Item no.: FD455G1652
- Description
Product information ‘Galfer e-bike brake pad SRAM Code R 2011, RSC, Guide RE, DB8, G2 RE’
Galfer E-bike brake pads G1652
The new purple Galfer brake pads stand for heat resistance, high braking power, durability and low-noise braking.
The semi-metallic pads have been specially developed for faster and heavier e-bikes. In combination with the extra-large DB007W brake disc, Galfer Bike addresses the existing problems of the brake systems on many e-bikes - standard brakes usually do not offer sufficient performance, which leads to overheating, inefficient braking and high wear.
With its e-bike brake pads, Galfer Bike is one of the first manufacturers to respond to this problem.
Galfer G1652 e-bike brake pads receive ECE R90 certification
The Galfer Bike G1652 brake pads for e-bikes have been awarded the coveted ECE R90 certification. This confirms that their quality and efficiency is equal to or better than that of the original material. The e-bike brake pads have undergone tests for braking intensity and resistance as well as performance tests under various weather conditions with satisfactory results.
Galfer E-bike brake pads G1652
The new purple Galfer brake pads stand for heat resistance, high braking power, durability and low-noise braking.
The semi-metallic pads have been specially developed for faster and heavier e-bikes. In combination with the extra-large DB007W brake disc, Galfer Bike addresses the existing problems of the brake systems on many e-bikes - standard brakes usually do not offer sufficient performance, which leads to overheating, inefficient braking and high wear.
With its e-bike brake pads, Galfer Bike is one of the first manufacturers to respond to this problem.
Galfer G1652 e-bike brake pads receive ECE R90 certification
The Galfer Bike G1652 brake pads for e-bikes have been awarded the coveted ECE R90 certification. This confirms that their quality and efficiency is equal to or better than that of the original material. The e-bike brake pads have undergone tests for braking intensity and resistance as well as performance tests under various weather conditions with satisfactory results.
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