EBC Semi-Sintered Brake Pads FA78V for High-Performance Stopping Power

Brake Pads - Semi-Sintered The EBC FA78V semi-sintered brake pads are engineered with advanced fusion technology to deliver superior braking performance. Designed for racing and high-demand driving, these pads feature a high friction rating of 0.6, ensuring strong, fade-free stopping power during intense driving conditions. The blend of molybdenum metal and tungsten additives enhances the friction performance for the entire lifespan of the pad, providing consistent braking reliability. These pads are free of lead, iron, or steel additives, which eliminates rotor outline etching and rotor stiction issues, maintaining rotor integrity and extending component life.One of the key benefits of the EBC FA78V brake pads is their rapid bed-in process, achieving full friction capability after just 10 to 15 race stops. This feature allows for quicker installation and immediate performance, minimizing downtime and maximizing safety on race day. Additionally, these pads exhibit excellent heat cycle ability, cooling quickly after use, which ensures they perform just as effectively during subsequent races. This durability makes them ideal for competitive motorsport or demanding driving environments where consistent braking performance is critical.Constructed with high-quality semi-sintered materials, the EBC FA78V brake pads combine durability with high friction characteristics. Whether on the track or in spirited street driving, these pads provide reliable and fade-resistant braking, helping drivers maintain control and safety at high speeds. Their design ensures minimal rotor wear and reduces the risk of brake fade, making them a trusted choice for performance-oriented vehicles.Features:Fusion technology with highest friction rating of 0.6 for strong, fade-free brakingIncludes molybdenum metal and tungsten additives to enhance friction throughout the pad's lifespanNo lead, iron, or steel additives to prevent rotor etching and rotor stiction issuesSuper-fast bed-in process with full friction achieved after 10 to 15 race stopsExcellent heat cycle ability for consistent performance race after race