NB7458 Niobium Plate, Niobium Board, Niobium Sheet UNS R04210, 4 mm Thickness

Niobium Plate, Niobium Board, Niobium Sheet UNS R04210, 4 mm Thickness Description

Our Niobium Plate (UNS R04210) in a 4 mm thickness is recognised for its exceptional combination of high melting point, corrosion resistance, and strong ductility. Crafted to meet ASTM B393 quality standards, this niobium sheet offers reliable performance in demanding environments, making it a choice for industries such as aerospace, electronics, and energy production. Its purity level and mechanical stability ensure it maintains structural integrity even under extreme temperatures and corrosive conditions.

Thanks to its innovative metallurgy, this Niobium Board excels in applications requiring critical strength-to-weight ratios. Its ease of fabrication allows for customisation into complex shapes without compromising the inherent properties of niobium. Whether utilised in superconducting systems or sensitive chemical processes, our carefully manufactured Niobium Sheet delivers consistent quality and reliability, backed by rigorous testing to guarantee it meets your exacting specifications.

Niobium Plate, Niobium Board, Niobium Sheet UNS R04210, 4 mm Thickness Applications

Niobium Plate, Niobium Board, and Niobium Sheet UNS R04210 with a thickness of 4 mm serve vital roles in industries that demand high-temperature performance, excellent corrosion resistance, and unique mechanical properties. These materials find their way into electronics, chemical processing, and aerospace applications, thanks to niobium’s exceptional stability, capacity for precise fabrication, and impressive strength-to-weight ratio. With these attributes, niobium components continue to shape advanced technologies worldwide.

1. Electronics Applications

·         Capacitor Electrodes: Niobium’s conductivity and ability to handle high voltage make it suitable for critical capacitor components in high-performance circuits.

·         Semiconductor Fixtures: The 4 mm thickness provides robust support for delicate semiconductor wafers during fabrication processes.

·         Superconducting Circuits: Niobium’s low electrical resistance at cryogenic temperatures helps achieve efficient signal transmission in specialised applications.

2. Chemical Processing Applications

·         Corrosion-Resistant Tanks: The material’s protective properties in harsh chemical environments ensure long service life and reduced maintenance.

·         Acid-Chemical Reactors: Niobium’s stability under extreme pH conditions makes it a reliable choice for reactive chemical containment.

·         Protective Liners: 4 mm niobium sheets act as durable liners in corrosive process lines, maintaining structural integrity over time.

3. Aerospace Applications

·         Turbine Engine Components: Niobium’s high melting point and heat resistance contribute to enhanced performance in advanced propulsion systems.

·         Structural Brackets: Lightweight niobium plates provide reliable support for critical aerospace assemblies requiring both strength and reduced mass.

·         Heat-Resistant Shields: Niobium’s thermal stability helps protect sensitive equipment during high-temperature flight operations.

Niobium Plate, Niobium Board, Niobium Sheet UNS R04210, 4 mm Thickness Packaging

All Niobium Plate, Niobium Board, and Niobium Sheet UNS R04210, 4 mm thick, are carefully protected with polyethylene foam or bubble wrap to prevent scratches. The product is vacuum-sealed in moisture-resistant film to deter oxidation. Additional anti-corrosion measures include the use of desiccant packets. We also tailor packaging solutions based on your requirements to ensure safe shipping and handling. This guarantees optimal preservation and efficient delivery every time.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Niobium Plate, Niobium Board, Niobium Sheet UNS R04210, 4 mm Thickness FAQs

Q1: What are the key material properties of Niobium Plate, Niobium Board, Niobium Sheet UNS R04210, 4 mm Thickness?

A1: Niobium UNS R04210, with a melting point around 2 470°C, offers corrosion resistance, high ductility, and stable thermal behaviour. This 4 mm thick form exhibits excellent formability, allowing both cold and hot working without sacrificing mechanical integrity. It also maintains a relatively low coefficient of thermal expansion, enhancing its suitability in precision applications. Niobium’s strong chemical inertness further supports its use in demanding aerospace, superconducting, and chemical processing environments.

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

A2: Niobium (despite the question referring to tantalum) can be processed through forging, rolling, and machining at carefully controlled temperatures to preserve structural integrity and minimise contamination. Preheating before forging reduces the risk of cracking, while multipass rolling refines grain structure and mechanical properties. Advanced welding methods, such as electron beam or TIG welding, are commonly used to ensure reliable joints with minimal impurity uptake and oxidation.

Q3: Which quality standards and certifications apply to Niobium Plate, Niobium Board, Niobium Sheet UNS R04210, 4 mm Thickness?

A3: Niobium products of this specification typically conform to ASTM B393, which defines requirements for niobium and niobium alloy sheet, strip, and plate. Additional aerospace- or energy-specific standards, such as AMS or ASME codes, may also be invoked. Many manufacturers operate under ISO 9001 quality management systems, ensuring consistent traceability and purity. Independent third-party inspections confirm mechanical properties, chemical composition, and dimensional accuracy to meet stringent industry demands.

Related Information

1. Material Properties and Advantages

Because UNS R04210 niobium plate is recognised for its elevated resistance to corrosion, it stands out as a choice for applications in chemical processing environments. The high purity of this alloying grade, combined with its stable physical properties, ensures that even at 4 mm thickness, the material retains structural integrity. Engineers often rely on the mechanical strength of niobium to design components that require both durability and lightweight characteristics, further broadening its scope of utilisation in various industries.

Tailored to meet the demands of high-temperature use, a 4 mm thick niobium plate exhibits heat resistance and maintains minimal thermal expansion. This profile helps reduce distortion and stress during thermal cycling, making niobium sheet UNS R04210 especially advantageous for precision applications in aerospace systems. Additionally, the low thermal neutron capture cross-section of niobium boosts its desirability in nuclear power setups, underscoring how the material’s advantages make it a resource in specialised sectors.

2. Quality Control Measures

Testing protocols are essential when producing niobium board or sheet at a 4 mm thickness to ensure uniformity and performance. Manufacturers implement advanced ultrasonic inspection methods, which help identify subtle flaws or inconsistencies that may impact the product’s reliability. Such assessments, coupled with strict dimensional tolerances, are integral to the successful deployment of niobium UNS R04210 components in critical applications.

Continuous monitoring of chemical composition further bolsters the quality of niobium plate UNS R04210, allowing manufacturers to confirm compliance with stringent global benchmarks. Leading laboratories employ spectrometric analyses to verify that impurity levels adhere to established guidelines, thus upholding the reliability and longevity of the final product. By maintaining transparent documentation and traceability throughout the inspection process, stakeholders can trust the integrity and performance of every niobium plate or board delivered.