Molybdenum Sheet – Plate

Key Advantages

  • High-temperature stability: Melting point around 2620°C, stable structure and strength for extreme-temp applications.

  • High density & purity: Powder-metallurgy route delivers dense, low-defect plates for critical vacuum, furnace and aerospace use.

  • Precision customization: Thickness 0.1–100 mm, width 20–1500 mm, multiple finishes; small-batch sampling supported.

  • Process-controlled quality: Vacuum annealed and inspected for surface, mechanical and chemical consistency.

Primary Applications

  • High-temp furnaces: Heat shields, heating parts, vacuum furnace components.

  • Aerospace & defense: Structural parts for high-temperature and high-stress environments.

  • Semiconductor & energy: Sapphire growth equipment, nuclear-related components.

  • Petroleum refining: Components exposed to hot, corrosive process media.

Testing (Typical)

  • Visual inspection (surface quality)

  • Mechanical testing (strength, ductility)

  • Chemical composition checks (impurity control)

Packaging & Delivery

  • Packaging: Standard export wooden cases or custom (incl. metal-based) protection to prevent bending and surface damage.

  • Shipping: Global courier or sea freight; lead times coordinated with your production schedule.

Product Description

LuminaTitanium delivers high-performance molybdenum sheet/plate to ASTM B386. Produced via powder metallurgy, rolling and vacuum annealing, our Mo plates offer high melting point, thermal stability, high density and low defect levels. Dimensions, tempers and surfaces are tailored to support demanding furnace, aerospace, nuclear and refining applications.

Technical Specifications

Parameter Details Why It Works for You
Materials R03600, R03620, R03830, R03650, etc. Proven Mo grades for high-temp and corrosive environments
Standard ASTM B386 Simplifies qualification in global critical projects
Thickness 0.1–100 mm From thin shields to heavy structural plates
Width 20–1500 mm Sized to equipment and furnace layouts; reduces machining
Technology Hot-rolled, cold-rolled, machining Tunes strength, ductility, and flatness
Condition Vacuum annealed Enhances stability at service temperature
Surface Mill, polished, bright, sand-blasted Matches thermal, corrosion and cosmetic requirements

Processing Overview

Mo powder → grading → forming → sintering → hot rolling → leveling & annealing → pickling/caustic wash → warm rolling → leveling & annealing → cold rolling → cutting → vacuum annealing → machining / wire cutting / grinding / blasting → packing

Ordering Checklist

  • Standard & grade: ASTM B386; specify R03600 / R03620 / R03830 / R03650, etc.

  • Dimensions: thickness × width × length; flatness & tolerance targets.

  • Condition & finish: vacuum annealed; mill / bright / polished / sand-blasted.

  • Testing & docs: mechanical and chemistry reports; MTC EN 10204 3.1; third-party inspection if required.

  • Quantity & packaging: batch size; stacking and protection; export wooden or custom cases.

  • End use: furnace, aerospace, nuclear, refining, etc., to confirm optimal configuration.

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