- SKU: THI-010-GPFAX379HH
EBC Brake Pads - GPFAX Series
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Product Details
EBC Brake Pads - GPFAX Series
EBC GPFAX - Sintered Race Brake Pads
GPFAX Sintered Race Brake Pads are for RACE ONLY use. This is a blend of brake pad that has higher friction and far better grip than any other brake product on the market.
- ONLY FOR RACE USE
- Highest performance friction level known
- NOT R90 street legal or TÜV tested
- Guaranteed for lifetime performance
GPFAX Sintered Race Brake Pads have by far the highest known friction with a measurement between 0.6 and 0.7 and deliver the most amazing brake effect.
Because of this factor, they are unsuitable for street use or for road tires. They are for racing ONLY!
Zero brake fade is guaranteed and the heat stability of these brake pads is perfect leaving the racer with high confidence and a product that can be used over numerous races.
GPFAX Sintered Race brake pads are a closed-circuit use pad only and street/highway riding with this material is highly inadvisable and dangerous.
Such high friction levels as delivered by these pads are for ideal track conditions with race tires or slicks on prepared asphalt surfaces and NOT for use with highway tires or on the highway.
This material is not ECE R 90 approved nor TUV tested with a German ABE and use on the highway is therefore illegal in many countries.
If you look at the curves here you will see why EBC Double-Hâ„¢ is the way to go.
Refer here to help with fitment!
STATEMENT ON RACE USE OF EBC BRAKES®
Racing is a dangerous sport and EBC wishes to advise all users that any and all liability using any EBC products for any kind of Motorsport, track day event or racing lies purely and exclusively with the user. There is no liability or guarantee nor responsibility accepted by EBC brakes or its affiliates or officers for incidents or costs occurring in such race use.
*WARNING – MATRIX BRAKE ROTORS/DISCS AND EBC PAD COMPATIBILITY*
EBC Brakes do NOT recommend or endorse metal matrix, ceramic or composite discs and EBC brakes pads are NOT compatible with these and will cause DISC damage. If in the years to come this is changing, this message will be modified.
*Images for reference only, actual product may vary*