Ceramic Brakes

I know they can withstand much more heat than normal cast iron discs, but if they can withstand more heat, will not that make the brakes fade easier? This is very good about it if it can withstand more heat?

Is "never fading" feature carbon-ceramic brakes all because of the properties of this material?

Do they have the stronger power of arrest or are they just popular because of it "never fade" feature?

Also, what is the difference between the carbon-ceramic and silicon carbide?

brakes can overheat brake fluid overheats, and the liquid becomes superheated (boiled), it will produce air bubbles in the brake system causing a loss of braking performance, even the total loss (personal experience )

Most systems and carbon ceramic braking systems DOT5/DOT5.1 brake fluid because it can withstand more heat (over boiling points)

because it can withstand more heat means it can withstand more friction will produce a better braking

Carbon ceramic is made of carbon composite and ceramic and silicon carbide and carbon composites, and the properties of each material, I'm not sure it is more difficult, or that they would bear more heat

they do not fade because of its ability to withstand heat, a property poseseed ceramic. They do not use tampons regular fade, but use carbon towels, sharing its ability to withstand heat. They have no power stronger than the parking brake equivalent steel, but the advantage is mimimum melted.
the disc also last up to five times more than steel discs.
So yes, they are very popular in racing and supercar world because of this single factor, that being said, the brakes are almost useless cc so heated. Ie Bad for normal road use.

ceramics cool faster, they are better suited for vehicles that are constantly stopping, they wear faster than the composites.