Brake pads Massi for carbon wheels - 36212

Massi Road Shimano brake pads are specially designed for high-performance, safe braking on carbon road bike wheels. Developed for demanding cyclists, they guarantee excellent braking modulation while limiting heating and wear on carbon braking surfaces.

Thanks to their specific composition adapted to carbon rims, Massi 36212 brake pads provide better grip, even on technical descents or during prolonged braking. Their high-performance rubber helps to reduce vibrations and improve control of the bike, even in wet or changing conditions.

Compatible with many Shimano and SRAM pad holders, these pads are an excellent replacement solution for road bikes fitted with rim-braked carbon wheels. Their simple installation means they can be serviced quickly and efficiently before training sessions, competitions or long outings.

Technical specifications

• Product reference : 36212
• Type : road brake pads for carbon rims
• Compatibility : Shimano / SRAM
• Use : road bike
• Braking surface: carbon
• Specific composition with high thermal resistance
• Progressive and powerful braking
• Reduced heating of carbon rims
• Good braking modulation
• Quick installation
• Brand : Massi

FAQ - Brake pads Massi carbon wheels 36212

Are these brake pads compatible with aluminium rims?

No, they are specifically designed for carbon braking surfaces. Using carbon pads on aluminium can reduce performance and accelerate wear.

Are they compatible with Shimano and SRAM?

Yes, they are compatible with most brake-pad holders Shimano and SRAM.

Can I ride in the rain with these pads?

Yes, but as with all carbon rim braking systems, braking distances may be slightly increased in heavy rain.

Why use specific carbon brake pads?

Carbon rims require an appropriate rubber compound to limit overheating, protect the braking surface and ensure effective braking.

When should the brake pads be replaced?

It's advisable to check their wear regularly and replace them as soon as the rubber is heavily marked or braking becomes less effective.