Touge Factory is now one of the premier tuning shops in the US offering products from CL Brakes (the high performance sintered brake pad division of Carbone Lorraine).

Why are we excited? Not only have they been extensively track tested on a majority of the most popular enthusiast platforms (including: Evo, STI, Mustang, S2000, Corvette, GT-R, 911, M3, etc), just check out some of the benefits integrated into their sintered metal brake pad compound:
-Incredible cold bite
-Better wear resistance within class; from track ready street tires (RC5+) to full out race slicks (RC8)
-Much less pad transfer to rotor than other pad types; no vibrations, judder, or damaged rotors
-Thin graphite transfer layer is consistent, repeatable, and self-cleaning
-Considerably longer pad life compared to most semi-metallic race pads
-Little to no bed-in required
-Semi-porous: retaining bite in rain, snow, dirt
-Firmer pedal feel, easier to modulate due to greater density than other pad types making it less compressible
Here’s a video of CL Brakes’ RC8s in action on the Team Mintgen Motorsport Dodge Viper GT3 at the 2009 VLN Endurance Racing Championship on Nordschleife:
Unlike traditional organic, semi-metallic, or ceramic brake pad materials, the braking power of CL Brakes’ sintered metal compound does not decrease with temperature. Meaning that even their mildest compound pad will work with unrivaled consistency in braking performance from a cold start up to 1200+*F.
Their pad compounds are also resistant to fading so you won’t loose braking performance even under extended use. Not to mention CL Brakes deliver increased pedal feel under braking because they do not compress under pressure. The hardness of the sintered compounds also give very high friction coefficients coupled with outstanding bite; allowing for maximum braking pressure to be applied quickly and confidently.
Also, no pad material is transferred to the brake disc during the braking process, which means little to no bed-in process, low dust, a higher longevity overall and no more vibration issues related to pad compounds unevenly transferring to the discs.

Despite the mild manners of these compounds, they retain a very high max operating temperature, are extremely wear resistant, and don’t destroy rotors with pad deposits like the majority of street pads do when pushed to their temperature envelope.
The optimal choice for any race application; contact us regarding availability and pricing details!