What are Ceramics and Glass?
While most are familiar with ceramics and glass, they are much more than pottery, dishes, and window glass.
Ceramic and glass materials enable advanced technologies—sometimes as components in devices, sometimes as materials necessary for manufacturing other materials. Components include catalytic converter substrates for your car, fiber optic glasses that bring the internet to you, light bulbs, and dental crowns. Behind the scenes, refractory ceramics line steelmaking furnaces and cement kilns, draw heat out of your cell phone, and project jet engines during flight.
Broadly speaking, ceramic materials are nonmetallic, inorganic materials, that is, not metals, not plastics, not organic chemicals. Compounds such as oxides, nitrides, carbides, and borides are generally considered ceramic materials. Glasses are amorphous materials with a wide composition ranges. However, most commercial glasses are silicate or borosilicate based compositions.
Everywhere you look, ceramics and glass are hard at work—even though they may be unseen. Explore the links below to learn how ceramics and glasses are used everyday!
Learn More about Ceramics and Glass in Our World
Most people are familiar with traditional ceramics used in everyday objects such as dishes, pottery, sanitaryware, brick, art. Similarly, we are accustomed to glass in windows, drinking glasses, microscope optics, and fish tanks.
However, advanced ceramics and glass contribute in obvious and hidden ways. Examples include catalytic converter substrates in vehicles, cover glasses for smartphones and tablets, refractory linings of steelmaking furnaces, fiber optics for the internet, bone cements, ceramic armor, cutting tools, and much more.
From Better Brick to Today's Advanced Ceramics and Glass
Brick manufacturers founded ACerS in 1898 to apply scientific methods to manufacturing of clay products. Today, ACerS members research, develop, manufacture, and design engineered ceramics and glasses for use in nearly every technology.