Ceramic Pads

Here is a picture of my four year old Eradispeed rotors with 55,000 miles on them taken two months ago..
Car is sitting high because it just came off jack stands
Last edited by Evil-Twin; Mar 7, 2005 at 08:36 PM.
Here is a picture of my four year old Eradispeed rotors with 55,000 miles on them taken two months ago..
"For most drivers, ceramic friction technology offers a number of performance advantages:
1. Elimination of brake squeal and grinding. Tests show that ceramic formulations, optimized for specific vehicle applications, are ideal for controlling and/or eliminating brake noise, vibration and harshness (NVH) issues.
These formulations also are designed to provide superior pad life and durability versus traditional brake pads in typical driving conditions, where temperatures range up to 250 degrees Celsius (482 degrees Fahrenheit).
2. More consistent stopping power. In critical braking situations, ceramic brake pads provide more consistent stopping power than semi-metallic pads.
Performance tests simulating both normal and panic stops indicate ceramic pads experience a minimal change in friction stability (or stopping power).
Under the same panic conditions, semi-metallic pads lose up to three times as much, which equates to a loss of more than one-third of the brake's stopping power.
3. Ultra-low dusting. Another significant customer complaint associated with brake performance is wheel dusting, especially involving semi-metallic pads.
The materials used in ceramic brake pads are more compatible with today's popular aluminum, open-wheel designs. This means elimination of the appearance of dusting.
4. Reduced rotor thickness variation. Ceramic brake pads also minimize rotor thickness variation and resulting pedal pulsation. Uniquely shaped ceramic particles are less abrasive to rotor surfaces.
In addition, ceramic pads tend to contact the rotor in a more adhesive fashion to slow the wheel as compared to semi-metallics and other pads."
Just my 2 cents.

and showed me their discolored rotors.. some posted in an open forum and other did not...and posted privately.. I mean no disrespect to you, and I would suggest with all that information you just posted, to use ceramic pads. I used them for about a month , they did nothing but squeal and almost ruined my rotors.. their panic stop ability was horrible...and they were Hawk ceramics. a few years back many people here on the forum were getting into drilled and slotted rotors, and ceramic pads.. most of those people found the same thing I did... and now have them as a paper weight. I am not about to get into a debate on ceramic pads.. I'm just offering my opinion to the original poster.. my rotors speak for themself...My car continues to stop when I apply the brakes too....which is always a plus.
The Best of Corvette for Corvette Enthusiasts
and showed me their discolored rotors.. some posted in an open forum and other did not...and posted privately.. I mean no disrespect to you, and I would suggest with all that information you just posted, to use ceramic pads. I used them for about a month , they did nothing but squeal and almost ruined my rotors.. their panic stop ability was horrible...and they were Hawk ceramics. a few years back many people here on the forum were getting into drilled and slotted rotors, and ceramic pads.. most of those people found the same thing I did... and now have them as a paper weight. I am not about to get into a debate on ceramic pads.. I'm just offering my opinion to the original poster.. my rotors speak for themself...My car continues to stop when I apply the brakes too....which is always a plus.
They require more pressure than Z06 pads to stop and the rotors seem to heat up more. I have brand new Dura stop pads on brand new Dura stop crossed drilled and slotted rotors. The Z06 pads are great for stopping, but they suck on dusting.





I've had ceramic pads on my Baer drilled and slotted rotors for over 2 years, never any noise.
Last edited by 90 droptop; Mar 8, 2005 at 02:03 PM.
Performance tests simulating both normal and panic stops indicate ceramic pads experience a minimal change in friction stability (or stopping power).
Under the same panic conditions, semi-metallic pads lose up to three times as much, which equates to a loss of more than one-third of the brake's stopping power.

The materials used in ceramic brake pads are more compatible with today's popular aluminum, open-wheel designs. This means elimination of the appearance of dusting.
In addition, ceramic pads tend to contact the rotor in a more adhesive fashion to slow the wheel as compared to semi-metallics and other pads."
What is braking or slowing down anyway? it is the transfer of energy in motion, kinetic energy, to energy at rest, static energy. This energy trasfer or stopping is acomplished by friction to slow the car down and the resulting excess energy is HEAT. So by increasing the friction or abrasion between the rotor and brake pad, heat is produced and the car slows down.
Lots of great reading on the Big brake sites. Check out the Tech or FAQ sections.
http://www.stoptech.com and http://www.wilwood.com
in short Ceramic pads are OK for normal street driving, but not hard or any emergancy braking. and never for track time or a High Performance Drivers Education.







Here is a picture of my four year old Eradispeed rotors with 55,000 miles on them taken two months ago..
Car is sitting high because it just came off jack stands

Hard to believe your rotors are four years old though!!!!! They look brand new! Have you had any cracking problems with them thus far. Lots of people have mentioned that the slotted rotors tend to crack!Beautiful car bro!







