Alumina crucibles

Alumina crucibles are essential laboratory equipment used for various high-temperature applications. These crucibles are made from a material called alumina, which is a type of ceramic. Alumina crucibles are known for their high thermal conductivity, chemical resistance, and durability.

Temperature Range and Maximum Temperature of Alumina Crucible

The temperature range of alumina crucibles is typically between 1600°C to 1800°C. However, the maximum temperature can vary depending on the specific type of alumina crucible used. Some alumina crucibles can withstand temperatures up to 2000°C, making them suitable for a wide range of high-temperature applications.

How to Make, Price, and Clean Alumina Crucible

Alumina crucibles are manufactured using a powder metallurgy process that involves mixing alumina powder with a binder, forming the mixture into the desired shape, and then sintering it at high temperatures to form a solid ceramic. The cost of alumina crucibles can vary based on the size, shape, and quantity ordered.

To clean alumina crucibles, avoiding abrasive cleaners or tools that can scratch the surface is essential. Instead, a mild detergent solution or a mixture of hydrofluoric and nitric acid can be used to remove any stubborn residues.

Clay Crucible Maximum Temperature

Clay crucibles are an alternative to alumina crucibles and are commonly used for high-temperature applications. However, clay crucibles have a lower maximum temperature range of around 1300°C to 1400°C. This makes them suitable for lower-temperature applications but may not be appropriate for highly high-temperature applications.

In conclusion, alumina crucibles are an essential piece of laboratory equipment for high-temperature applications. They are known for their durability, chemical resistance, and high-temperature tolerance. The temperature range and maximum temperature of alumina crucibles make them suitable for a wide range of applications. Proper care and cleaning of alumina crucibles can ensure their longevity and optimal performance.


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