beam melting, which refines reclaimed tantalum by removing volatile contaminants before the metal is cast into ingots for further fabrication. Hydrogenation methods may also be adopted to produce capacitor-grade tantalum powder that meets strict electrical performance requirements. These advanced recycling technologies conserve critical resources and reduce environmental impact while maintaining the performance attributes demanded by Tantalum Wire (Ta Wire) UNS R05400, Dia. 3.0 mm applications.