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TRP Graphene Brake Pads

The Top Brake graphene brake pads represent the pinnacle of friction technology, utilizing a sophisticated Graphene-Composite matrix. Specifically engineered to overcome the thermal limitations of high-performance TRP brake systems, these pads deliver a level of heat management and stability that exceeds conventional ceramic or metallic options, ensuring maximum safety on the most demanding terrain.

  • Superior heat dissipation for long descents
  • High stopping power under extreme conditions.
  • Performs well in both dry and wet environments
  • Low-noise with advanced durability
  • Balanced feel: smoother than ceramic brake pads, more stable than Performance
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This product has multiple variants. The options may be chosen on the product page

Compatible Graphene Brake Pads for TRP

Supported TRP Models Compatibility Chart
Part Info Riding Style Compatible Models
BD07

39.4 x 23.8 x 4.0 mm

Trail, Cross Country (XC), Downhill DH R evo/ G-Spec DH, Quadiem G-Spec/ SL, Slate G-Spec Slate/T4, Zurich, Fits all Tektro 4-Piston Caliper

Top Brake Graphene Brake Pads: GraphEx Series

The GraphEx Series utilizes a Graphene and Composite matrix, engineered to provide a significantly quieter and more linear braking experience compared to standard metallic original brand brake pads.
Characteristic GraphEx Original Brand
Friction Material Graphene and Composite Sinter / Metal
Brake Power – Dry ●●●●● ●●●●
Brake Power – Wet ●●●● ●●◐○○
Bed In ●●●●● ●●○○○
Modulation ●●●●● ●●●◐
Durability ●●●●● ●●●○○
Heat Tolerance (Fading) ●●●●● ●●●●●
Silence – DRY ●●●●● ●●●○○
Silence – WET ●●●● ○○○○

Alternative Compound Selection for TRP Systems

If your riding requirements prioritize maximum operational lifespan or specific e-bike endurance over race-level thermal management, consider our specialized Premium E+ series:

  • Premium E+ Series: Engineered for high-load reliability. This compound features a copper-reinforced ceramic matrix designed specifically for the high-torque demands of eMTBs and heavy-duty trekking bikes. It offers extended service life and stable braking torque for riders who prioritize durability in daily trail or commuting scenarios.

Questions on Graphene Brake Pads for TRP

FAQ: GraphEx Performance for TRP Systems

1. How does GraphEx technology solve “Heat Soak” in TRP DH-R EVO calipers?

TRP’s DH-R EVO is built for high-performance braking, yet sustained descents can still transfer excessive heat to the mineral oil. GraphEx pads utilize Graphene’s ultra-high thermal conductivity to pull heat away from the friction interface and dissipate it through the backplate 50% faster, keeping the hydraulic fluid cool and the lever feel consistent.

2. Are GraphEx pads compatible with TRP’s 2.3mm thick R1 rotors?

Yes. GraphEx pads are manufactured to the precise dimensional tolerances required for TRP’s 2.3mm rotors. The Graphene-Composite matrix establishes a stable transfer layer on these heavy-duty rotors, improving braking consistency without causing the pad-rub or clearance issues common with standard aftermarket pads.

3. How does the “Precision Balanced Feel” of GraphEx compare to TRP’s stock metallic compounds?

While TRP metallic pads provide a sharp initial bite, they can often be noisy or feel “grabby.” GraphEx offers a more refined, smoother interface. It provides greater stability than the Performance series while maintaining a less abrasive touch than full-metal pads, allowing for superior modulation on technical terrain.

4. Why is GraphEx more “Rotor-Friendly” than standard sintered pads on TRP systems?

Standard sintered pads use hard metallic particles that can score or “cup” rotors over time. GraphEx incorporates Graphene as a solid lubricant within its composite matrix. This reduces the mechanical abrasion on the rotor surface while actually enhancing braking grip, significantly extending the lifespan of your premium TRP rotors.

5. Is the GraphEx series effective for wet and muddy conditions on TRP Orion 4-piston brakes?

Absolutely. Graphene is naturally hydrophobic and maintains its structural integrity when saturated. Unlike standard organic pads that can soften or lose friction in wet conditions, GraphEx maintains a high friction coefficient in both dry and muddy environments, ensuring reliable stopping power regardless of the weather.