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Metal molybdenum plates, as an industrial material renowned for its high temperature resistance and corrosion resistance, exhibit remarkable properties and wide-ranging applications across multiple sectors. Here’s a detailed exploration of this remarkable material:

I. Fundamental Characteristics of Metal Molybdenum Plates

1. High Melting Point and High-Temperature Resistance:
   • With a melting point of 2620°C, molybdenum plates boast one of the highest melting points among metals, enabling them to maintain stability and corrosion resistance under extreme temperatures.
   • They are widely used in high-temperature furnaces, rocket engines, missiles, and other components requiring high-temperature resistance.
2. Corrosion Resistance:
   • Molybdenum plates exhibit excellent corrosion resistance and stability in most chemical media, making them ideal for corrosion-resistant equipment in the chemical and electronics industries.
   • A dense and sturdy protective film naturally forms on the surface of molybdenum plates, further enhancing their corrosion resistance.
3. Mechanical Properties:
   • Molybdenum plates possess high density (approximately 10.2g/cm³), conferring high strength, hardness, and good tensile resistance.
   • Cold working or heat treatment can further strengthen the matrix, enhancing reliability in specific applications.
4. Thermal and Electrical Conductivity:
   • Molybdenum plates are among the metals with good thermal and electrical conductivity, playing crucial roles in electronic devices, power generation equipment, thermal instruments, and fiber-optic communications.

II. Production Process of Metal Molybdenum Plates

The production of metal molybdenum plates typically involves the following steps:

1. Raw Material Preparation: Using molybdenum metal with a purity of over 99.95% as the raw material.
2. Deformation Processing: Undergoing rolling processes such as hot rolling and cold rolling with deformation exceeding 60% to achieve a density close to the theoretical density, enhancing strength and internal structure uniformity.
3. Annealing Treatment: Multiple annealing treatments during processing to eliminate internal stresses and improve plasticity and toughness.
4. Surface Treatment: Depending on requirements, undergoing alkaline cleaning, polishing, and other surface treatments to achieve the desired finish and surface condition.
5. Inspection and Packaging: Rigorous quality inspection followed by packaging in wooden boxes or other suitable containers for transportation.

III. Application Fields of Metal Molybdenum Plates

Metal molybdenum plates, with their exceptional properties, find diverse applications in:

1. Aerospace: Manufacturing engine parts, missile casings, and other structural materials.
2. Chemical and Electronics: Fabricating reactors, heat exchangers, and other corrosion-resistant equipment, as well as electronic components.
3. Metallurgy and Machinery Manufacturing: Serving as wear-resistant materials for industrial furnaces, wear parts, and more.
4. Vacuum Technology: Used in vacuum vessels, vacuum fittings, vacuum catalysts, and other areas.
5. Power Equipment: Acting as heat dissipation materials in power capacitors, reactors, and other components.
6. Medical Field: Manufacturing surgical knives, medical imaging equipment, and other medical instruments.
7. Nuclear Industry: Serving as auxiliary materials for nuclear reactor packaging, protection, and other purposes.

Metal molybdenum plates, as a high-temperature and corrosion-resistant industrial material, demonstrate remarkable performance and extensive application potential across multiple sectors. With technological advancements and industrial development, the application fields of metal molybdenum plates are expected to continue expanding and deepening.