Main properties of clay crucible

There are several key properties that are important for clay crucibles:

1.Refractoriness: Clay crucibles must be able to withstand high temperatures without melting or degrading. The refractoriness of a crucible is a measure of its ability to resist thermal shock and withstand high temperatures.

2.Thermal conductivity: Clay crucibles should have low thermal conductivity in order to minimize heat loss and maintain the temperature of the material being melted.

3.Chemical resistance: Clay crucibles should be resistant to the chemicals present in the materials being melted or held. This can be especially important for crucibles used in chemical reactions or analyses.

4.Strength: Clay crucibles should be strong enough to withstand the weight and pressure of the materials being melted or held, as well as any mechanical stress they may experience during handling.

5.Non-wetting: Clay crucibles should have a surface that is non-wetting, meaning that it does not allow the material being melted to stick to the surface of the crucible. This helps to prevent contamination and makes it easier to pour the melted material.

6.Compatibility: Clay crucibles should be compatible with the materials being melted or held, meaning that they should not react with the materials in a way that could cause problems.

7.Size and shape: Clay crucibles are available in a range of sizes and shapes to suit different applications. The size and shape of the crucible should be appropriate for the volume and type of material being melted or held.