Molybdenum plate for High-Temp Furnace Shielding

Molybdenum plate for High-Temp Furnace Shielding
  • Molybdenum plate for High-Temp Furnace Shielding
  • Molybdenum plate for High-Temp Furnace Shielding
  • Molybdenum plate for High-Temp Furnace Shielding
  • Molybdenum plate for High-Temp Furnace Shielding

Short Description:

High-temp molybdenum plate for furnace shielding. Superior dimensional stability, creep resistance, and thermal insulation in vacuum furnaces. Ideal for hot zone liners, heat shields, and structural components....


  • Material Grade: 99.95% Mo (Pure) | MoLa (Lanthanum Alloy) | TZM Alloy
  • Density: 10.2 g/cm³ (Pure Mo) | 9.8-10.1 g/cm³ (Alloys)
  • Thickness Range: 0.1mm - 50mm (Customizable)
  • Application: Semiconductor Furnace | Sputtering Targets | Rocket Nozzles | Glass Melting Electrodes
  • Melting point: 2,623°C (4,753°F)

Product Details

Product Tags

Our High-Temp Molybdenum Plate is engineered for heavy-duty furnace shielding applications where superior mechanical strength and thermal stability are required. With molybdenum's exceptional high-temperature properties—including a melting point of 2620°C, low thermal expansion, and excellent thermal conductivity—this plate provides durable, long-lasting protection in vacuum furnaces, high-temperature thermal processing equipment, and other extreme environments.

Unlike thin foils, our molybdenum plate offers greater structural rigidity and resistance to mechanical deformation, making it ideal for primary heat shields, hot zone liners, and load-bearing high-temperature components.

Why Molybdenum Plate for Furnace Shielding?

Molybdenum retains its structural integrity and mechanical strength at elevated temperatures. The plate form provides enhanced durability against thermal cycling, mechanical abrasion, and long-term creep deformation. With excellent high-temperature creep and stress-rupture properties, molybdenum plate ensures reliable furnace shielding performance over extended operational cycles.

Key Performance Features

  • Superior High-Temperature Strength: Maintains excellent creep resistance and stress-rupture properties at extreme temperatures, ensuring long service life in demanding furnace environments.

  • Exceptional Dimensional Stability: Low coefficient of thermal expansion minimizes distortion and warping during thermal cycling, maintaining critical clearances within the furnace assembly.

  • Heavy-Duty Structural Rigidity: The plate format provides greater mechanical strength compared to foil, suitable for primary shielding layers and structural hot zone components.

  • Low Vapor Pressure: Ideal for high-vacuum environments where material outgassing and contamination must be strictly controlled.

  • Customizable Dimensions: Available in various thicknesses, widths, and lengths to meet specific furnace designs and shielding configurations.

Typical Applications

  • Primary and secondary heat shields in vacuum furnaces

  • Hot zone liners and radiation shielding panels

  • High-temperature thermal processing equipment

  • Sapphire crystal growth furnaces

  • Semiconductor and LED manufacturing furnaces

  • Glass melting furnace components

Quality Assurance

Each molybdenum plate is produced under strict quality control to ensure consistent thickness, flatness, surface finish, and mechanical properties. Custom sizes, cut-to-length plates, and machined components are available upon request.


Comparison with Foil Version (for reference)

Feature Molybdenum Foil Molybdenum Plate
Thickness range Thin (0.025mm–0.5mm) Thick (0.5mm–25mm+)
Structural rigidity Flexible Rigid, load-bearing
Typical application Secondary shielding, wrapping Primary shielding, hot zone liners
Key advantage Flexibility, lightweight Strength, durability, thermal mass



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