EBC
EBC Brake Pads EPFA409HH - High Friction Sintered Metal Racing Brake Pads
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EBC Brake Pads EPFA409HH - High Friction Sintered Metal Racing Brake Pads
Experience superior braking performance with the EBC Brake Pads EPFA409HH, engineered using advanced sintered metal fusion technology. These pads deliver the highest possible friction rating of 0.6, ensuring strong, fade-free stopping power even under demanding racing conditions. The innovative blend includes molybdenum metal and tungsten additives, which enhance friction performance throughout the pad's lifespan, providing consistent and reliable braking. Designed without lead, iron, or steel additives, these pads eliminate issues such as rotor outline etching and rotor stiction, promoting healthier rotors and smoother operation.
The EPFA409HH pads feature a super-fast bed-in process, achieving full friction capability after just 10 to 15 race stops. This rapid break-in ensures immediate performance and reduces downtime between races. Their excellent heat cycle ability allows the pads to cool quickly after each race, maintaining their performance strength on subsequent race days. Whether racing on the track or engaging in high-performance driving, these brake pads offer durability, reliability, and exceptional stopping power, making them a valuable upgrade for serious enthusiasts seeking consistent braking performance.
Constructed by EBC, a trusted name in brake technology, the EPFA409HH pads are designed for high-performance applications requiring precise and powerful braking. Their robust construction and friction characteristics make them suitable for various racing scenarios, providing confidence and control when it matters most. These pads are an ideal choice for racers and performance drivers aiming to optimize their vehicle’s braking system for maximum efficiency and safety.
Features:
- High friction rating of 0.6 for strong, fade-free braking
- Fusion technology with molybdenum and tungsten additives for enhanced performance
- No lead, iron, or steel additives to prevent rotor etching and rotor stiction
- Super-fast bed-in process achieving full friction after 10 to 15 race stops
- Excellent heat cycle ability for consistent performance after cooling
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