MU7378 Molybdenum Plate (Mo Plate) Mo 361, 5 mm Thickness

Molybdenum Plate (Mo Plate) Mo 361, 5 mm Thickness Description

Our Molybdenum Plate (Mo 361) features a thickness of 5 mm and complies with the industry standard ASTM B386, ensuring high-quality and reliability across various demanding applications. Molybdenum is known for its strength-to-density ratio, providing mechanical stability and high melting points. The Grade Mo 361 formulation enhances its resistance to corrosion and wear, making it suitable for vacuum furnaces, high-temperature heating elements, and energy-related systems.

This plate meets quality standards, demonstrating stable performance under thermal and mechanical stress. Its thermal conductivity and low thermal expansion contribute to process efficiency and consistent outcomes in critical operations. Consider the Mo 361 Molybdenum Plate as a dependable choice for advanced manufacturing and research requirements, where strength, purity, and compliance are essential.

Molybdenum Plate (Mo Plate) Mo 361, 5 mm Thickness Applications

The Molybdenum Plate (Mo Plate) Mo 361, measuring 5 mm in thickness, is recognised for its stability under extreme temperatures and impressive mechanical properties. This material’s corrosion resistance, high melting point, and strength-to-weight ratio are crucial in industries that require performance in harsh environments. Below are some primary applications illustrating why Mo 361 remains a preferred option for specialised engineering needs.

1. High-Temperature Furnace Applications

·         Heating Elements: Used for furnace filaments and components requiring stable operation at elevated temperatures

·         Supports and Fixtures: Provides support for components subjected to thermal cycling, maintaining dimensional integrity under thermal stress

2. Aerospace and Defence Applications

·         Structural Components: Suitable for rocket nozzles, thrust chambers, and other critical systems needing thermal resistance

·         Protective Linings: Used in defence systems requiring materials that withstand extreme conditions and erosive environments

3. Electronics and Semiconductor Applications

·         Sputtering Targets: Ensures uniform coating deposition due to its purity and thermal stability

·         Heat Spreaders: Manages thermal loads in semiconductor devices through efficient heat conduction and dispersion

Molybdenum Plate (Mo Plate) Mo 361, 5 mm Thickness Packaging

For Molybdenum Plate (Mo Plate) Mo 361, 5 mm thickness, we implement protective layers and vacuum-sealed packaging to protect against impact and corrosion. An anti-oxidation coating and desiccants prevent moisture damage. Customisation options, including labelling, dimension adjustments, and branding, are available. This packaging ensures safe delivery and extended product shelf life.

Packaging: Vacuum sealed, Wooden Box, or Customised.

Molybdenum Plate (Mo Plate) Mo 361, 5 mm Thickness FAQs

Q1: What are the key material properties of Molybdenum Plate (Mo Plate) Mo 361, 5 mm Thickness?

A1: The Molybdenum Plate (Mo Plate) Mo 361, 5 mm Thickness typically exhibits a minimum purity of 99.95%, ensuring high-temperature strength and low thermal expansion. Its density is approximately 10.2 g/cm³, providing significant weight stability, while its melting point of around 2,620°C grants thermal resilience. The plate also demonstrates corrosion resistance in non-oxidising environments, making it suitable for various industrial applications.

Q2: What fabrication methods are typically used for Molybdenum Plate (Mo Plate) Mo 361, 5 mm Thickness?

A2: These plates can be formed using hot or cold rolling processes under controlled conditions. Machining often involves diamond or carbide tooling to address the material’s hardness. For joining, electron beam or TIG welding in inert atmospheres is common to prevent oxidation. Controlled annealing cycles are essential to relieve stresses and maintain dimensional accuracy.

Q3: Which quality standards and certifications apply to Molybdenum Plate (Mo Plate) Mo 361, 5 mm Thickness?

A3: The Molybdenum Plate (Mo Plate) Mo 361 typically meets or exceeds ASTM B386 for pressed and sintered molybdenum sheet and plate. Additionally, producers often hold ISO 9001:2015 certification, ensuring quality management. Material test reports (MTRs) verifying chemical analysis and mechanical properties are commonly supplied, and in specific cases, Nadcap accreditation may apply for applications requiring aerospace-level quality control.

Related Information

1. Manufacturing Process

The production of Molybdenum Plate (Mo Plate) Mo 361 with a thickness of 5 mm typically follows a high-temperature sintering method, followed by precision hot rolling to achieve the required plate dimensions. This controlled approach reduces impurities and reinforces the characteristics of this Mo 361 grade, such as density and structural integrity. Forging tools and temperature controls maintain consistency, allowing uniform thickness and stable mechanical properties.

Engineers monitor each fabrication step to confirm thickness control, accuracy, and surface finish. With Mo 361 plates used across various sectors, ensuring that the final product meets specifications is essential, requiring multi-stage inspections and measurement devices to guarantee minimal deviations. The outcome is a plate that demonstrates performance under demanding conditions.

2. Applications in Advanced Industries

Aerospace manufacturers choose Molybdenum Plate (Mo Plate) Mo 361, 5 mm thickness, for components that require lightweight properties and heat resistance. Its consistent grade offers thermal conductivity, making it suitable for applications where temperature management is critical, such as rocket nozzles and turbine components. The plate form allows for fabrication in producing complex parts.

The semiconductor sector has adopted Mo 361 plates for etching applications and vacuum furnace environments. The material’s limited thermal expansion and corrosion resistance help preserve the integrity of devices. By combining engineering with material performance, these plates support various industries aiming to enhance modern innovation.