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EBC Brake Pads EPFA400HH – High-Friction Sintered Metal Brake Pads for Race Performance

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SKU: 17210870
Experience superior stopping power with the EBC Brake Pads EPFA400HH, engineered using advanced sintered metal fusion technology. These pads feature the highest…

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UPC: 840655057734
$92.95
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EBC Brake Pads EPFA400HH – High-Friction Sintered Metal Brake Pads for Race Performance

$92.95
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EBC Brake Pads EPFA400HH – High-Friction Sintered Metal Brake Pads for Race Performance

$92.95

Experience superior stopping power with the EBC Brake Pads EPFA400HH, engineered using advanced sintered metal fusion technology. These pads feature the highest possible friction rating of 0.6, providing strong, fade-free braking performance that is ideal for racing and high-performance applications. The specialized pad blend incorporates molybdenum metal and tungsten additives, enhancing friction consistency and durability throughout the pad’s lifespan. Designed without lead, iron, or steel additives, these brake pads eliminate issues such as rotor outline etching and rotor stiction, ensuring a cleaner, more efficient brake system.
The EBC EPFA400HH brake pads offer a super-fast bed-in process, reaching full friction capability after just 10 to 15 race stops. This rapid break-in ensures minimal downtime and immediate performance on the track. Their excellent heat cycle ability allows the pads to cool quickly after each race, maintaining their high-performance characteristics and providing dependable braking power race after race. Ideal for demanding racing environments, these pads combine durability, safety, and consistent high friction for optimal race day performance.

Features:

  • High friction rating of 0.6 for strong, fade-free stopping power
  • Fusion technology utilizing sintered metal for durability and performance
  • Molybdenum and tungsten additives enhance friction stability
  • No lead, iron, or steel additives to prevent rotor damage
  • Fast bed-in process reaches full friction after 10-15 race stops
  • Excellent heat cycle ability for consistent performance race after race

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