MU7438 Molybdenum Foil (Mo Foils) Mo 361, 0.1 mm Thickness

Molybdenum Foil (Mo Foils) Mo 361, 0.1 mm Thickness Description

Molybdenum Foil (Mo Foils) Mo 361 with a 0.1 mm thickness offers exceptional thermal and mechanical properties, making it ideal for high-temperature applications. This foil exhibits high tensile strength, excellent thermal conductivity, and a low coefficient of thermal expansion, ensuring durability and stability under extreme conditions. Its resistance to corrosion and creep deformation makes it a preferred choice in demanding industries, including electronics, semiconductors, lighting, and medical equipment manufacturing.

Produced in accordance with ASTM B386 standards, this Grade Mo 361 foil adheres to strict quality requirements and testing protocols. The result is a consistently reliable product with optimal purity, thickness precision, and uniform surface finish. Whether used for heat shields, furnace parts, or specialised research components, this Molybdenum Foil meets high standards of performance and reliability.

Molybdenum Foil (Mo Foils) Mo 361, 0.1 mm Thickness Applications

Molybdenum Foil (Mo Foils) Mo 361, 0.1 mm thickness offers excellent mechanical stability, a high melting point, and strong thermal conductivity. This versatile material finds use in environments demanding exceptional strength and temperature resistance, ranging from precision electronic devices to advanced chemical and aerospace systems. Its reliability under extreme conditions makes it an ideal choice for engineers looking to optimise performance, durability, and safety across various specialised applications.

1. Electronics Applications

·        Heat Spreader Substrates: Molybdenum foil’s excellent thermal conductivity helps manage heat in microelectronic circuit boards.

·        X-Ray Tube Components: Its stability under high temperatures and low thermal expansion ensure reliable performance in diagnostic imaging equipment.

2. Chemical Processing Applications

·        Corrosion-Resistant Reactors: Molybdenum foil serves as a protective barrier against aggressive chemicals, extending reactor lifespan.

·        Protective Liners: Its durability and chemical inertness safeguard storage tanks and pressure vessels in harsh processing environments.

3. Aerospace Applications

·        High-Temperature Shielding: Molybdenum foil’s robustness at elevated temperatures protects sensitive spacecraft components from heat damage.

·        Reinforced Structural Elements: Its strength-to-weight ratio boosts stability in propulsion systems and critical aerospace assemblies.

Molybdenum Foil (Mo Foils) Mo 361, 0.1 mm Thickness Packaging

Molybdenum Foil (Mo Foils) Mo 361, with a thickness of 0.1 mm, is carefully packed to prevent damage and corrosion. Each foil is separated with acid-free protective paper, then vacuum-sealed in moisture-resistant plastic to help eliminate oxidation. Desiccant sachets are included for humidity control. After sealing, robust corrugated cartons or wooden crates provide shielding during transport. Packaging specifications, dimensions, and labelling can be customised based on customer requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Molybdenum Foil (Mo Foils) Mo 361, 0.1 mm Thickness FAQs

Q1: What are the key material properties of Molybdenum Foil (Mo Foils) Mo 361, 0.1 mm Thickness?

A1: Molybdenum Foil (Mo Foils) Mo 361 at 0.1 mm thickness exhibits a high melting point (2,623°C), excellent thermal conductivity, and good mechanical strength. This foil has a density of approximately 10.22 g/cm³, ensuring stiffness in high-temperature environments. Its low vapour pressure and stable crystalline structure reduce contamination risks, making it suitable for vacuum furnace and electronic applications. Additionally, its ductility allows forming under controlled conditions.

Q2: How can this product be processed or fabricated?

A2: Molybdenum foil can be processed through rolling, stamping, or deep-drawing techniques, typically performed in inert or controlled atmospheres to prevent oxidation. It can also be laser cut or machined using specialised tools designed for high-melting-point metals. During fabrication, careful temperature control is crucial to maintain ductility and avoid cracking. Post-processing treatments, such as stress-relief annealing, help optimise mechanical properties and ensure dimensional stability for precision applications.

Q3: Which quality standards and certifications apply to Molybdenum Foil (Mo Foils) Mo 361, 0.1 mm Thickness?

A3: Industry standards that commonly apply to Molybdenum Foil (Mo Foils) Mo 361, 0.1 mm thickness include ASTM B386 for unalloyed molybdenum products. Manufacturers typically follow strict ISO 9001 guidelines to maintain quality management systems. Certificate of Analysis (CoA) reports chemical composition and mechanical properties, ensuring consistency and traceability. Additional certifications, such as RoHS compliance, may also be required for electronic applications, validating environmental safety and regulatory adherence.

Related Information

1. Material Properties and Advantages

Molybdenum Foil (Mo Foils) Grade Mo 361, shaped as a strip and supplied in 0.1 mm thickness, is highly valued for its strength combined with low thermal expansion. This characteristic makes it an option for environments where dimensional stability is crucial, such as high-temperature furnaces and electronic components. Additionally, the foil’s natural resistance to corrosion helps maintain performance over extended service periods, reinforcing its reliability in demanding industrial applications.

Optimised for conductivity, Molybdenum Foil Mo 361 exhibits efficient heat dissipation that prevents overheating and safeguards adjacent materials. This advantage is beneficial in power generation systems and aerospace components, where consistent heat management is vital. Despite its thin 0.1 mm profile, the foil’s resistance to mechanical stress ensures it can tolerate rapid temperature fluctuations without degrading its integrity, making it a dependable solution in critical operating conditions.

2. Quality Control Measures

Stringent inspections are administered throughout the production cycle to confirm that Molybdenum Foil Grade Mo 361 meets quality benchmarks. Dimensional evaluations, surface roughness assessments, and purity testing are consistently performed to identify any deviations from established parameters. Specialists use automated optical systems to detect surface irregularities before the final strips reach end users.

Throughout the entire manufacturing process, additional checks are conducted to guarantee the 0.1 mm thickness remains uniform, which is essential for accurate fitting and optimal functionality. Advanced non-destructive testing methods verify the inherent strength and reliability of Mo 361 strips, allowing manufacturers to address potential defects proactively. These systematic controls highlight a commitment to delivering performance in every batch of Molybdenum Foil produced.