CO8101 Cobalt Foil (Co Foil) Thickness 0.5 mm

Cobalt Foil (Co Foil) Thickness 0.5 mm Description

Cobalt Foil (Co Foil) with a 0.5 mm thickness is an exceptionally durable and versatile material distinguished by its mechanical strength, high wear resistance, and notable magnetic properties. Its consistent thickness and uniform surface finish make it suitable for precise engineering applications, including aerospace components, medical device components, and energy storage systems. The benefit of cobalt’s natural corrosion resistance ensures reliable performance even in challenging environments.

Produced to meet stringent industry standards, our Co Foil undergoes thorough quality testing to ensure accurate dimensional tolerances and impeccable surface quality. This foil supports demanding applications that require stable physical and chemical features over an extended service life. Whether used for specialised research or integrated into advanced manufacturing processes, Cobalt Foil delivers performance and dependable results.

Cobalt Foil (Co Foil) Thickness 0.5 mm Applications

Cobalt foil (Co Foil) with a thickness of 0.5 mm is distinguished by its strength, magnetic properties, and corrosion resistance. These traits enable it to perform in environments where durability and performance are crucial. From high-temperature capabilities to its compatibility with chemically aggressive processes, this versatile foil is a reliable choice across multiple sectors. Its consistent thickness ensures precision and uniformity, making it valuable in various specialised and industrial applications.

1. Electronics Applications

·         Magnetic Sensors: Utilised in magnetic sensing devices where precise and stable magnetic properties are essential.

·         Battery Components: Employed as electrode materials offering consistent conductivity and reliability under cyclical charge/discharge conditions.

2. Medical and Nuclear Applications

·         Radiation Shields: Adopted in protective barriers to safeguard equipment and personnel from harmful radiation exposure.

·         Radiopharmaceutical Production: Used as a carrier or target material in the synthesis of medical isotopes, benefiting from cobalt’s stable structure.

3. High-Temperature Environments

·         Thermal Barriers: Applied in high-heat settings due to cobalt’s ability to withstand extreme temperatures and maintain form.

·         Heat-Resistant Alloys: Integrated into alloy compositions to enhance durability, extending component lifespans in harsh environments.

Cobalt Foil (Co Foil) Thickness 0.5 mm Packaging

Cobalt Foil with a thickness of 0.5 mm is carefully packaged using protective cushioning materials to prevent physical damage during transit. The foil is then sealed in a vacuum packaging system to minimise oxidation and moisture exposure. Anti-corrosion coatings and desiccant packs are included to preserve quality. Customised packaging sizes, labelling, and additional moisture barriers can be provided to suit specific requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Cobalt Foil (Co Foil) Thickness 0.5 mm FAQs

Q1: What are the key material properties of Cobalt Foil (Co Foil) Thickness 0.5 mm?

A1: Cobalt foil with a thickness of 0.5 mm exhibits high strength, excellent magnetic properties, and good corrosion resistance. Its Curie temperature is relatively high, offering stable magnetic performance even under elevated temperatures. The foil’s ductility allows for forming and shaping without excessive risk of fracture. Additionally, cobalt foil supports good thermal and electrical conductivity, making it suitable for various industrial applications requiring precise control over conductivity and magnetism.

Q2: How can Cobalt Foil (Co Foil) Thickness 0.5 mm be processed or fabricated?

A2: Processing cobalt foil typically involves cutting, stamping, or laser machining to achieve the desired dimensions and shapes. It can also be joined through spot welding or electron beam welding, factoring in cobalt’s moderate thermal conductivity when selecting parameters. Annealing treatments are often applied to relieve internal stresses and optimise ductility. In clean environments, surface treatments may be performed to reduce oxidation or contamination before final assembly.

Q3: Which quality standards and certifications apply to Cobalt Foil (Co Foil) Thickness 0.5 mm?

A3: Cobalt foil producers commonly follow ASTM or ISO specifications for chemical composition and mechanical properties. Relevant certifications may include ISO 9001 for general quality management and AS9100 for aerospace applications. Traceability documentation ensures compliance with RoHS and REACH regulations when required. Material test reports, including chemical analysis and mechanical test data, provide additional assurance that the product meets strict industry standards for performance and reliability.

Related Information

1. Quality Control Measures

Created with a focus on consistency, each batch of Cobalt Foil (Co Foil) with a thickness of 0.5 mm undergoes rigorous inspection to confirm adherence to strict dimensional tolerances. These controls include laser-driven measurement systems that verify uniformity across the entire foil surface, ensuring the product’s Grade remains optimal for specialised applications. Such precise checks help minimise the likelihood of defects, such as microcracks or thickness variations, which can negatively affect conductivity and overall performance.

Test procedures also involve chemical composition analysis to verify the purity of the Cobalt Foil, with particular attention given to trace elements that might alter its properties. Dedicated laboratories utilise advanced spectrometry and metallographic evaluations to ensure the metal’s high standard is consistently met. By employing these thorough quality control methods, customers receive a durable and reliable foil product suitable for challenging operational environments.

2. Applications in Advanced Industries

A variety of sectors use Cobalt Foil in a thickness of 0.5 mm to achieve mechanical and chemical reliability. Its high melting point and corrosion resistance make it a suitable choice for demanding fuel cell components, where temperature stability and conductivity are critical. Additionally, manufacturers rely on this foil shape to design efficient electronic assemblies, benefiting from its robust Grade specifications to produce long-lasting and energy-efficient devices.

Developments in aerospace engineering, medical technology, and alternative energy storage have further expanded the demand for dependable Cobalt Foil solutions. For instance, in turbine engine components, the foil’s resilience under stress helps maintain system precision even under extreme operational conditions. In the medical field, cobalt-based parts contribute to sophisticated diagnostic equipment, reflecting the importance of reliable, high-purity materials in modern healthcare applications.