TA7173 Tantalum Disc (Ta Disc) UNS R05200

Tantalum Disc (Ta Disc) UNS R05200 Description

Our Tantalum Disc (Ta Disc) UNS R05200 offers exceptional performance and reliability by virtue of tantalum’s unique properties. Manufactured to meet ASTM B708 standards, this disc exhibits excellent corrosion resistance, high melting point, and mechanical strength. Its resistance to chemical attack makes it suitable for demanding environments, ensuring a long service life and consistent performance under intense conditions. With fully customisable dimensions, our Ta Disc can be precisely tailored to fit your exact requirements without compromising its properties.

Industries such as electronics, chemical processing, and medical device manufacturing rely on tantalum for its biocompatibility, stability, and conductivity. We maintain strict quality standards throughout our production and testing processes, verifying that every Tantalum Disc meets or exceeds performance and compatibility expectations. Choose our UNS R05200 Tantalum Disc for a dependable solution that embodies innovation, durability, and adherence to international quality benchmarks.

Tantalum Disc (Ta Disc) UNS R05200 Applications

Tantalum (Ta) discs are widely recognised for their corrosion resistance, high melting point, and biocompatibility. These characteristics make them essential in various industrial sectors. With their ability to perform reliably in adverse and extreme conditions, Tantalum discs, such as UNS R05200, find extensive use in electronics, chemical processing, and aerospace applications.

1. Electronics Applications

·        Capacitor Components: Tantalum’s high capacitance and stability make it suitable for reliable capacitor plates and electrodes

·        Semiconductor Equipment: Its thermal conductivity and resistance to contamination support critical components in wafer processing

2. Chemical Processing Applications

·        Corrosion-Resistant Reactors: Tantalum’s resistance to many acids ensures reliable reactor vessels that withstand aggressive chemical environments

·        Protective Liners: Used as liners or claddings in tanks and pipes to protect base materials from corrosive substances

3. Aerospace Applications

·        Heat-Resistant Components: High-temperature tolerance makes Tantalum valuable for parts exposed to extreme heat in propulsion and exhaust systems

·        Structural Elements: The alloy’s strength and durability under stress are vital for spacecraft and satellite frameworks

Tantalum Disc (Ta Disc) UNS R05200 Packaging

Tantalum Disc (Ta Disc) UNS R05200 is carefully packaged using specialised plastic wrap and bubble wrap to protect surfaces from scratches. Vacuum-sealed pouches are used to prevent contaminants and oxidation. Additional moisture-resistant layers or corrosion inhibitors may be added. Our packaging approach ensures safe transit and extended shelf life. Custom packaging options, including customised labelling or alternative protective materials, are also available to meet unique requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Tantalum Disc (Ta Disc) UNS R05200 FAQs

Q1: What are the key material properties of Tantalum Disc (Ta Disc) UNS R05200?

A1: Ta Disc UNS R05200 is known for its high melting point (2996 °C), corrosion resistance (especially against most acids), and mechanical properties. It also exhibits ductility and workability, making it suitable for complex fabrication needs. Its thermal and electrical conductivity further enhance its performance in demanding applications like chemical processing, semiconductor manufacturing, and medical devices.

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

A2: Tantalum Disc can be shaped using various techniques, including forging, rolling, and machining. Because tantalum is highly ductile, it can be cold worked or hot worked as needed, depending on the desired form and thickness. Vacuum or inert atmosphere conditions are often used to prevent oxidation. Additionally, advanced methods like electron beam welding and precision CNC machining help create custom shapes while preserving the metal’s properties.

Q3: Which quality standards and certifications apply to Tantalum Disc (Ta Disc) UNS R05200?

A3: Ta Disc UNS R05200 typically adheres to standards such as ASTM B708, which specifies chemical composition, tensile properties, and dimensions. Additional guidelines, like ASME Section II for pressure applications, may also apply. Manufacturers often follow strict quality control protocols, including ultrasonic testing and chemical analysis, to ensure purity and mechanical integrity. Certifications such as ISO 9001 further confirm consistent production practices and compliance with customer requirements.

Related Information

1. Raw Materials - Tantalite

Tantalum is an exceptionally rare metal, constituting about 0.0002% of the Earth's crust. The primary source for Tantalum Disc (Ta Disc) UNS R05200 is tantalite ore, which is often mined in regions with significant deposits such as parts of Central Africa, Australia, and Brazil. Stanford Advanced Materials ensures ethical sourcing by working only with suppliers who adhere to rigorous labour standards, traceability, and responsible tailings management practices. High-grade tantalite ore is purified and refined to create the feedstock for Tantalum Disc (Ta Disc) UNS R05200, giving the disc corrosion resistance and mechanical strength. The quality of these raw materials directly impacts the final performance of the disc, influencing factors like grain structure and ductility. Stanford Advanced Materials is fully compliant with international Conflict-Free Minerals guidelines, guaranteeing that each finished Tantalum Disc meets the highest ethical and quality benchmarks.

2. Recycling of Scrap Materials

Recycling methods tailored to Tantalum Disc (Ta Disc) UNS R05200 often involve specialised mechanical and chemical processes. These may include crushing and milling for size reduction, followed by solvent-based extraction to isolate and recover the pure Tantalum metal. By implementing robust separation and refining protocols, Stanford Advanced Materials maximises material yield and preserves the essential properties of the UNS R05200 grade. Other advanced recycling approaches for Tantalum Disc (Ta Disc) UNS R05200 include electron beam melting, which helps remove impurities at high temperatures. Hydrogenation techniques, particularly favoured for creating capacitor-grade powder, are also employed to enhance the consistent quality of reclaimed Tantalum. These methods support a sustainable lifecycle for Tantalum Discs by reducing waste and ensuring a steady supply of high-purity metal.