MU7436 Molybdenum Foil (Mo Foils) Mo 361

Molybdenum Foil (Mo Foils) Mo 361 Description

Molybdenum Foil (Mo Foils) Mo 361 is carefully crafted from high-purity molybdenum to deliver optimised mechanical and thermal performance. With its significant strength and toughness, Mo 361 provides a reliable solution for high-temperature applications requiring dimensional stability, corrosion resistance, and excellent thermal conduction. Thanks to the material's ductility, it can be formed into custom dimensions to fit individual project requirements.

Manufactured to meet the stringent ASTM B386 standard, our foils undergo rigorous quality control procedures to ensure consistent thickness, flatness, and uniform surface quality. These tight tolerances make Mo 361 foils a preferred choice in demanding industries such as aerospace, electronics, and medical devices, where extended service life and reliable performance are crucial.

Molybdenum Foil (Mo Foils) Mo 361 Applications

Molybdenum Foil (Mo Foils) Mo 361 is a high-performance metal solution that offers exceptional properties such as a high melting point, excellent thermal conductivity, and significant mechanical strength. Its versatility renders it suitable for demanding applications across various sectors. Through its outstanding resistance to corrosion and high temperatures, Mo 361 stands out as a reliable material that ensures longevity and efficiency in multiple fields.

1. Electronics Applications

·         Cathode Components: High conductivity and stability make these foils ideal for electron emitters in vacuum tubes and x-ray equipment.

·         Semiconductor Contacts: Their low vapour pressure and excellent thermal management improve circuit reliability and performance.

2. Chemical Processing Applications

·         Corrosion-Resistant Reactors: Molybdenum’s durability helps withstand harsh chemicals, enhancing reactor longevity.

·         Protective Liners: Used to line tanks and vessels, preventing chemical damage and contamination.

3. Aerospace Applications

·         High-Temperature Shields: These foils maintain integrity under extreme heat, making them suitable for propulsion systems.

·         Lightweight Structural Supports: Mo 361’s strength-to-weight ratio provides stability without adding unnecessary mass.

Molybdenum Foil (Mo Foils) Mo 361 Packaging

Molybdenum Foil (Mo Foils) Mo 361 is carefully packed in sealed plastic containers or vacuum-sealed pouches to protect it from moisture and airborne contaminants. These containers are then placed in sturdy cardboard boxes with foam lining to prevent physical damage. Corrosion inhibitors are applied to the foil’s surface for extended shelf life. Packaging dimensions, protective inserts, and the number of foils per box can be customised to meet specific customer requirements.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Molybdenum Foil (Mo Foils) Mo 361 FAQs

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

A1: Molybdenum Foil (Mo Foils) Mo 361 is known for its high melting point (around 2,623°C), exceptional strength at elevated temperatures, and excellent dimensional stability. It also exhibits low thermal expansion, making it conducive for precision applications. The material demonstrates good thermal and electrical conductivity, while its corrosion resistance helps preserve its structural integrity in harsh environments, extending the foil’s service life.

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

A2: Molybdenum Foil (Mo Foils) Mo 361 can be fabricated using various techniques, including rolling at elevated temperatures to achieve precise thicknesses and further cold rolling for improved surface refinement. Common processes include stamping, deep drawing, and laser cutting, all of which require controlled speeds and tool designs to minimise work hardening. Heat treatments under vacuum or inert atmosphere can also enhance ductility and reduce any residual stresses.

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

A3: Molybdenum Foil (Mo Foils) Mo 361 typically meets standards such as ASTM B386 for molybdenum sheet and plate products, ensuring stringent requirements for composition, density, and tensile properties. Manufacturers often maintain ISO 9001 or equivalent certifications to guarantee consistent manufacturing practices and traceability. Quality control procedures also involve thorough dimensional checks, surface inspections, and chemical analyses to ensure compliance with customer and industry specifications.

Related Information

1. Manufacturing Process

Pioneering metallurgical techniques are employed to produce Molybdenum Foil (Mo Foils) Mo 361 in Strip form, ensuring consistent dimensional precision and uniform density. Each customised dimension is achieved by subjecting the molybdenum raw material to specialised rolling procedures, which gradually reduce thickness while preserving structural coherence. This meticulous approach helps maintain the foil’s strength and flexibility, vital for applications demanding stable performance under high temperatures.

Relying on advanced heat treatment protocols, the Strip undergoes careful annealing and stress-relief processes to eliminate internal defects. Once the specified Customised dimensions are reached, the foils are inspected using cutting-edge instrumentation to verify their grain structure and purity. Each step in this controlled manufacturing sequence contributes to an end product characterised by excellent stability and mechanical robustness.

2. Applications in Advanced Industries

Striving for superior results in high-tech sectors, Molybdenum Foil (Mo Foils) Mo 361 in Strip form finds extensive use where reliability and precision are crucial. Aerospace components, for example, benefit from the alloy’s high melting point and significant tensile strength, ensuring minimal distortion under extreme operating conditions. The same attributes recommend Mo 361 for specialised electronic devices, where it serves as a stable conductor in intricate circuitry.

Transformative discoveries across semiconductor and nuclear fields also rely on this foil’s unique combination of thermal resilience and low thermal expansion. Customised thicknesses and widths make it possible to align the material precisely with advanced production methodologies, increasing its value for demanding research projects. A commitment to adaptability in shape and dimension allows researchers to push the boundaries of performance in challenging environments.