SKU: 54

Performance Friction B/PAD YZF1000 R1 - 07-14

$149.00

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Description

Performance Friction pads provide the stopping power, extended wear, noise reduction and rider control you want.

Carbon Metallic® pad compounds give you the optimum performance combination, the ultimate in stopping power and fade-free performance.  The metallic elements in our pad material dramatically improve braking. Carbon provides stability at elevated temperatures, making the pad less likely to deform and deteriorate. All our pads are made to withstand the hottest temperatures, ranging
between 300°C and 800°C.

The secret to our noise reduction is Performance Friction’s Multi-Layer Technology™. Each layer reduces brake noise by absorbing specific ranges of sound frequencies. 
 
Layer 1         Vehicle specific formulated friction materials – this means exceptional stopping power over a longer performance life
 
Layer 2         Enhanced material technology – exclusive underlayment – this means it isolates, dampens and reduces noise
 
Layer 3         Exclusive Iconic Fusion™ bonding technology – provides the highest plate shear strength available for dependable braking under severe conditions and it prevents delaminating
 
Quality Steel         Statistically controlled plates to ensure proper fit
 
Visco-Elastic Shims      Multi-layer, noise insulating Visco-Elastic shims are the final barrier to noise and vibration 

Patented Graphite Enhanced Powder Coating   Prevents steel plate corrosion and gives pad a longer life

 

Bedding New Performance Friction Brake Pads

Motorsport

If the discs were previously being used with Performance Friction pads, then the bedding procedure will be achieved quickly with new PFC pads.  If the discs were previously bedded using a different manufacturer's pads then the process will take slightly longer.  Again, with brake cooling ducts open and fully functional, perform the following procedures.

  1. On the first lap, perform several snubs 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.  This should take 6 to 10 snubs per lap and is usually completed in one or two laps.  If non-PFC friction materials were previously run on the discs then this procedure could take as many as three to five laps.  This is because the non-PFC friction material transfer layer must first be cleaned from the disc and then a fresh layer must be imparted to the disc.
  2. Running additional laps 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.  Braking effectiveness should be excellent at this point and the car can be driven normally.

NOTE:  Sanding/machine grinding the discs will not decrease the bedding time.  Whenever new Performance Friction pads are installed, the pads require very little cool down time.  Usually the time spent taking tyre temperatures and a debriefing with the driver is sufficient.

Motorcycle/Powersports

Correct bedding in procedures can increase pad and disc life.

First, ensure the disc is clean and free from any other pad manufacturer's material before using our PFC pads.  Other manufacturer's pads can leave an uneven transfer layer on the disc and cause bedding problems.

The rider should build temperature in the disc and pad gradually over approximately 4 laps.  Once our PFC pads are fitted and the rider is ready, conduct an out lap at about 50% normal speed and apply brake pressure in the normal way.  DO NOT keep a hold of the lever in an attempt to induce heat in the pads.  This will thermally shock the pads and cause them to glaze.

Then conduct a further two laps progressively increasing the speed and level pressure.  The fourth lap should be at full speed and normal brake pressure. The bike should then be brought into the pit, making sure to conduct at least two heavy brake applications with even brake pressure.  This helps to create an even transfer layer of material on the disc.  Then, let the brakes cool for at least 5 minutes.  This ensures that the pads and discs have heat cycled in a controlled manner that helps prolong disc and pad life.

The brake pads are then ready to use at full race pace, remembering to generate heat into the pads on the out lap.

Specifications

SKU 54
Brand Performance Friction
Shipping Weight 0.3000kg
Shipping Width 0.020m

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