Tantal Heating Element Description
Tantal Heating Elements exhibit material properties that meet technical requirements. They have a melting point of approximately 3 017°C, thereby withstanding extreme temperatures. They offer corrosion resistance that may decrease material degradation in chemically aggressive environments. The heating elements provide stable, even heating over extended periods and may contribute to a longer service life. Efficient thermal conductivity facilitates their use in industrial applications where heating is required to be precisely controlled.

Specifications of Tantal Heating Elements
We can customise Moly heating elements to meet your specifications.
- Bands
- Sheets
- Rods
- Coiled Wire
- Wire Bundles
- Wire Mesh Heating Elements
Applications for Tantal Heating Elements
1. Semiconductor Manufacturing: Tantal heating elements are employed for semiconductor fabrication. They ensure controlled heating during various production processes.
2. Chemical Processing: Due to their corrosion resistance, Tantal heating elements are used to heat corrosive liquids and gases in chemical processing. This application includes the manufacture of speciality chemicals.
3. Aerospace Industry: Tantal heating elements are utilised in aerospace applications. They are capable of operating at high temperatures and are used in the production of components for spacecraft and aircraft.
4. Research and Development: Tantal heating elements are employed in laboratories and research facilities. They deliver even heating for experiments and material tests.
5. Medical Devices: Certain medical devices incorporate Tantal heating elements. They meet biocompatibility requirements and deliver controlled heating in medical applications.
Packaging of Tantal Heating Elements
Our Tantal heating elements are packaged in a manner that minimises damage during storage and transport. This method ensures that the products retain their original condition.

Specification
Molecular Weight
|
180.94
|
Appearance
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Silvery-gray solid
|
Melting Point
|
3017 °C
|
Boiling Point
|
5458 °C
|
Density
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16.69 g/cm3 (20 °C)
|
Crystal Phase / Structure
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α: body-centered cubic (bcc) / β: tetragonal
|
Electrical Resistivity
|
131 nΩ·m (20 °C)
|
Electronegativity
|
1.5 Paulings
|
Heat of Fusion
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36.57 kJ/mol
|
Heat of Vaporization
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753 kJ/mol
|
Poisson's Ratio
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0.34
|
Specific Heat
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140 J/kg·K
|
Thermal Conductivity
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57.5 W/m·K
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Thermal Expansion
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6.3 µm/m·K
|
Vickers Hardness
|
870–1200 MPa
|
Young's Modulus
|
186 GPa
|
* The customer can provide drawings for custom manufacturing.