EBC EPFA Extreme Performance Sintered Brake Pads - EPFA380HH

Experience the pinnacle of braking performance with EBC Extreme Performance EPFA Sintered Brake Pads. Engineered for riders who demand the best, these pads deliver unparalleled stopping power and consistency in the most demanding conditions. Whether you're on the track or pushing your limits on the street, EBC's EPFA brake pads provide the confidence you need to ride harder and brake later.

Description

EBC's EPFA series represents the latest advancements in sintered metal brake pad technology. Featuring the highest possible friction rating of 0.6, these pads offer exceptional, fade-free stopping power that you can rely on. The unique blend incorporates molybdenum and tungsten additives, enhancing friction performance throughout the pad's lifespan. Say goodbye to rotor issues – these pads contain no lead, iron, or steel additives, eliminating rotor outline etching and stiction. Enjoy super-fast bed-in; achieve full friction within just 10 to 15 race stops. The superior heat cycle ability ensures consistent performance, with pads cooling effectively after each race for equally strong performance the following day. Get ready for extreme braking power and reliability.

Features & highlights

• Unmatched stopping power with a 0.6 friction rating for confident braking.
• Advanced sintered metal fusion technology ensures consistent performance under extreme conditions.
• Enhanced friction performance throughout the pad's life thanks to molybdenum and tungsten additives.
• Protects rotors: no lead, iron, or steel additives prevent etching and stiction.
• Rapid bed-in process: full friction achieved in just 10–15 race stops.
• Exceptional heat cycle ability ensures consistent performance, race after race.
• Designed for high-performance street and track applications.

Technical specifications

• Fits Front
• Brand: EBC
• Product Name: Brake Pad
• Type: Sintered Metal
• Material: Copper
• Width: 69 mm (2.72")
• Units: Set of 2

Important to know

Always ensure proper brake pad installation and follow manufacturer-recommended break-in procedures for optimal performance and safety.