MAGURA MT2 / MT4 / MT6 / MT8 / MTS E-BIKE COMPOUND BRAKE PADS
E-BIKE COMPOUND. G1652 compound offers high temperature resistance, braking power, durability, and quiet operation. Developed for electric bicycles, this compound addresses the increased weight and speed of e-bikes due to electric motor propulsion. Features and advantages include an organic semi-metal compound (non asbestos), absence of noise, improved feeling, progressiveness, and braking power. It minimizes wheel vibration, reduces brake disc wear, and has increased durability. The materials are specific to the bicycle sector and its variables, providing consistent braking response for improved control, rider confidence, and security.
- SKU
- GAL.MFD436 1652
- Brand
- Galfer
- Availability
- In Stock (10)
FULL DESCRIPTION
High Performance E-Bike Brake Pads for Magura Systems
Upgrade your stopping power with these premium E-Bike compound brake pads from Galfer. Specifically engineered to handle the unique demands of electric bicycles, the G1652 compound provides superior thermal management and consistent performance, even under the increased weight and speed associated with motorized cycling.
Key Features
- Advanced E-Bike Compound: The G1652 formulation is designed to withstand higher temperatures and heavier loads compared to standard brake pads.
- Optimized Braking Response: Experience enhanced progressiveness and reliable stopping power throughout the entire life of the pad.
- Quiet and Smooth Operation: Engineered to be noise-free while minimizing wheel vibration for a smoother ride.
- Durable Construction: The organic semi-metal compound reduces overall wear on your brake discs while offering increased pad longevity.
- Improved Control: Provides riders with a more consistent feel and improved confidence in various ground and weather conditions.
Whether you are navigating steep descents or heavy traffic, these Galfer brake pads ensure your e-bike maintains a permanent, reliable braking response. Built without asbestos, these pads prioritize rider safety and environmental responsibility without sacrificing high-end performance.