MU7382 Molybdenum Plate (Mo Plate) Mo 361, 7 mm Thickness

Molybdenum Plate (Mo Plate) Mo 361, 7 mm Thickness Description

Molybdenum Plate (Mo Plate) Mo 361, featuring a 7 mm thickness, is manufactured to comply with stringent ASTM B386 standards, ensuring consistency and performance in demanding applications. This plate is known for its high-temperature strength, low coefficient of thermal expansion, and corrosion resistance, making it suitable for industries requiring components in extreme environments. Its uniform grain structure and dimensional tolerances meet the requirements for advanced furnace parts, aerospace structures, and semiconductor fabrication processes.

Produced under strict quality controls, Mo 361 plates exhibit enhanced mechanical properties and minimal impurity levels for performance. The oxidation resistance and thermal conductivity improve operational efficiency in high-vacuum and high-temperature settings. Rely on Molybdenum Plate (Mo Plate) Mo 361, 7 mm thick, to provide long-lasting solutions in line with top-grade industry standards.

Molybdenum Plate (Mo Plate) Mo 361, 7 mm Thickness Applications

Molybdenum Plate (Mo Plate) Mo 361 with a thickness of 7 mm is recognised for its thermal conductivity, corrosion resistance, and mechanical strength. Due to these properties, it is used across various sectors, from electronics to chemical processing and aerospace. Its stability under high temperatures and harsh operating conditions makes it a preferred choice for improving efficiency and reliability in critical components.

1. Electronics Applications

·        High-Power Transistors: Provides heat dissipation and stability for mounting bases, ensuring performance.

·        X-Ray Tubes: Facilitates emission stability and longevity in components subjected to intense operating conditions.

2. Chemical Processing Applications

·        Corrosion-Resistant Liners: Offers a protective layer in harsh chemical environments, extending equipment service life.

·        High-Temperature Reactors: Ensures structural integrity and minimal contamination when operating at extreme temperatures.

3. Aerospace Applications

·        Rocket Engine Components: Maintains strength and dimensional stability in propulsion systems subjected to high heat and pressure.

·        Missile Guidance Systems: Provides reliability and precision for critical parts needing high-temperature endurance.

Molybdenum Plate (Mo Plate) Mo 361, 7 mm Thickness Packaging

Molybdenum Plate (Mo Plate) Mo 361, 7 mm thickness, is packaged with protective materials and sealed in vacuum packaging to avoid contamination. Additional anti-corrosion measures and silica gel maintain its integrity. Packaging can be customised to meet customer requirements, ensuring secure transport. Each shipment undergoes inspections focused on quality, safety, and compliance to ensure performance upon arrival.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Molybdenum Plate (Mo Plate) Mo 361, 7 mm Thickness FAQs

Q1: What are the key material properties of Molybdenum Plate (Mo Plate) Mo 361, 7 mm Thickness?

A1: Molybdenum Plate (Mo Plate) Mo 361, 7 mm thickness typically has a high melting point (around 2,623°C) and excellent strength at elevated temperatures. It offers low thermal expansion, good thermal conductivity, and high creep resistance. Its density of approximately 10.2 g/cm³ supports strong mechanical performance. Additionally, Mo 361’s purity level improves corrosion resistance in various chemical environments, making it suitable for demanding applications.

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

A2: Molybdenum Plate (Mo Plate) Mo 361, 7 mm thickness is typically shaped through machining, stamping, and deep drawing processes. For more complex configurations, it can be hot rolled or precision ground to achieve tolerances. Shielded metal arc or tungsten inert gas welding may be employed, though preheating and post-weld heat treatment reduce the risk of cracking. Controlled atmosphere furnaces and specialised cutting tools enhance fabrication efficiency.

Q3: Which quality standards and certifications apply to Molybdenum Plate (Mo Plate) Mo 361, 7 mm Thickness?

A3: Industry standards include ASTM B386 for molybdenum sheet and plate, specifying chemical composition tolerance and mechanical property requirements. Manufacturers may conform to ISO 9001 for quality management systems. Material test reports (MTRs) ensure traceability, verifying chemical analyses and mechanical tests. Additional certifications, such as AS9100 for aerospace applications, may apply if industries demand higher-level compliance or documentation.

Related Information

1. Manufacturing Process

Manufacturing Molybdenum Plate (Mo Plate) Mo 361 in a 7 mm thickness involves a series of operations designed to maintain the metal’s purity and structural integrity. Initially, the molybdenum is processed into a form suitable for pressing, ensuring uniform particle size. This precursor material is moulded under high pressure to form green compacts, which are subsequently sintered at elevated temperatures. A combination of heat and rolling achieves a consistent grain structure that directly influences mechanical performance.

During the final shaping and finishing stages, machinery is used to achieve the precise 7 mm thickness while reducing surface irregularities. Stringent controls on temperature and speed, along with incremental rolling passes, ensure dimensional consistency across the plate. Advanced inspection techniques are employed after each processing step, confirming the Mo 361 plate meets the high standards required for precision and reliability.

2. Comparative Analysis with Alternative Materials

Comparing Molybdenum Plate (Mo Plate) Mo 361 at a 7 mm thickness to other high-performance metals demonstrates its strength-to-weight ratio and melting point, making it a choice for applications in extreme environments. Unlike some steel alloys, Mo 361 plates show better dimensional stability under thermal loads, diminishing the risk of component failure in critical systems. This advantage is clear in aerospace and energy sectors, where consistent mechanical properties are essential.

Molybdenum plates often outperform tungsten or nickel-based alloys in applications requiring hardness and ductility. The combination of properties allows the Mo 361 grade to retain stability across a wide temperature range, providing an option for designers needing to maximise efficiency and durability. Consequently, industries ranging from semiconductor manufacturing to advanced research facilities prioritise Molybdenum Plate (Mo Plate) Mo 361 when reliability and precision are crucial.