Various applications of ceramics in almost every sector!

Ceramics is a unique material that has a wide range of applications in virtually every field of engineering. However, as many people believe that ceramics only concern pottery and tiles, its relevance has often been overlooked. The ceramic industry today is one of the fastest-growing industries in many parts of the world. Take a look at the information below to learn everything you need to know about ceramics.

What exactly is ceramics?

Ceramics comes from the Greek term “keramos,” meaning “potter’s clay.” However, many modern ceramic formulations do not contain clay. Metallic and non-metallic compounds are the building blocks of modern ceramics. The atomic bonds between them are typically ionic. Insulating materials, glass, refractory materials, and abrasives are fine examples of ceramics. Metallic oxides, carbides, borides, nitrides, and silicates are all examples of these materials.

Various applications of ceramics:

Ceramics is particularly well-suited to certain objects due to their characteristics. Abrasives, construction materials, tableware, electronics, glass products, and refractories are just some of the products made from ceramic materials.

Abrasives:

To cut metals and grind, polish, and sand various surfaces, manufacturers use several extremely hard ceramic materials. Alumina and silicon carbide are two of the ceramic materials available.

Tableware:

Ceramic utensils for food and drink are wonderful. They do not absorb liquids and resist acids, salts, detergents, and temperature changes. The majority of ceramic tableware is made from a combination of clays, layered minerals, and quartz.

Electrical devices:

In automotive spark plugs, power lines, and televisions, non-conductive ceramics are used as insulators. Alumina and porcelain are examples of ceramics. Capacitors, which store electrical currents in electronic devices, are made from a different ceramic substance, barium titanate. Both electronic circuits and electric motors use magnetic ceramics.

Construction materials:

Solid, durable bricks and drainage pipes for homes and other structures are made from clay and shale. Clay and talc are used in tile production. Cement is widely used in concrete production and is typically composed of calcium silicates. Plaster for walls and ceilings is made from gypsum. Porcelain is used to make bathtubs, sinks, and toilets. Porcelain is primarily composed of clay, feldspar, and quartz.

Glass:

The transparency of glass makes it one of the most significant materials. Food containers, light bulbs, glass panels, and lenses for glasses and telescopes are all made of glass. The walls of many homes are insulated with fiberglass. Fiberglass cables are used to transfer voice and data over long distances. The fundamental component of glass is silica.

Other elements:

New applications for ceramics are constantly being developed by ceramic engineers. Porcelain, for example, is used to construct dental prosthetics and artificial bone joints. Nuclear reactors use uranium oxide ceramics as fuel. Silicon nitride is used to make cutting tools. Aircraft engine parts are made from carbide-based refractories. Alumina is used in the production of certain types of lasers.

GRIFON has a long history in the ceramic industry and can offer you high-quality products. They will go above and beyond expectations to ensure a pleasant and reliable working relationship with them.