Molybdenum Foil (Mo Foils) Mo 360, 0.05 mm Thickness Description
Molybdenum Foil, Grade Mo 360, 0.05 mm thickness, is a thin, high-purity metal product widely utilised in advanced applications requiring reliability at elevated temperatures. This foil features excellent mechanical stability, a high strength-to-weight ratio, and outstanding resistance to corrosion and thermal shock. The uniform thickness ensures consistent performance across various manufacturing processes.
Our Mo 360 foil aligns with ASTM B386 standards, guaranteeing stringent quality and purity measures. In addition, due to its low coefficient of thermal expansion, it is highly suitable for electronics, furnace components, aerospace, and other demanding applications. The foil’s corrosion resistance and durable mechanical stability in harsh working environments make it versatile and long-lasting, enabling consistent performance for a range of industries.
Molybdenum Foil (Mo Foils) Mo 360, 0.05 mm Thickness Applications
Molybdenum Foil (Mo Foils) Mo 360 in 0.05 mm thickness offers a combination of high temperature stability, favourable mechanical strength, and resistance to corrosion, making it a preferred choice for various demanding applications. Its ability to maintain structural integrity in extreme environments and effective thermal management properties has established it as a reliable material in industries such as electronics, chemical processing, and aerospace, where durability and performance are essential.
1. Electronics Applications
· Thin-Film Transistors: Mo foils serve as a base for thin-film semiconductor layers, enhancing device efficiency.
· Heat Spreaders: Their superior conductivity helps dissipate heat in circuit boards, protecting sensitive components.
2. Chemical Processing Applications
· Acid-Resistant Anticorrosion Liners: Mo foils provide reliable protection in reactors and pipes against aggressive chemicals.
· High-Purity Catalysis Substrates: Their purity and stability make them suitable for catalytic reactions in chemical synthesis.
3. Aerospace and Defence Applications
· Missile and Rocket Nozzles: Mo foils withstand extreme heat and mechanical stress for improved propulsion systems.
· Protective Shielding: Their high melting point and mechanical strength create effective barriers for sensitive instruments.
Molybdenum Foil (Mo Foils) Mo 360, 0.05 mm Thickness Packaging
Each Molybdenum Foil (Mo 360, 0.05 mm thickness) is carefully wrapped in a protective PET film to prevent scratches and moisture ingress. Then, the foils are sealed within a vacuum bag for additional shielding against contamination, while corrosion inhibitors in the packaging help maintain product purity. We label each package with essential product details and can accommodate custom packaging requests, such as specific labelling, to meet various customer requirements.
Packaging: Vacuum sealed, Wooden Box, or Customised.
Molybdenum Foil (Mo Foils) Mo 360, 0.05 mm Thickness FAQs
Q1: What are the main mechanical, thermal, and corrosion properties of Molybdenum Foil (Mo Foils) Mo 360, 0.05 mm Thickness?
A1: Molybdenum Foil (Mo Foils) Mo 360, 0.05 mm thickness demonstrates a high melting point of approximately 2,623°C and maintains structural stability in high-temperature environments. It typically exhibits a tensile strength of 600–700 MPa, ensuring excellent mechanical performance under stress. Additionally, it has low thermal expansion and good resistance to corrosion in non-oxidising atmospheres, making it suitable for demanding aerospace and industrial applications.
Q2: How can Molybdenum Foil (Mo Foils) Mo 360, 0.05 mm Thickness be processed or fabricated for end-use applications?
A2: Molybdenum foil can undergo various cold-rolling, stamping, and cutting processes to achieve precise geometries without compromising structural integrity. Vacuum or inert gas shielded environments are recommended for welding to minimise oxidation. Brazing with compatible filler metals is also feasible for joining segments. Heat treatments may be employed to relieve stress or refine grain structure, enhancing mechanical properties and ensuring consistent performance in demanding applications.
Q3: Which quality standards and certifications apply to Molybdenum Foil (Mo Foils) Mo 360, 0.05 mm Thickness?
A3: Molybdenum foil products typically conform to ASTM B386 specifications, which outline requirements for chemical composition, mechanical properties, and dimensional tolerances. Many manufacturers comply with ISO 9001 or AS9100 quality management systems, ensuring consistent production and traceability. Additional certifications, such as RoHS compliance, may also be applicable for certain markets. Testing protocols include ultrasonic or eddy current inspection to verify material integrity and performance reliability.
Related Information
1. Material Properties and Advantages
Molybdenum Foil (Mo Foils) Mo 360, produced in a 0.05 mm thickness, exhibits performance characteristics due to its high melting point and tensile strength. The strip shape ensures excellent flexibility for various configurations, allowing users to take full advantage of its resistance to thermal creep and dimensional stability under extreme conditions. These properties make Mo 360 foils suitable for environments where high temperature resilience is crucial.
The low thermal expansion rate of this Molybdenum alloy contributes significantly to its reliability, especially when integrated with other materials that may be subject to expansion and contraction cycles. This advantage is further amplified by the corrosion-resistant nature of Mo 360 grade, reducing the risks of degradation in aggressive or moisture-rich atmospheres. Manufacturers rely on these strips for precision applications where accurate thickness control and consistent surface finish are required.
2. Applications in Advanced Industries
Aerospace components benefit from the consistently thin 0.05 mm Mo 360 strips, as they can withstand rapid temperature shifts during high-speed flight. The foil’s ability to maintain its structural integrity under intense mechanical stress makes it crucial in propulsion systems and engine assemblies, where reliable performance is essential. Its thermal conductivity allows for efficient heat dissipation, supporting stable operating temperatures in critical aerospace hardware.
Semiconductor manufacturing has adopted Molybdenum Foil (Mo Foils) Mo 360 for precision thin-film processes that demand cleanliness, thermal stability, and uniform thickness. By integrating these foils into sputtering targets or other deposition procedures, engineers can achieve refined coatings required for electronic components. The strip shape and consistent 0.05 mm thickness provide predictable handling characteristics, ensuring production reliability and long-term reliability in technology sectors.
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