Plaquettes de frein à disque en céramique Gorilla Brakes

Les plaquettes de frein à disque céramique Nano-Tech de Gorilla Brakes sont conçues pour les cyclistes qui recherchent un freinage doux et silencieux, avec une forte adhérence à froid . Fabriquées avec un composé souple (organique sans amiante) et Buna N, ces plaquettes offrent un excellent contrôle, notamment par temps sec et mixte.

Idéales pour les sentiers, les VTT électriques légers et les trajets quotidiens , les plaquettes en céramique offrent une sensation prévisible avec un faible bruit de rotor, ce qui en fait un favori pour les cyclistes qui privilégient le confort et la modulation à la puissance pure ou à la longévité des plaquettes.

Caractéristiques principales :

  • Composé nanotechnologique de résine souple et de céramique.
  • Forte morsure à froid et freinage progressif en douceur
  • Performances silencieuses dans des conditions humides et sèches
  • Décoloration minimale dans les longues descentes avec un contrôle fiable
  • Idéal pour les sentiers, les VTT électriques légers et les trajets quotidiens. Route, gravier,

Choses à noter :

  • S'use plus rapidement que les composés frittés ou semi-métalliques
  • Non recommandé pour les terrains extrêmement humides, boueux ou abrasifs

Éco-conscient et conforme :

Besoin de plus de puissance ou de durabilité ?

  • Enduro Pro – meilleure résistance à l'usure et mordant pour une conduite agressive sur sentier
  • Factory Racing – résistance ultime à la décoloration et freinage adapté à la course

About Ceramic Nano-Tech Brake Pads

Gorilla Brakes Ceramic Nano-Tech brake pads are manufactured using a soft organic compound blended with ceramic particles. This combination delivers smooth, predictable braking with excellent cold bite and very low noise.

Ceramic Nano-Tech pads are designed for riders who prioritise comfort, modulation, and quiet performance over outright braking force. They are best suited to light trail riding, road and gravel use, commuting, and light e-MTB systems where braking loads remain moderate.

🛠️ Key Performance Benefits

  • Smooth, progressive braking with refined modulation
  • Strong cold bite with minimal warm-up
  • Very quiet operation in dry and mixed conditions
  • Low rotor wear and comfortable lever feel

🧪 Compound Characteristics

Compound Material Dry Perf. Wet Perf. Heat Resistance Durability Recommended Use
Ceramic Nano-Tech 🟢 Organic + Ceramic Compound (Green Back Plate) ★★★★☆ ★★★☆☆ ★★★☆☆ ★★★☆☆ Trail, Road, Gravel, Commuting, Light e-MTB

📦 Popular Brake Models Using Ceramic Nano-Tech Pads

  • Shimano MTB: XTR (M9100 / M9200 / M9220), XT (M8100 / M8200 / M8220), SLX (M7100 / M7120), Deore (M6100 / M6120), Saint (M820), ZEE (M640), CUES, MT200 / MT201
  • Shimano Road & Gravel: Dura-Ace (BR-R9270 / BR-R9170), Ultegra (BR-R8170 / BR-R8070), 105 (BR-R7170 / BR-R7070), Tiagra (BR-4770), GRX (BR-RX820 / BR-RX810 / BR-RX610 / BR-RX400), RS805, RS505, RS405
  • SRAM MTB: Maven, Motive, Code (RSC / R / Stealth), DB8, G2 (Ultimate / RSC / RS), Guide (RE / T), Level (Ultimate / TL / T)
  • SRAM Road & Gravel: RED AXS, Force AXS, Rival AXS, Apex, Apex XPLR, XPLR AXS
  • Magura MTB: MT2, MT4, MT5, MT7, MT8, MT Trail Sport, MT Trail SL, Gustav Pro
  • Magura Road & Gravel: MT4 FM, MT8 SL FM, MT8 Pro FM
  • HOPE MTB: X2, E4, V4, Tech 3, Tech 4 E4, Tech 4 V4, EVO TR4, EVO GR4
  • HOPE Road & Gravel: RX4, RX4+
  • TRP MTB: DH-R EVO, Trail EVO, Slate EVO
  • TRP Road & Gravel: Spyre, Spyre SLC, HY/RD, Hylex, Hylex RS
  • Tektro MTB & OEM: Dorado (HD-E725 / E710 / E715), Gemini, Orion, HD-M Series, Auriga
  • Tektro Road & Gravel: HD-R280, HD-R290, MD-C500 (Lyra), MD-C550
  • Formula: Cura, Cura 2-Piston, Cura 4, Cura 4 Racing, R1, C1, ORO Series
  • Hayes: Dominion A4, Dominion A2, Radar, Dyno
  • Other OEM & E-Bike Systems: Bengal, Lewis, RideRever, Nutt, Zoom, Radius, Logan, Cannondale OEM, Specialized OEM

⚠️ Things to Note

  • Not recommended for full-power or heavy e-MTBs
  • Wears faster than semi-metallic or sintered compounds under high load
  • Not ideal for constant wet, muddy, or abrasive terrain

♻️ Eco-Conscious & Compliant

  • 100% recyclable through our Brake Pad Recycling Program
  • REACH compliant and free from asbestos and heavy metals
  • Eco-packaged using recycled and recyclable materials

Need More Power or Durability?

  • Enduro Pro – higher heat resistance and bite for aggressive riding
  • Factory Racing – race-tuned performance and fade resistance

📚 Helpful Resources

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Frequently Asked Questions

What are Ceramic Nano-Tech brake pads?
Ceramic Nano-Tech brake pads use a soft non-asbestos organic friction compound blended with ceramic particles and bonded to a green back plate. This combination is designed to deliver smooth, quiet braking with excellent control and cold-bite performance.
What riding styles are Ceramic Nano-Tech brake pads best for?
Ceramic Nano-Tech pads are best suited to trail riding, commuting, road and gravel use, and light e-MTB systems where braking loads remain moderate and consistent.
Are Ceramic Nano-Tech brake pads suitable for full-power e-MTBs?
No. Ceramic Nano-Tech pads are not recommended for full-power or heavy e-MTBs. Riders using high-torque motors, heavier bikes, or aggressive riding styles should choose a more heat-resistant compound such as Enduro Pro or Sintered.
Are Ceramic Nano-Tech brake pads quieter than semi-metallic or sintered pads?
Yes. Ceramic Nano-Tech pads are designed for very low noise levels and smooth modulation, making them noticeably quieter than semi-metallic and sintered compounds, especially in dry and mixed conditions.
Do Ceramic Nano-Tech brake pads wear faster than other compounds?
Yes. Because they prioritise smooth feel, quiet braking, and low rotor wear, Ceramic Nano-Tech pads generally wear faster than semi-metallic or sintered pads, particularly under heavy loads or prolonged braking.