The Different Uses of Ceramic
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Ceramic is a multifaceted, versatile material. Neither metallic nor organic, ceramic is made by shaping inorganic materials like clay or sand and then exposing them to very high temperatures. Although ceramic is brittle, it is tough, porous, hardy against wear, and resistant to heat and corrosion.

Those properties make it viable for use in the creation of various products and commodities. We all think of pots and kitchenware when we hear “ceramic” – it did come from the Greek word “keramikos,” meaning pottery.

We see ceramics being used in various forms (bricks, tiles, tools, and also toilets) for the construction of houses, buildings, and other structures.

We all have ceramic wares, in one form or another, in our places of residence. But ceramic has many facets and uses which show off its utility and versatility.

Listed below are some other vital uses and functions of ceramics:


Manufacturing involves many processes. One of these processes is called machining, which involves removing any unwanted or useless material from a larger piece of utilized material.

The cutting tools used in machining can be made from ceramic as its capabilities to resist oxidation and maintain hardness and form are imperative to the manufacturing process.

Ceramics are also used for vehicular coatings and making gas turbine engines, among other manufactured products.


Furniture makers and artisans have been shaping different types of home accouterments and furnishings since before the time of Christ.

There has been a trendy resurgence of funky ceramic furniture lately, featuring alternative aesthetic designs and timeless durability.

Custom-made ceramic furniture can also be used as avant-garde interior decor.


Engineering ceramics are especially hard and durable materials. They can be used for cutting metals, drilling, machining, and even watchmaking.

The sapphire dial covering and ceramic insert are common components in watches that are made from such ceramics. Non-metallic and ceramic watch cases have also seen a rise in contemporary popularity.


Advanced ceramics, otherwise known as bioceramics, have been playing an increasingly vital part in advancing healthcare and biotechnology.

The bioceramics alumina and zirconia are very resilient, chemically inert ceramics that biomedical engineers and technicians can polish to a high finish.

As a result, dentists, doctors, and surgeons can use them in dentistry and orthopedics for dental fixtures and bone replacements, respectively.

Orthopedic procedures such as hip replacements and bone grafts require certain materials like bioceramics that can encourage a person’s existing bone cells to grow and multiply to help with the stability and longevity of the bone replacement.

Aquarium design and maintenance

It is not uncommon to see ceramic or clay pots strewn about the inside of an aquarium for fishy interior decor. However, aquatic pet enthusiasts would also know that ceramic rings can be used to filter the air in aquarium water properly.

Ceramic rings are biological “houses” that provide a substantial surface area for good bacteria to grow, live, and thrive. The bacteria on ceramic rings are required to complete your aquarium’s nitrogen cycle, which converts harmful ammonia and nitrite into less harmful nitrate.

The examples enumerated above are just a few of the many different uses of the wondrous earthly material called ceramic.

Its multiple facets and uses serve to make our earthly lives more utile, stable, and hardy, much like the ceramics themselves. Thus, ceramics are vital to our everyday lives.

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