PFC Pad Bedding Procedure from OG Racing
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PFC Pad Bedding Procedure from OG Racing
Performance Friction sent us a bulletin on their pad bedding procedure so I am passing this along to everyone here.
All PFC Brake Pads are pre-treated to be race and street ready. This treatment is done in the final step of the manufacturing process when the surface of the friction material is brought up to temperature in order to simulate a bedding cycle. However, proper bedding is still required using your rotors with the new CarbonMetallic® pads. The following process below is suggested in order to achieve the best performance, consistency and durability of the pad.
STEP 1
Gradually get the PFC pads up to temperature. Do not spend a longer time on the brakes than usual because this can create a thermal shock condition within the compound.
STEP 2
Perform several stops with progressively higher pedal pressure and braking force and from higher speeds. You will feel the effectiveness of the brakes increase with each successive brake application.
STEP 3
Continuing this procedure a few more times is the best way to accomplish the new transfer layer and, due to the higher surface temperatures, will assure a complete removal of the old friction materials from the disc.
STEP 4
The disc should be allowed to cool as much as is practical, with ambient temperature being ideal. Allowing the disc to cool to ambient temperature will increase disc life and performance.
STEP 5
The pads are now properly bedded to provide consistent performance. The pads should be brought back up to the operating temperature range to guarantee optimum braking power. This depends upon the specific compound.
All PFC Brake Pads are pre-treated to be race and street ready. This treatment is done in the final step of the manufacturing process when the surface of the friction material is brought up to temperature in order to simulate a bedding cycle. However, proper bedding is still required using your rotors with the new CarbonMetallic® pads. The following process below is suggested in order to achieve the best performance, consistency and durability of the pad.
STEP 1
Gradually get the PFC pads up to temperature. Do not spend a longer time on the brakes than usual because this can create a thermal shock condition within the compound.
STEP 2
Perform several stops with progressively higher pedal pressure and braking force and from higher speeds. You will feel the effectiveness of the brakes increase with each successive brake application.
STEP 3
Continuing this procedure a few more times is the best way to accomplish the new transfer layer and, due to the higher surface temperatures, will assure a complete removal of the old friction materials from the disc.
STEP 4
The disc should be allowed to cool as much as is practical, with ambient temperature being ideal. Allowing the disc to cool to ambient temperature will increase disc life and performance.
STEP 5
The pads are now properly bedded to provide consistent performance. The pads should be brought back up to the operating temperature range to guarantee optimum braking power. This depends upon the specific compound.
Last edited by Carrera51; 08-10-2018 at 01:52 PM.
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All PFC Brake Pads are pre-treated to be race and street ready. This treatment is done in the final step of the manufacturing process when the surface of the friction material is brought up to temperature in order to simulate a bedding cycle. However, proper bedding is still required using your rotors with the new CarbonMetallic® pads. The following process below is suggested in order to achieve the best performance, consistency and durability of the pad.
STEP 1
Gradually get the PFC pads up to temperature. Do not spend a longer time on the brakes than usual because this can create a thermal shock condition within the compound.
STEP 2
Perform several stops with progressively higher pedal pressure and braking force and from higher speeds. You will feel the effectiveness of the brakes increase with each successive brake application.
STEP 3
Continuing this procedure a few more times is the best way to accomplish the new transfer layer and, due to the higher surface temperatures, will assure a complete removal of the old friction materials from the disc.
STEP 4
The disc should be allowed to cool as much as is practical, with ambient temperature being ideal. Allowing the disc to cool to ambient temperature will increase disc life and performance.
STEP 5
The pads are now properly bedded to provide consistent performance. The pads should be brought back up to the operating temperature range to guarantee optimum braking power. This depends upon the specific compound.
STEP 1
Gradually get the PFC pads up to temperature. Do not spend a longer time on the brakes than usual because this can create a thermal shock condition within the compound.
STEP 2
Perform several stops with progressively higher pedal pressure and braking force and from higher speeds. You will feel the effectiveness of the brakes increase with each successive brake application.
STEP 3
Continuing this procedure a few more times is the best way to accomplish the new transfer layer and, due to the higher surface temperatures, will assure a complete removal of the old friction materials from the disc.
STEP 4
The disc should be allowed to cool as much as is practical, with ambient temperature being ideal. Allowing the disc to cool to ambient temperature will increase disc life and performance.
STEP 5
The pads are now properly bedded to provide consistent performance. The pads should be brought back up to the operating temperature range to guarantee optimum braking power. This depends upon the specific compound.
#6
First thought upon reading thread title: "There's a bedding procedure for PFC brake pads?"
Oh, okay, its for the new stuff. Like others, I've used the 01s, 06s, 08s, and 11s and never bedded them.
-Mike
Oh, okay, its for the new stuff. Like others, I've used the 01s, 06s, 08s, and 11s and never bedded them.
-Mike
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You might want to clarify which Mark.....
From PFC if you for some reason don't think OGRacing is telling the truth.
https://pfcbrakes.com/News/ArticleID...aceReady®-Pads
#10
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im a real user , and have performed the tests over 20 years and probably have used more pads than most. what i have done is experiment with differnet bedding procedures and found a way to bed the pads to avoid issues in a race with new pads. if you dont believe me, or want to understand what im doing and the problem I solve..... ask me
You might want to clarify which Mark.....
From PFC if you for some reason don't think OGRacing is telling the truth.
https://pfcbrakes.com/News/ArticleID...aceReady®-Pads
From PFC if you for some reason don't think OGRacing is telling the truth.
https://pfcbrakes.com/News/ArticleID...aceReady®-Pads
again, the PFC is not wrong. it is fine but minimal... what im offering is a way to be optimal on the bed in. the proof is in the appearance of the rotors. if there is an even wear pattern on the new rotor, it is bedded properly, but in most all cases, you wiill see most of the rotor untouched or worn unevenly. this is the pad and the rotor wearing together. when they wear together, perfectly, they will have wear even from inner diameter to outer diameter. Also, for street use, my method will reduce noise, where as the standard methods eventually willl work, the wear patterns can create noise that may never go away in street use.(not a racing concern)
#11
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the 01, 11s all require bedding to be optimal. if i showed you the video of the bedding process, you would be amazined how substandard they are until they are bedded.. sure, in a DE environment, there is not much bedding needed to be effective, nor on the street. but for racing, and full effectiveness, you need to bed them properly. for dual street/track use, a better procedure will reduce noise. for racing only, eventually they will bed on their own in a few laps.
#12
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ive seen people do this, they will work, but its not optimal. if you are racing and require full performance of the braking system, it will be sup-par after only a few laps. what you will see is uneven wear on the rotor, with part of the rotor being UNTOUCHED. sure, large rotors with 25% of the rotor being used , is like 100% of the rotor being used on a stock system . still very effective, but not optimal for racing brakes and their larger size. the point is, you familar the parts together and they get to be 100% utilized.. this is just basic mechanic's 101
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I'm not very bright so I went by the perfectly even wear pattern/long life of both pads and (my massive stock 911 SC) rotors and the fantastic performance of "up to temp" PFC97 (and 08 later) pads on my 2700 lb SC. I also seemed to do Ok, but of course I wasn't up against someone of your caliber, glad I got out before I had to!
Same here...