EBC SG2FK-020 Racing 2-Piece Fully Floating Brake Disc Rotors

The EBC SG2FK-020 Racing 2-Piece Fully Floating Brake Disc Rotors are direct replacement components designed specifically for EBC Brakes Racing Balanced Brake Kits. These SG2FK rotors are included in EBC Brakes Racing's Balanced Brake Kits, offering the highest quality 2-piece floating brake rotor technology available on the market.

Premium Construction and Materials:

• Cast iron friction rings made from premium G3500 disc alloy with high carbon and copper metallurgy for superior thermal conductivity and heat cycling durability
• Aerospace-grade aluminum bells precision machined and hard anodized for durability and appearance
• Stainless steel bobbins crafted from a single piece to prevent corrosion and ensure long-term floating performance
• Friction rings are balance checked, metallurgy checked, and precision double disc ground for perfect accuracy and flatness to within microns

Advanced Floating Technology:

• Patented SD-Drive technology bobbins allow up to 3mm of expansion and contraction under extreme braking heat
• Anti-rattle spring clips at each bobbin location ensure silent operation without common noise issues
• 48 directionally-handed curved vanes efficiently dissipate heat to maintain lower operating temperatures and delay brake fade

Performance Benefits:

• Reduces unsprung rotational mass for sharper turn-in, improved tire road holding, better fuel economy, and increased horsepower at the wheels
• Passed two full R90 test cycles with zero disc cracking, outperforming most OE discs by over 4x in thermal fatigue testing
• Replaceable friction rings allow the center hub and stainless bobbins to be reused, reducing long-term running costs
• Road-friendly design with anodized hubs and stainless hardware makes them perfect for both track days and public highway use

Designed, manufactured, and run-out tested in the UK to ensure uncompromising quality. These rotors represent the pinnacle of EBC's engineering expertise, delivering race-proven performance for the most demanding braking applications.