EBC Brakes Racing Fully Floating Swept Groove Rotor Ring SGDR340x28 D64RH
The EBC Brakes Racing Fully Floating Swept Groove Rotor Ring SGDR340x28 D64RH are designed to provide dependable braking performance, durability and consistent operation. Manufactured using high-quality materials and precision machining, EBC brake discs ensure smooth braking, efficient heat management and long service life. Suitable for both standard replacement and performance upgrades, these rotors are engineered to meet the demands of modern driving conditions.
Consistent and Efficient Braking
Brake rotors are essential for converting kinetic energy into heat during braking. EBC Brakes rotors are developed to handle this process efficiently, reducing brake fade and ensuring stable braking performance even under demanding conditions. Their design supports proper pad contact, even wear and reliable operation over time.
Key Benefits
- Reliable and consistent braking performance
- Efficient heat dissipation for reduced brake fade
- Precision-machined for smooth operation
- Durable construction for long service life
- Suitable for daily driving and performance applications
Product Information of EBC Brakes Racing Fully Floating Swept Groove Rotor Ring SGDR340x28 D64RH
- Code: SGDR340x28 D64RH
- Brand: EBC Brakes
- Vehicle Type: AutomotiveRace
- Range Type: Disc Rings Race
- Item Type: Rotor
Technical Specifications of EBC Brakes Racing Fully Floating Swept Groove Rotor Ring SGDR340x28 D64RH
- Fitment Position: Front
- Diameter: 340
- Thickness: 28
- Minimum Thickness: 26
- Style: Vented
Additional Details
- Commodity Code: 87083091
- Weight: 0.0
- Packaging Dimensions: 393 x 44 x 375
EBC Brakes Engineering
EBC Brakes is a leading manufacturer of high-performance braking components. Their brake rotors are engineered to deliver consistent performance, durability and reliability, ensuring safe and effective braking across a wide range of vehicles.
Maxton Design REAR SIDE SPLITTERS Renault Megane IV RS RE-ME-4-RS-RSD1G 

Reviews
There are no reviews yet.