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A common question from our customers is whether a refractory or fully dense ceramic crucible is the better choice. The most suitable choice is determined by how the crucible will be heated, the materials being processed, and the balance between thermal shock resistance and chemical resistance required for the application.  A core challenge engineers face […]

A question we frequently receive from customers is: when is magnesium oxide a better choice than alumina? The answer depends on the materials being processed, the operating temperature, and the chemical environment inside the crucible. Choosing the right refractory ceramic material is critical to ensuring crucible longevity, maintaining material purity, and preventing premature crucible failure. […]

Why are certain ceramic components manufactured using cold isostatic pressing, rather than traditional forming methods? Several factors should be considered, including component geometry, production volume, material properties, and performance requirements of the finished part. Cold isostatic pressing  allows ceramic powders to be compressed uniformly from every direction, producing highly consistent components with excellent strength, dimensional […]

A common consideration when manufacturing ceramic components is whether machining should be carried out before or after firing. The preferred method is influenced by factors such as geometry, tolerances, production volume, and performance requirements of the finished part. There are two main approaches to ceramic machining: green machining and fired machining. Green machining is carried […]

We’re often asked which ceramic crucible material is best for a particular process. While alumina is often the preferred all-round option, applications involving aggressive chemicals, extreme temperatures, or specific heating methods may require zirconia or magnesium oxide instead. Choosing the right material depends on several factors, including operating temperature, chemical compatibility, heating method, and the […]