Aluminium Oxide Crucibles Description
Aluminium oxide crucibles are generally used in laboratories to contain chemical compounds at extremely high temperatures. Aluminium oxide is a ceramic material that performs reliably under high-temperature conditions, thereby ensuring results free from contamination. Crucibles and their covers are produced from materials resistant to high temperatures, typically ceramic crucibles, aluminium oxide crucibles or crucibles made of inert metal.
Stanford Advanced Materials provides high-purity aluminium oxide crucibles with precise dimensional tolerances and competitive prices. Our high-purity clay products satisfy most requirements.

Aluminium Oxide Crucibles Specification
The following crucibles are available as standard models from Stanford Advanced Materials. Other custom sizes are available on request. Consequently, the product code of the crucible is composed as follows:
Abbreviations and Code
* C conical-shaped crucibles
* D double-walled crucibles
* Ø rim
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Code: Al2O3 1-12 Capacity: 1 cm³
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Code: Al2O3 1-14 Capacity: 1 cm²
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Code: Al2O3 1-20 Capacity: 1.5 cm³
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Code: Al2O3 2-16 Capacity: 2 cm³
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Code: Al2O3 5-30 Capacity: 30 cm³
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Code: Al2O3 10-22 Capacity: 22 cm³
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Code: Al2O3 10-32 Capacity: 32 cm³
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Code: Al2O3 C12-36 Capacity: 36 cm³
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Code: Al2O3 C16-36 Capacity: 36 cm³
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Code: Al2O3 C25-33 Capacity: 25 cm³
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Code: Al2O3 C35-54 Capacity: 35 cm³
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Article number: Al2O3 C230-98 Capacity: 230 cm³
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Article number: Al2O3 C85-41 Capacity: 85 cm³
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Aluminium Oxide Crucibles Applications
Aluminium oxide crucibles can be used for various laboratory analyses of metals and non-metals. They may also be employed for calcining dyes, toners, frits, pigments and phosphors in furnace ovens and printing plate ovens.