Molybdenum Sheets & Plates

Precision-Engineered for Plastic Mold Manufacturing and Extreme Industrial Applications

 

 

Molybdenum sheets and plates are engineered for extreme environments in plastic mold manufacturing, semiconductor equipment, vacuum furnaces, and precision tooling. Leveraging a melting point of 2623 °C (4753 °F), high-purity molybdenum (>= 99.95%) or high-strength TZM alloy maintains dimensional stability, mechanical strength, and corrosion resistance under thermal cycling conditions where conventional steels, copper, or aluminum fail.

 

 
 
Technical Specifications & Grades

 

Parameter

Specification

Material Grades

Pure Molybdenum (Mo >= 99.95%) / TZM Molybdenum Alloy (for enhanced high-temperature strength)

Density

Approx. 10.2 g/cm3

Melting Point

2623 °C (4753 °F)

Thermal Conductivity

Approx. 138 W/(m·K) at room temperature

Thermal Expansion Coefficient

Approx. 5.1 x 10^-6/K (20--100 °C)

Standard Compliance

ASTM B386 / Custom Specifications

Thickness Range

0.025 mm - 100 mm (Customized sizes and TZM alloy sheets available)

Surface Options

Rolled, Ground, Polished, or Machined

 

Core Engineering Advantages
 
Titanium Sheet

High-Temperature Strength & Creep Resistance

Property: Molybdenum maintains high mechanical strength at elevated operating temperatures where standard tool steels soften.

 

Performance Impact: In plastic injection molding and high-temperature tooling, it prevents component deformation during repeated heating and cooling cycles, ensuring consistent mold geometry and tighter tolerance control.

Low Thermal Expansion (5.1 x 10^-6/K)

Property: With an expansion rate significantly lower than most industrial metals, molybdenum changes minimally under extreme temperature fluctuations.

 

Performance Impact: Reduces dimensional variation and lowers the risk of micro-warping or structural shift after prolonged production runs.

Titanium Sheet
Niobium Zirconium Alloy

Efficient Thermal Conductivity (138 W/(m·K))

Property: Rapid heat dissipation allows thermal energy to flow uniformly through structural components.

 

Performance Impact: In high-volume plastic production, it supports faster, more uniform cooling cycles, helping manufacturers minimize part shrinkage defects and cycle-time variance.

High Purity & Controlled Material Stability

Property: Supplied at a baseline purity of >= 99.95% (or as a high-strength TZM alloy sheet variant), the material provides stable physical properties with minimal impurity contamination risk.

 

Performance Impact: Ideal for sensitive semiconductor processing chambers and high-vacuum furnace internals.

Titanium Sheet Plate

 

Primary Industrial Applications

 

 

Plastic Injection Molding

Utilized for specialized mold inserts, heat-resistant partition plates, and core components requiring high wear cycles and dimensional rigidity.

 

Vacuum Furnace Manufacturing

Deployed as heating elements, support trays, radiation shields, and structural fixture plates exposed to extreme heat and vacuum conditions.

 

Semiconductor & Electronics

Applied in wafer processing fixtures, evaporation boats, and high-temperature support hardware.

 

 

Custom Processing & Machining
 

Due to its high hardness and room-temperature brittleness, processing molybdenum requires precise parameters. We supply material ready for integration, supported by our in-house processing capabilities:
• CNC Machining & Milling
• Wire EDM Cutting & Drilling
• Surface Grinding & Polishing to Custom Tolerances

Packaging & Export Logistics

To prevent surface oxidation and transit damage during international shipping, our products are secured using:
• Interleaved protective film and moisture-proof vacuum barriers
• High-density shock-absorbing foam padding
• Fumigation-free export wooden crates

 

 

FAQ

 

Q: What is the purity of your molybdenum sheets and plates?

A: Our standard pure molybdenum sheets and plates typically have a purity of Mo >= 99.95%. Higher-performance molybdenum alloys such as TZM are also available for applications requiring improved strength at elevated temperatures.

Q: Why is molybdenum suitable for plastic mold applications?

A: Molybdenum is suitable because it combines low thermal expansion, high temperature resistance, and good thermal conductivity. These properties help plastic mold components maintain stable dimensions during repeated heating and cooling cycles.

Q: What is the maximum operating temperature of molybdenum?

A: Molybdenum has a melting point of approximately 2623 °C. Actual operating temperature depends on the environment, atmosphere, mechanical load, and application conditions.

Q: Can you provide customized sizes?

A: Yes. We supply customized molybdenum sheets and plates according to customer drawings or specifications, including customized thickness, dimensions, surface finish, and machining requirements.

Q: What is the difference between molybdenum sheets and plates?

A: The difference is mainly related to thickness and application requirements:

Q: Molybdenum sheets are usually thinner and used for precision components or forming applications.

A: Molybdenum plates are thicker and commonly used for structural parts, tooling, and heavy-duty applications.

Q: Can molybdenum plates be machined?

A: Yes. Molybdenum can be processed through precision machining methods such as CNC machining, grinding, cutting, and drilling. Proper tooling and machining parameters are required because molybdenum has high hardness and brittleness at room temperature.

As one of the most professional molybdenum sheets & plates manufacturers and suppliers in China, we warmly welcome you to buy OEM molybdenum sheets & plates from our factory. All custom made products are with high quality and competitive price. Contact us for quotation.

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