answersLogoWhite

0

No electron support, there by giving it a very high dielectric strength.

User Avatar

Wiki User

14y ago

What else can I help you with?

Related Questions

Is ceramic a good conductor or insulator?

Ceramic is a good insulator. Its strong resistance to heat and electricity makes it suitable for use in a wide range of applications where insulation is needed.


A good insulator?

A good insulator for electricity would be plastic, rubber, glass and ceramic. Hope this helps!


Is ceramic an insulator material?

Yes, ceramic is an insulator material.


What do you call a material that is hard but brittle and is a good insulator?

Ceramic


Is a ceramic mug an insulator or a conductor?

an insulator


Is ceramic a good insulator of heat?

Yes, ceramic is a good insulator of heat due to its high resistance to heat transfer. It is commonly used for making cookware and heat shields because of its ability to retain heat and protect from high temperatures.


Is cermaic a good conductor?

Ceramic is not a good conductor of electricity. It is considered an insulator, meaning it does not allow electricity to flow through it easily. However, some ceramics, like piezoelectric materials, can conduct electricity under certain conditions.


Is rubber an electrical insulator?

Yes it is generally an effective insulator only surpassed by ceramic or glass.


Which of these materials would not be a good insulator of electricity?

An example of a good insulator of electricity would be rubber. An insulator is anything that does not conduct electricity and as such offers protection from direct electric current.


An example of a insulator?

An insulator has several different meanings. The two most common are an electrical insulator and a thermal insulator. an electrical insulator would be polyethylene. a thermal insulator would be wool.


What materials can make an insulator?

Plastic, rubber, ceramic, glass.


Does ceramic absorb heat?

Ceramic is a good insulator and does not easily absorb heat. It has low thermal conductivity, meaning it does not allow heat to pass through easily. However, its surface can still become hot when exposed to heat sources.