Molybdenum Strip (Mo Strip) Mo 360, 2 mm Thickness Description
Our Molybdenum Strip (Mo 360), manufactured in accordance with ASTM B386, is designed for high-temperature applications where strength and reliability are essential. With its 2 mm thickness, this strip demonstrates mechanical integrity, making it suitable for components exposed to extreme environments, such as furnace construction, aerospace components, and electronic devices. Molybdenum’s thermal conductivity and low thermal expansion help maintain stability under fluctuating temperatures, ensuring consistent performance and a prolonged service life.
Mo 360 strip exhibits high purity and uniformity, providing resistance to corrosion and wear. Quality control processes enhance its stability, meeting industry standards. Its versatility and properties provide manufacturers with a material solution that reduces maintenance and downtime. From industrial settings to research applications, our Molybdenum Strip (Mo 360) offers performance and durability for your projects.
Molybdenum Strip (Mo Strip) Mo 360, 2 mm Thickness Applications
Known for their high melting points, thermal conductivity, and mechanical strength, Molybdenum Strips (Mo 360, 2 mm thickness) are used across various industries. Their corrosion resistance and tolerance to extreme operating conditions provide advantages in electronics, chemical processing, and aerospace. Their ability to maintain structural integrity under stress ensures reliability for engineering and manufacturing demands.
1. Electronics Applications
· Circuit Board Heat Management: Molybdenum strips dissipate heat in printed circuit boards, enhancing device stability.
· Semiconductor Production Equipment: Used in sputtering targets and wafer processing tools for performance under high temperatures.
2. Chemical Processing Applications
· Corrosion-Resistant Vessels: Suitable for reactor linings and components in harsh chemical environments.
· High-Temperature Filters: Provide reliable filtration in extreme conditions where other materials degrade quickly.
3. Aerospace Applications
· Thermal Shielding: Protect spacecraft and aircraft components from rapid temperature fluctuations.
· Structural Reinforcements: Provide lightweight support elements for aerospace engine designs.
Molybdenum Strip (Mo Strip) Mo 360, 2 mm Thickness Packaging
Each Molybdenum Strip (Mo 360) with 2 mm thickness is wrapped in moisture-resistant material prior to vacuum sealing to minimise oxidation. Corrosion inhibitors may be included to protect surfaces, and external cartons protect against physical damage. Optional foam padding or bubble wrap may be used. For specific needs, customised sizes, packaging materials, or labels are available to accommodate shipping or storage requirements.
Packaging: Vacuum sealed, Wooden Box, or Customised.
Molybdenum Strip (Mo Strip) Mo 360, 2 mm Thickness FAQs
Q1: What are the key material properties of Molybdenum Strip (Mo Strip) Mo 360, 2 mm Thickness?
A1: These Molybdenum Strips feature a high melting point (2,623°C), thermal and electrical conductivity, and corrosion resistance in various chemical environments. They exhibit a low coefficient of thermal expansion for improved dimensional stability. With a density of about 10.2 g/cm³, Mo 360 can withstand high operating temperatures, suitable for applications such as furnace components, aerospace parts, and semiconductor equipment.
Q2: How can this Molybdenum product be processed or fabricated?
A2: Molybdenum Strip (Mo 360) can be cut, rolled, and formed using standard metalworking procedures. Hot working at 1,200–1,600°C is acceptable with minimal oxidation, while cold working may require stress-relief annealing to recover ductility. Common fabrication techniques involve shearing, stamping, and bending, provided suitable tooling and lubrication are used. Advanced joining methods, such as electron beam or TIG welding, are typically employed to ensure robust joints.
Q3: Which quality standards and certifications apply to Molybdenum Strip (Mo Strip) Mo 360, 2 mm Thickness?
A3: Mo 360 strips typically conform to ASTM B386 specifications for dimensional tolerances, chemical composition, and mechanical properties. Many manufacturers adhere to ISO 9001-compliant quality management systems, ensuring traceability and consistent performance. Additional certifications, such as AS9100 (for aerospace), may apply if end-use requirements dictate. Product documentation often includes mill test reports, verifying compliance with thickness, flatness, surface finish, and purity specifications.
Related Information
1. Material Properties and Advantages
Molybdenum Strip (Mo Strip) Mo 360, produced at a precision thickness of 2 mm, exhibits strength, ductility, and high-temperature stability. This metal grade maintains structural integrity under heat, suitable for components exposed to thermal conditions. Its resistance to corrosion and oxidation ensures performance in demanding conditions, enhancing reliable operation over extended periods.
The Mo 360 strip's controlled thickness of 2 mm promotes consistent performance during manufacturing. This precision improves the uniformity of end products and reduces issues such as warping and stress-related damage. These advantages, along with the material’s thermal conductivity, make the Mo 360 strip a desirable solution for applications requiring consistent thickness and reliability.
2. Applications in Advanced Industries
Scientific research institutions frequently utilise Mo 360 furnaces and instruments due to the strip’s ability to handle elevated temperatures while preserving dimensional accuracy. Its 2 mm thickness simplifies integration into specialised equipment, including heat shields and reactor chambers. Capable of maintaining resilience in thermal cycles, it is used in sectors that require precise material behaviour under conditions.
Aerospace and electronics manufacturers use this strip for critical parts that operate at temperatures beyond the capacity of standard alloys. In aircraft turbine components, Mo 360 strips optimise weight-to-strength ratios and enhance efficiency. In advanced semiconductor devices, the strip’s electrical conductivity and uniform dimensions support performance, reinforcing its role in high-tech applications.
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