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EBC

EBC Brake Pads EPFA347HH Sintered Metal for High-Performance Racing Vehicles

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SKU: 17210860
Experience exceptional stopping power with the EBC Brake Pads EPFA347HH, engineered using advanced sintered metal fusion technology. These pads deliver the high…

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UPC: 840655057635
$92.95
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EBC Brake Pads EPFA347HH Sintered Metal for High-Performance Racing Vehicles

$92.95
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EBC Brake Pads EPFA347HH Sintered Metal for High-Performance Racing Vehicles

$92.95

Experience exceptional stopping power with the EBC Brake Pads EPFA347HH, engineered using advanced sintered metal fusion technology. These pads deliver the highest possible friction rating of 0.6, providing strong, fade-free braking during intense racing conditions. Incorporating molybdenum metal and tungsten additives, the pad blend ensures consistent friction performance throughout the lifespan of the pads, reducing the need for frequent replacements and maintaining optimal braking efficiency. Designed without lead, iron, or steel additives, these pads eliminate rotor outline etching and rotor stiction issues, promoting smoother rotor operation and longer rotor life. The super-fast bed-in process means full friction is achieved after just 10 to 15 race stops, allowing you to get back on the track quickly without sacrificing performance. These pads also excel in heat cycle ability, cooling rapidly after races and maintaining their high braking performance for subsequent sessions. Ideal for racing enthusiasts and high-performance applications, the EBC EPFA347HH brake pads offer reliable, consistent stopping power race after race, ensuring safety and confidence on the track.

Features:

  • High friction rating of 0.6 for maximum stopping power
  • Advanced sintered metal fusion technology for fade-free braking
  • Includes molybdenum metal and tungsten additives for sustained friction performance
  • No lead, iron, or steel additives to prevent rotor damage and stiction
  • Rapid bed-in process achieving full friction after 10 to 15 race stops
  • Excellent heat cycle ability, maintaining performance after cooling
  • Designed for high-performance racing applications
  • Durable and reliable under intense racing conditions

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