CO8103 Cobalt Foil (Co Foil) Thickness 4 mm

Cobalt Foil (Co Foil) Thickness 4 mm Description

Our 4 mm Cobalt Foil (Co Foil) delivers exceptional performance across a wide spectrum of demanding applications, owing to cobalt's mechanical strength and high corrosion resistance. This material exhibits thermal stability and magnetic properties, making it suitable for specialized equipment in industries ranging from aerospace and energy to electronics. Its elevated melting point ensures reliable performance under extreme temperatures, while its durability extends usage life and reduces maintenance requirements.

Quality is paramount at every stage of production. We source premium cobalt and subject it to rigorous assessments to confirm compliance with stringent manufacturing protocols. Each foil undergoes thorough composition analysis, dimensional checks, and surface inspections, ensuring uniform thickness and reliable structural integrity. When you select this 4 mm Cobalt Foil, you invest in a high-calibre solution engineered to meet critical industry standards and deliver long-lasting results.

Cobalt Foil (Co Foil) Thickness 4 mm Applications

Cobalt foil at a thickness of 4 mm is a robust solution used across various industries for its thermal stability, corrosion resistance, and mechanical strength. This versatile material supports a range of precision components and devices. From tooling to aerospace systems, cobalt foil’s specific properties offer durability and performance, ensuring reliability and longevity in demanding environments.

1. Automotive Applications

·         Electric Motor Components: Utilises cobalt’s magnetic properties to enhance motor efficiency and output.

·         High-Temperature Gaskets: Provides sealing in engines and exhaust systems under high temperatures.

·         Catalyst Substrates: Offers a stable base for catalysis in emission-control applications.

2. Energy Sector Applications

·         Fuel Cell Components: Guarantees corrosion resistance and reliable performance in electrochemical reactors.

·         Nuclear Reactor Shielding: Serves as a barrier against radiation due to cobalt’s density and stability.

·         Thermal Battery Casings: Withstands thermal loads in specialised energy storage systems.

3. Medical and Dental Equipment

·         Prosthetic Implants: Delivers biocompatibility and strength for long-lasting, reliable patient solutions.

·         Medical Device Housings: Ensures corrosion-free operation in sterile and high-moisture environments.

·         Stomatology Tools: Maintains rigidity and precision required for dental procedures under repeated sterilisation.

Cobalt Foil (Co Foil) Thickness 4 mm Packaging

Cobalt Foil (Co Foil), thickness 4 mm, is wrapped in polyethylene foam and sealed in vacuum bags to guard against moisture and contaminants. Corrosion inhibitors are included within the packaging to ensure long-term stability. Reinforced outer cartons or wooden crates provide protection during transit. Customised labeling and specialised packaging configurations are available upon request to accommodate specific handling, storage, and transport requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Cobalt Foil (Co Foil) Thickness 4 mm FAQs

Q1: What are the key material properties of Cobalt Foil (Co Foil) Thickness 4 mm?

A1: Cobalt Foil (Co Foil) at a thickness of 4 mm exhibits excellent mechanical strength, corrosion resistance, and notable magnetic properties. Its high melting point (approximately 1495°C) ensures thermal stability in demanding applications. The material displays ductility, allowing for moderate forming operations without major cracking. Additionally, cobalt’s wear resistance and chemical stability make it a choice for aerospace, medical, and energy-related components.

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

A2: Due to its high melting point and mechanical characteristics, 4 mm Cobalt Foil can be processed using techniques such as hot rolling, cold rolling, or precision machining. Laser or electron beam cutting is often preferred to maintain dimensional accuracy and prevent edge oxidation. Heat treatments may be applied to refine grain structure and further enhance material properties. Careful handling is crucial to minimise surface defects.

Q3: Which quality standards and certifications apply to Cobalt Foil (Co Foil) Thickness 4 mm?

A3: Typical quality standards for 4 mm Cobalt Foil include compliance with ASTM F90 or other relevant specifications for cobalt-based alloys. Many suppliers also conform to ISO 9001 for quality management, ensuring traceability and consistent production. Additional certifications, such as AS9100 for aerospace or ISO 13485 for medical applications, may apply depending on end-use requirements. Material test reports and thorough inspections further guarantee product integrity and performance.

Related Information

1. Material Properties and Advantages

Engineered to deliver mechanical stability, Cobalt Foil (Co Foil) with a thickness of 4 mm exhibits a uniform microstructure that supports high tensile strength and wear resistance. This shape, classified as Foil, is designed to maintain dimensional consistency across its surface, ensuring tolerances that remain stable under varying mechanical stresses. The absence of impurities in its grade enhances its corrosion resistance, making it suitable for harsh working environments where longevity and reliability are important.

Additionally, Cobalt Foil maintains magnetic properties that can outperform many competing materials in specific applications. Its 4 mm thickness contributes to improved thermal conductivity, enabling stable heat dissipation in applications that require temperature management. As a result, this foil stays in high demand for industries that rely on efficient material performance while adhering to strict safety and environmental regulations.

2. Applications in Advanced Industries

Industries such as aerospace, medical device manufacturing, and electronics rely on Cobalt Foil (Co Foil) with a thickness of 4 mm for components that demand durability and precision. Its ability to withstand extreme temperatures makes it suitable for engine components and turbine applications, while its biocompatibility supports medical implants that require non-reactive and long-lasting materials. The foil's consistent shape ensures integration into complex designs, maintaining product integrity even under pressure.

Furthermore, the material’s magnetic and corrosion-resistant characteristics enable it to excel in energy-related fields. Advanced battery systems and magnetic sensors incorporate Cobalt Foil to enhance device efficiency and reliability without compromising on space or weight. With continued growth in emerging sectors such as renewable energy and advanced medical solutions, this 4 mm thick foil remains a choice for manufacturers seeking performance.