Automotive ceramics advanced ceramic materials that are made into components for automobiles.
Ceramics used in cars.
These systems are becoming increasingly important in transportation.
Examples include spark plug insulators catalysts and catalyst supports for emission control devices and sensors of various kinds.
Ceramics are more cost efficient than metal and more durable than plastic and can be found throughout the automotive industry as advances in car manufacturing require higher complexity in automotive components.
Ballistic door panels are integrated in the body of police cars and other high security vehicles.
The thermal and electrical properties of ceramic materials allow them to be used in a variety of sensors mechanical seals ceramic bearings and valves.
Spark plugs passive components and low temperature co fired ceramics ltccs are the most relevant ceramic elements found in the electrical electronic system.
That bond is permanent as the paint and the polymer become one layer that is tougher.
Epoxy or polymer is a widely used type of ceramic coating that bonds with the factory paint coating of the car.
32institute for applied materials ceramics in mechanical engineering the increasing efficiency of fuel saving cars requires a supplementary heat system based on functional ceramics showing a positive temperature coefficient resistance ptcr effect.