Ta Metal Crucibles Cylindrical

Ta Metal Crucibles Cylindrical

Ta Metal Crucibles Cylindricalare cylindrical containers made from tantalum (symbol Ta), engineered to deliver high‑temperature stability, chemical inertness, and ease of integration with automated systems in demanding industrial operations. ​
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Description
Technical Parameters
Geometric and Material Features of Ta Metal Crucibles Cylindrical

 

Ta Metal Crucibles Cylindricalare cylindrical containers made from tantalum (symbol Ta), engineered to deliver high‑temperature stability, chemical inertness, and ease of integration with automated systems in demanding industrial operations.

Using the elemental symbol "Ta" emphasizes the material basis while highlighting performance. These crucibles are produced by hot forging and precision machining of tantalum metal, retaining its 3017 °C melting point and corrosion immunity in a right‑circular cylindrical form. Thick walls (relative to volume) provide rigidity for heavy charges, and polished interiors prevent dross adhesion, aiding clean retrieval of molten material.

 

Feature
Specification
Industrial Advantage
Material
99.9% – 99.99% Ta
Contamination‑free containment
Shape
Right circular cylinder
Uniform radial heating, easy mold match
Max Working Temp
~2800 °C (inert gas)
Sustains ultra‑high‑temp melts
Non‑wetting Behavior
Yes
Clean part retrieval, minimal residue

 

Key Industrial Uses of Ta Metal Crucibles Cylindrical

Reactive Metal Melting​ – Titanium, zirconium, and hafnium alloys in vacuum induction melting; cylindrical shape suits center‑positioned heating for uniform temperature.
Refractory Metal Powder Production​ – Rotating electrode process for spherical tungsten powder; crucible securely holds molten metal during atomization.
Die Casting Support​ – Holding aluminum alloys for rapid shot cycles; shape aids controlled directional pour and reduced turbulence.

Operational Strengths of Ta Metal Crucibles Cylindrical

Low vapor pressure ensures crucible longevity with negligible mass loss in high‑temperature campaigns. Thermal shock resistance allows rapid furnace ramp‑up/down cycles, raising productivity. Their compatibility with robotic handling systems enables seamless use in automated casting and melting cells for automotive, aerospace, and energy applications, where repeatable thermal profiles and minimal contamination are essential.

 

Customized 99.95% Pure Melting Tantalum crucible from ZhenAn

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Our Product Advantages
High Purity
Purity levels of 99.995%-99.997%, with exceptionally low impurities such as Pd and Cd.
Superior Wire Quality
Wires are evenly unwound in continuous lengths, ensuring seamless operation.
Smooth surface with no oil residues.
No Wire Feeding Issues
Free from defects such as particles, tangled wires, knots, bends, breakages, oxidation, spray arc failures, or clogged nozzles.
Free Testing Reports
We provide complimentary test reports on spray layer thickness, porosity, bond strength, and coating examinations for capacitors and thermally sprayed zinc coatings.

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professional team

high quality

 

 

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