NB7474 Niobium Wire UNS R04210, Dia. 0.002 inch

Niobium Wire UNS R04210, Dia. 0.002 inch Description

Niobium Wire UNS R04210 in a 0.002-inch diameter is renowned for its exceptional high-temperature strength, excellent corrosion resistance, and reliable performance in demanding environments. This wire is manufactured in accordance with ASTM B392 standards, ensuring a high level of purity and consistent mechanical properties. Niobium’s remarkable resistance to chemicals and oxidation makes it suitable for use in advanced applications such as medical devices, semiconductor components, and aerospace instrumentation.

Its conductivity and minimal thermal expansion enable efficient conduction of electricity, particularly under elevated or fluctuating temperatures. With strict adherence to quality controls, every spool of Niobium Wire UNS R04210 is produced to meet stringent dimensional tolerances. This product delivers both the reliability and performance essential for critical engineering projects.

Niobium Wire UNS R04210, Dia. 0.002 inch Applications

Niobium Wire UNS R04210 with a diameter of just 0.002 inch offers a range of industrial benefits. Known for its high melting point, exceptional superconductivity, and resistance to corrosion, this thin wire finds use across numerous sectors. Its application includes powering advanced electronic devices, serving specialized chemical needs, or supporting aerospace technologies, thereby enhancing innovation in demanding environments.

1. Electronics Applications

·         Superconducting Circuits: Niobium Wire’s thin diameter and high conductivity make it suitable for creating efficient superconducting loops used in electronics.

·         Micro-Electrodes: The minute size and strong corrosion resistance allow its use in precise sensor probes and electrode contacts for biomedical devices.

2. Chemical Processing Applications

·         Corrosion-Resistant Probes: Niobium Wire’s chemical stability under extreme conditions ensures accurate measurements in harsh processing environments.

·         High-Precision Filtration: Its fine diameter can be woven into filters that withstand aggressive chemicals while maintaining structural integrity.

3. Aerospace Applications

·         Hypersonic Vehicle Testing: Niobium Wire’s ability to handle high temperatures and mechanical stress makes it suitable for sensor wiring in extreme flight conditions.

·         Ultra-Lightweight Connectors: Its strength-to-weight ratio helps reduce overall spacecraft mass while maintaining reliable electrical connections.

Niobium Wire UNS R04210, Dia. 0.002 inch Packaging

At ABC Company, Niobium Wire UNS R04210, 0.002 inch diameter, is carefully wound onto sturdy plastic spools, wrapped in corrosion-resistant barrier film, and vacuum-sealed to protect against oxidation. The goods are then placed in hermetic foil bags and cushioned in foam-lined boxes for additional impact protection. Custom packaging solutions, such as controlled-environment pouches or specialised labeling, are available upon request to meet specific handling requirements and ensure product integrity during transit.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Niobium Wire UNS R04210, Dia. 0.002 inch FAQs

Q1: What are the key material properties of Niobium Wire UNS R04210, Dia. 0.002 inch?

A1: Niobium Wire UNS R04210 at 0.002 inch diameter offers excellent corrosion resistance against many acids, a high melting point above 2 400°C, and remarkable ductility that allows for precision forming. Its density is approximately 8.57 g/cm³, ensuring a good strength-to-weight ratio. The wire’s microstructure is stable under high temperatures, while its high electrical conductivity and biocompatibility make it valuable for advanced electronic, medical, and aerospace applications.

Q2: How can Niobium Wire UNS R04210, Dia. 0.002 inch be processed or fabricated?

A2: Niobium Wire UNS R04210 with a 0.002 inch diameter can be cold drawn in multiple passes to retain dimensional accuracy while maintaining ductility. It is often annealed in a high-vacuum or inert-gas environment to remove work hardening and reinforce its microstructure. Laser or electron-beam welding is typically employed for joining. Additionally, chemical etching or electrochemical polishing can be employed for surface finishing in precision applications.

Q3: Which quality standards and certifications apply to Niobium Wire UNS R04210, Dia. 0.002 inch?

A3: Niobium Wire UNS R04210 is commonly supplied under ASTM B392 specifications, covering niobium and niobium alloy rod and wire requirements. Manufacturers often comply with ISO 9001 for quality management and may adhere to additional industry standards, such as ASME or AMS, depending on the application. Material certifications confirming chemical composition and mechanical properties are usually provided. For medical or pharmaceutical uses, compliance with relevant biocompatibility and regulatory guidelines is also essential.

Related Information

1. Manufacturing Process

Notable care is taken during the production of Niobium Wire UNS R04210, particularly when shaping it to a diameter of 0.002 inch. Advanced wire-drawing techniques, combined with precise heat treatment, help maintain the alloy’s grain structure for optimal performance. The controlled pulling of the wire through progressively smaller dies ensures consistency in thickness and surface finish. This approach is critical for minimising potential flaws in such a fine gauge.

Thorough testing and inspection at each stage of manufacturing safeguard the small-diameter wire from any microcracks or other defects. Instruments evaluate the wire’s dimensional accuracy, while additional checks confirm mechanical properties like tensile strength and elongation. Because Niobium Wire UNS R04210 is often used in demanding environments, manufacturers place great emphasis on preserving even the smallest details so that the wire meets all technical specifications.

2. Applications in Advanced Industries

Aerospace projects frequently rely on Niobium Wire UNS R04210, Dia. 0.002 inch for its capacity to withstand extreme temperatures. In propulsion systems or specialised sensors, this ultra-fine wire can handle challenging conditions without sacrificing mechanical performance. Its resistance to corrosion and ability to maintain strength at elevated temperatures make it a preferred choice for critical mission components.

Innovative medical technologies also benefit from this high-purity niobium grade. In specialised diagnostic equipment and surgical tools, the wire’s minimal diameter permits precision. Furthermore, Niobium Wire UNS R04210 can be integrated into advanced implants where its biocompatibility and superior corrosion resistance enhance patient outcomes.