EBC
EBC Semi-Sintered FA434V Brake Pads - High Friction Racing Brake Pads for Performance Vehicles
Verify fitment with your machine
Select type, year, make, and model
EBC Semi-Sintered FA434V Brake Pads - High Friction Racing Brake Pads for Performance Vehicles
The EBC Semi-Sintered FA434V brake pads utilize advanced fusion technology to deliver exceptional stopping power for high-performance applications. Engineered with a friction rating of 0.6, these pads ensure fade-free braking under demanding conditions, making them ideal for racing and aggressive driving. Their unique blend includes molybdenum and tungsten additives, which enhance friction consistency and durability throughout the life of the pad. This composition eliminates the need for lead, iron, or steel additives, preventing rotor outline etching and rotor stiction that can compromise braking efficiency.
Designed for rapid bed-in, these brake pads reach full friction capability after just 10 to 15 race stops, allowing for quicker transition to peak performance. They possess excellent heat cycle ability, meaning they cool quickly after use and maintain their braking strength on subsequent race days or high-performance driving sessions. The semi-sintered construction ensures a balance between cold bite and high-temperature stability, reducing brake fade and providing confident, responsive stopping power.
Whether used in motorsports or high-performance street driving, the EBC FA434V pads offer consistent, fade-resistant braking with a focus on longevity and reliability. Their innovative material technology ensures that drivers experience minimal rotor wear and maximum safety during intense braking conditions. These pads are a reliable choice for enthusiasts seeking top-tier brake performance combined with durability and heat management, all backed by EBC's proven reputation in high-performance brake solutions.
Features:
- Fusion technology providing high friction rating of 0.6 for strong, fade-free stopping power
- Includes molybdenum and tungsten additives to enhance friction performance throughout the pad's lifespan
- No lead, iron, or steel additives, preventing rotor outline etching and rotor stiction
- Super-fast bed-in process achieving full friction after 10 to 15 race stops
- Excellent heat cycle ability allowing pads to cool quickly and perform consistently on successive race days
US Dollars