CO8102 Cobalt Foil (Co Foil) Thickness 1 mm

Cobalt Foil (Co Foil) Thickness 1 mm Description

Experience the reliability and versatility of our Cobalt Foil, meticulously produced from top-grade cobalt to ensure outstanding performance in a wide range of demanding applications. With a thickness of 1 mm, this foil strikes the perfect balance between durability and flexibility, making it ideal for use in electronics, aerospace components, and medical instruments. Cobalt’s impressive mechanical strength, high corrosion resistance, and thermal stability deliver consistent results even under extreme conditions.

Our Cobalt Foil meets stringent quality requirements, featuring uniform thickness for enhanced processability and a premium surface finish. By adhering to rigorous testing in accordance with industry best practices, we guarantee product performance and reliability. Whether for research and development projects or industrial-scale production, our 1 mm Cobalt Foil is designed to exceed expectations and deliver long-term value.

Cobalt Foil (Co Foil) Thickness 1 mm Applications

Cobalt foil with a thickness of 1 mm is a versatile metallurgical product, featuring excellent magnetic properties, corrosion resistance, and high-temperature stability. These characteristics make it attractive for diverse fields, from precision engineering to advanced manufacturing. In various industries, cobalt foil finds its use in specialised components and high-performance assemblies, ensuring reliability and efficiency where materials must withstand demanding operating environments.

1. Electronics Applications

·         Magnetic Sensor Components: Leverages cobalt’s strong magnetic properties to enhance sensing precision in devices such as proximity sensors and magnetic encoders

·         Battery Electrodes: Contributes to improved energy density and stability in advanced batteries requiring robust electrode materials

2. Chemical Processing Applications

·         Corrosion-Resistant Equipment: Provides enhanced durability and chemical stability in reactors, tubing, and containment systems that handle aggressive chemicals

·         Protective Linings: Maintains structural integrity in tanks and vessels exposed to harsh reagents or high temperatures

3. Aerospace Applications

·         Temperature-Resistant Structures: Withstands extreme conditions in turbine engines and combustion chambers due to cobalt’s heat-resistant characteristics

·         High-Stress Components: Offers excellent strength and rigidity for aerospace parts subjected to vibration, pressure, and high-speed operations

Cobalt Foil (Co Foil) Thickness 1 mm Packaging

Cobalt Foil (Co Foil), thickness 1 mm, is packaged using a robust protective layer to prevent scratches or dents. Each foil is then vacuum-sealed with an inert atmosphere, mitigating oxidation. Desiccants or corrosion inhibitors are inserted to preserve integrity. Custom packaging designs and shipping dimensions are available to accommodate unique transportation and storage requirements.

Packaging: Vacuum sealed, Wooden Box, or Customized.

Cobalt Foil (Co Foil) Thickness 1 mm FAQs

Q1: What are the key material properties of Cobalt Foil (Co Foil) Thickness 1 mm?

A1: Cobalt Foil (Co Foil) at a 1 mm thickness exhibits exceptional mechanical strength, high melting point around 1,495°C, and outstanding wear resistance. Its high Curie temperature allows it to maintain magnetic properties at elevated temperatures, making it suitable for specialised applications. Cobalt foil also offers good corrosion resistance in oxidising environments and can exhibit moderate ductility, depending on processing history and alloy composition.

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

A2: Cobalt foil thickness 1 mm can be processed using conventional metalworking methods such as rolling, stamping, or press forming. It can also be cut by laser or waterjet to achieve precise shapes with minimal distortion. Heat treatment is used to optimise mechanical and magnetic characteristics, while careful temperature and atmosphere control helps preserve surface quality. Machining, such as grinding, requires specialised tooling due to cobalt’s hardness.

Q3: Which quality standards and certifications apply to Cobalt Foil (Co Foil) Thickness 1 mm?

A3: Quality standards for Cobalt Foil (Co Foil) Thickness 1 mm often align with ASTM or AMS specifications, such as ASTM B330 for cobalt powders or other relevant guidelines addressing chemical composition, mechanical properties, and dimensional tolerances. Manufacturers may also follow ISO certifications, including ISO 9001 for quality management, to ensure consistent product performance. Third-party material certifications, rigorous testing, and traceability documentation further validate compliance with industry standards and engineering requirements.

Related Information

1. Material Properties and Advantages

Distinct for its impressive strength and inherent corrosion resistance, this Cobalt Foil (Co Foil) exhibits exceptional reliability even at a thickness of just 1 mm. Its unique crystalline structure aids in maintaining high tensile strength and promotes outstanding thermal stability, making it especially appealing for environments where heat management is critical. Engineered in a foil shape with a carefully controlled grade, it offers consistent density and homogeneity, ensuring dependable performance across various high-stress applications.

Leveraging its characteristic magnetic properties, this 1 mm Co Foil demonstrates an ability to maintain stable magnetic saturation, which can be beneficial in precision instrumentation. The foil's composition also enhances its hardness and wear resistance, an attribute that is advantageous in technically demanding manufacturing processes. Even in thin sections, cobalt retains a robust mechanical profile, enabling a durable yet flexible material solution for specialised purposes in numerous industrial settings.

2. Applications in Advanced Industries

Thriving sectors such as aerospace and energy production rely on Cobalt Foil (Co Foil) at 1 mm thickness for its superior combination of density and resilience. Its compatibility with complex engineering specifications makes it an excellent material for components that must endure extreme operational conditions, such as high temperatures and rapid mechanical stress cycles. In the aerospace sector, for instance, the foil’s minimal thickness coupled with exceptional strength is vital for weight reduction without compromising structural integrity.

Similarly, specialised sensor designs and advanced rotor systems benefit from cobalt’s magnetic and mechanical properties, particularly when working with delicate device requirements. Whether serving as a barrier layer or a key functional component, this foil’s shape and carefully verified grade enable precise fitting into assemblies that call for ultra-reliable performance. Its versatility has established cobalt foil as a sought-after material in forward-looking industries where precision engineering is paramount.