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Carbon ceramic brake pads excel at high temps and resist thermal shock
Created on 12.11
For riders who go hard, consistent brake pads are a must, especially when things get hot. Our pads use smart tech to keep your stopping power reliable, whether you're bombing hills or hitting the track.
Engineered for heat: semi-floating discs, laser-etched Grade 5 titanium rivets, and rounded-edge braking tracks help shed heat at the contact surface and stabilize friction during repeated hard stops.
This design works with both six-bolt and Center Lock systems. Also, Surface Transforms discs, made with continuous fiber, last longer and are easy to fix up. The materials we use don't glaze, break, or crack, so you get consistent performance even with quick temperature changes.
Lightweight control and broad compatibility make upgrades simple for road, gravel, and MTB riders in the United States. These pads are made to deliver low fade, long-term stability, and quiet operation with premium rotor technologies.
Built for Heat: Why Our Carbon Ceramic Pads Excel Under Extreme Temperatures
Sustained heat and rapid cool-downs expose weak pads — ours are built to endure both. Our compound keeps friction stable at elevated temps, giving riders a steady lever feel and a confident initial bite on long descents and repeated track stops.
High-temperature stability
The special brake pad mix keeps them cool, so your stopping power stays the same even on long rides. This means less brake fade when you're bombing down mountains and dependable stopping when you're pushing it.
Thermal shock resistance
Quick heating and cooling can break down weaker materials. Our pads resist damage, so tough rides won't hurt how they work.
Strength-to-weight advantage
Rotor designs use a light core and strong steel edge to manage heat well. The rounded braking track makes it easier for riders to control their stopping power.
"Our hardware and disc architecture minimize hotspots and vibration, giving a predictable, long-lasting contact surface even under heavy load."
- Consistent lever feel
- Resistance to glaze and fade
- Better modulation
- System benefits
Feature | Benefit | Real-world impact | Hardware note |
High-temp compound | Stable friction | Predictable stops on long descents | Pairs with continuous-fiber discs |
Thermal shock resistance | Prevents cracking | Survives rapid cool-downs and wet runs | Reduces glazing under load |
Carbon core + steel surface | Strength-to-weight | Lower rotating mass, durable contact patch | Uses Grade 5 titanium rivets |
Engineered to Pair with carbon brake rotors: Materials, Design, and Heat Management
Engineered rotor systems pair distinct materials to control heat and keep stopping predictable.
Semi-floating rotor architecture
The semi-floating interface links a carbon fiber interior to a steel braking track, letting each part expand on its own.
This design eases heat stress where the brake pad hits the track, which cuts down on warping and keeps the lever feeling consistent.
Heat-dissipating surface with rounded edges
Rounded edges on the brakes make the pads last longer and keep them cooler by improving airflow.
Laser-etched Grade 5 titanium rivets
Grade 5 titanium rivets bring high tensile strength, precise tolerances, and corrosion resistance. They hold the assembly tight through repeated heat cycles.
Standards and continuous fiber tech
Available in six-bolt and Center Lock, the lineup fits common road and MTB hubs without compromise.
Continuous Carbon Fiber discs last longer than chopped alternatives and can be refurbished up to three times for sustained performance.
Feature | Function | Benefit | Notes |
Semi-floating interface | Allows differential expansion | Less thermal stress, stable contact | Pairs with matched pad compounds |
Rounded-edge track | Improves contact & airflow | Better modulation, reduced fade | Used on X-Rotor SteelCarbon 3 |
Titanium rivets | Secure, corrosion-resistant fastening | Durable under heat cycles | Laser-etched for precision |
Fit, Options, and Add-ons for United States riders
Choosing the right fit and add-ons makes upgrades simple and dependable for riders across the United States.
Road, MTB, and racing compatibility
Our brake pads are compatible with most calipers and work great with performance rotors for road, gravel, cyclocross, and mountain bikes.
Available in six-bolt and Center Lock versions, the lineup matches common hub standards for a clean install.
Adapters, lock rings, and titanium kits
Center Lock adapters and low-profile lock rings solve clearance issues on aero frames and tight fork crowns.
Titanium bolt kits save grams and resist corrosion while giving a tidy finish to any premium build.
Service, bedding, and fitment support
Surface Transforms brake discs use continuous carbon fiber, so they last longer and can be refurbished. They also work great with our heat-stable pads.
To get them ready, gently warm them up with a few stops, let them cool, and then brake harder each time. Regularly check the pads and disc surface.
We offer help with installation and fast U.S. shipping to make things easy.
Item | Use | Benefit | Notes |
Six-bolt | Standard hubs | Wide compatibility | Easy swap on older wheels |
Center Lock + adapter | Modern hubs | Cleaner install, solves clearance | Use low-profile lock rings on aero frames |
Titanium bolts | Hardware upgrade | Lightweight & corrosion resistant | Recommended for premium builds |
Need help matching hub standards or measuring clearance? See our 180mm flat-mount fit guide at 180mm flat-mount fit guide.
Conclusion
Upgrading to a heat-ready stopping package turns long descents from a worry into a controlled section of the ride.
Our brake pads handle high heat and resist thermal shock. They work with semi-floating, rounded-edge tracks and titanium hardware to keep brake feel consistent and reduce fade. This setup improves control and keeps the contact surface even when you brake hard repeatedly.
Our continuous carbon fiber discs last longer than chopped versions and can be refurbished up to three times, which helps protect your investment. They come in six-bolt and Center Lock formats, fitting both road and MTB bikes in the US. Pick your interface, add adapters or titanium kits, and get your bike ready for top performance now!
FAQ
What makes high-temperature stability important for carbon ceramic brake pads?
High-temperature stability keeps stopping power consistent during long descents or repeated hard stops. Materials and construction resist softening, so modulation stays predictable and fade is minimized even after extended use.
How does thermal shock resistance protect pads and discs?
Thermal shock resistance helps parts withstand rapid heating and cooling cycles without cracking or delaminating. That durability prevents sudden failures and preserves ride safety when transitioning from high-speed braking to cool-down periods.
Why is strength-to-weight ratio a focus for fiber-based brake systems?
A superior strength-to-weight ratio reduces unsprung and rotational mass while keeping braking surfaces robust. Riders gain quicker acceleration, better handling, and durable performance without adding excess weight to the bike.
How do semi-floating rotor designs improve braking performance?
Semi-floating rotors combine a lightweight inner body with a hardened braking track, allowing slight lateral movement. That reduces warpage under heat, maintains even pad contact, and improves feel during heavy braking.
What benefits come from a heat-dissipating braking surface with rounded edges?
A surface engineered for heat dispersion lowers peak temperatures and evens wear. Rounded edges reduce pad chattering and provide smoother modulation, giving riders more control during confident stops.
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