TA7129 Tantalum Foil, Tantalum Strip UNS R05400, 0.001" Thickness

Tantalum Foil, Tantalum Strip UNS R05400, 0.001" Thickness Description

Tantalum Foil and Tantalum Strip UNS R05400 in 0.001-inch thickness is renowned for its exceptional corrosion resistance, high melting point, and excellent formability. Produced to meet ASTM B708 specifications and compliant with ASTM F560 requirements for medical applications, this premium-grade tantalum foil offers reliable performance under extreme conditions. Its uniform thickness range, from 1.18 inches to 12 inches in width, is supplied in coils of varying lengths, ensuring easy customization for diverse project needs. Because of its biocompatibility and robust mechanical properties, this tantalum material is an ideal choice for medical implants and precision medical components. It also excels in demanding electronic, chemical, and aerospace applications, where strength, purity, and conformity to industry standards are essential. Each coil undergoes rigorous quality control checks to guarantee consistency and peak product reliability.

Tantalum Foil, Tantalum Strip UNS R05400, 0.001" Thickness Applications

With a high melting point, outstanding corrosion resistance, and notable ductility, Tantalum Foil and Tantalum Strip (UNS R05400) at 0.001" thickness offer diverse benefits across various industries. Their unique chemical inertness and remarkable mechanical strength make them ideal for demanding environments that require superior performance. Thanks to these properties, tantalum products often outperform competing metals in electronics, chemical processing, and aerospace settings.

1. Electronics Applications

·         Capacitor Components: Tantalum’s excellent dielectric properties ensure stable and efficient operation in high-performance capacitors.

·         Semiconductor Equipment: The metal’s purity and reliability make it ideal for use in etching and deposition systems handling delicate microchip fabrication.

·         High-Frequency Circuits: Tantalum’s low vapor pressure and resistance to thermal stress maintain signal clarity in sensitive circuit designs.

2. Chemical Processing Applications

·         Corrosion-Resistant Reactors: Tantalum’s inertness to strong acids and bases protects reaction vessels from chemical attack.

·         Protective Liners: The foil serves as a thin, lightweight barrier to safeguard structural materials in aggressive processing conditions.

·         Heat Exchanger Tubes: Tantalum’s thermal conductivity delivers efficient heat transfer while withstanding corrosive media.

3. Aerospace Applications

·         Heat-Resistant Components: Tantalum’s high melting point ensures durability under extreme temperature fluctuations.

·         Structural Elements: Lightweight, strong tantalum strips reinforce critical aerospace assemblies where corrosion resistance is vital.

·         Ion Propulsion Systems: The metal’s stability at high temperatures aids in generating thrust with minimal wear and contamination.

Tantalum Foil, Tantalum Strip UNS R05400, 0.001" Thickness Packaging

Each Tantalum Foil, Tantalum Strip UNS R05400 at 0.001" thickness is carefully wrapped in protective materials such as polyethylene film or polyurethane foam to prevent scratches. The sealed package is then vacuum-packed in moisture-barrier bags, ensuring minimal oxidation and corrosion. To further safeguard against environmental factors, anti-corrosion sheets can be included. Customized labeling, dimensions, and packing quantities are available upon request to meet specific requirements.

Packaging: Vacuum sealed, Wooden Box, or Customized.

Tantalum Foil, Tantalum Strip UNS R05400, 0.001" Thickness FAQs

Q1: What are the key material properties of Tantalum Foil, Tantalum Strip UNS R05400, 0.001" Thickness?
A1: The key material properties of Tantalum Foil, Tantalum Strip UNS R05400, 0.001" thickness revolve around its high melting point, excellent corrosion resistance, and remarkable formability. Tantalum's melting point of approximately 2996°C, combined with an oxide layer that resists chemical attack, makes it suitable for demanding applications. This ultra-thin material also offers high yield strength and ductility, facilitating deep drawing processes. Additionally, the low thermal expansion coefficient ensures consistent dimensional stability under various temperature conditions.
Q2: How can this tantalum product be processed or fabricated?
A2: Processing and fabricating Tantalum Foil, Tantalum Strip UNS R05400, 0.001" thickness typically involves cold rolling, annealing, and specialized forming operations. These materials can be stamped, deep drawn, or machined as needed because of their high ductility. Vacuum or inert atmosphere environment is recommended during welding to maintain purity and minimize oxidation. Additionally, chemical etching and electropolishing may be used to achieve precise geometries, smooth edges, and uniform surface finishes.
Q3: Which quality standards and certifications apply to Tantalum Foil, Tantalum Strip UNS R05400, 0.001" Thickness?
A3: Quality standards and certifications for Tantalum Foil, Tantalum Strip UNS R05400, 0.001" thickness typically include compliance with ASTM B708 specifications, ensuring chemical purity and mechanical property consistency. Manufacturers often provide material certifications like EN10204 3.1 or 3.2 for full traceability. Additionally, AS9100 or ISO 9001 quality management systems may be in place. Third-party testing, including ultrasonic inspection and microstructural analyses, further confirms the product’s physical and chemical conformance.

Related Information

1. Raw Materials - Tantalite

Tantalum is a rare metal that constitutes roughly 0.0002% of the Earth's crust. It is primarily sourced from tantalite ore, which is found in pegmatite formations and alluvial deposits. Stanford Advanced Materials sources high-grade tantalite from ethical mining operations, ensuring compliance with Conflict-Free Minerals regulations.

2. Recycling of Scrap Materials

Tantalum Recycling of Scrap. The recycling process involves collecting scrap from various sources, including end-of-life electronic components, manufacturing waste, and obsolete equipment containing tantalum parts.