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The natural mineral deposits of easily attainable clay and sand, combined to the right consistency when mixed with various liquids, are ideal for creating moldable material useful for traditional ceramics. This traditional ceramics mixture is used by potters and bricklayers around the world, in part because it is so readily available, easy to mix, and inexpensive.

Modern advanced ceramics is far more complex than its traditional ceramics predecessor. Using precise ingredients, measurements, and procedures, modern advanced ceramics often call upon the skills of physicists, chemists, and multiple engineers. Modern advanced ceramics are used to create products as simple as a common floor tile, or as complicated and intricate as a nuclear fuel pellet.

Modern advanced ceramics relies on high-quality ingredients, not just the easily attainable sand and clay, to create ceramics that exhibit properties needed to withstand extreme hazardous environmental conditions. At the same time, these same ceramics must be made with exacting precision to allow for flaws to be evidently visible.

Most traditional ceramics are known for their hardness, brittleness, and strength. In the past, traditional ceramics have been used as electric insulators since porcelain is resistant to the flow of electricity. With the help of engineers, physicists, and chemists advanced modern ceramics can be made to be as tough and as conductive as the hardest metals. These ceramics are created with such precision, that their very cellular structure is controlled, manipulated, and created. Such highly conductive ceramics are often used in superconductors and many types of superior mechanical devices. This makes these conductive ceramics a highly sought after commodity.

Advanced modern ceramics is a far superior alternative to its traditional metallic counterpart. Though this truth is evident, advanced modern ceramics is far too pricey to replace the more cost efficient metals we use today. While research is being done to decrease the cost of the advanced modern ceramics, the resolution is not in the near future. Partially due to the cost of research, and partially due to the composites susceptible to oxidation at elevated temperatures.