Galfer
Galfer is a brake specialist from Spain. More specifically, brake pads, rotors and everything related. Galfer was founded by Maffio Milesi in Barcelona in 1946. The vast experience accumulated in the moto industry at Galfer has been translated into the production of MTB and E-MTB brake components. Galfer is constantly coming up with innovations such as increasing the diameter and width of rotors or developing the best brake pad compounds adapted to the precise conditions.
Galfer FD426 E-Bike G1652 brake pads for Shimano/Tektro/TRP
Galfer brake pads for Shimano e-bike brakes are developed for higher thermal stress.
Galfer FD455 E-bike G1652 brake pads for Avid/Sram
Galfer E-bike, DH, brake pads for Sram Guide RE and Avid Code R, RSC with enhanced performance and increased durability.
Galfer FD426 Pro G1554T brake pads for Shimano/Tektro/TRP
Galfer Pro brake pads for Shimano with enhanced performance and increased durability.
Galfer FD293 E-Bike G1652 brake pads for Shimano/Tektro/TRP
Galfer brake pads for Shimano brakes on e-bikes are designed for higher thermal stress.
Galfer FD513 E-bike G1652 brake pads for Sram
Brake pads for e-bikes/DH for higher thermal stress, for Sram Level, T, TL, TLD, Force AXS brakes.
Galfer FD487 Standard G1053 brake pads for Magura MT5, MT7
Brake pads with standard black compound G1053, compatible with Magura MT5/MT7 brakes, featuring a harder compound and the longest lifespan for all conditions.
Galfer Disc Wave brake disc 203/1.8 mm
Stainless steel brake disc with a diameter of 203 mm, 6-bolt mount, thickness 1.8 mm.
Galfer FD575 E-Bike brake pads for SRAM Maven
Brake pads for Sram Maven brakes, model FD575, E-Bike compound G1652 purple, designed for high thermal stress and extended braking.
Galfer FD455 PRO G1554 brake pads for Avid/Sram
Galfer FD455 Pro brake pads for Sram Guide RE and Avid Code R, RSC with improved performance and increased durability.
Galfer FD452 E-Bike G1652 brake pads for Shimano
Galfer E-bike brake pads for Shimano and higher thermal stress in e-bikes as well as downhill MTB bikes.
Galfer FD459 Pro G1554T brake pads for Avid/Sram
Galfer Pro brake pads for Sram Guide with enhanced performance and increased longevity.
Galfer FD293 Pro G1554T brake pads for Shimano/Tektro/TRP
Galfer Pro brake pads for Shimano with enhanced performance and increased durability.
Galfer FD452 Pro G1554T brake pads for Shimano
Galfer Pro brake pads for Shimano with enhanced performance and increased durability.
Galfer FD496 Road G1455 brake pads for Shimano
Galfer Road brake pads for Shimano with enhanced performance and increased durability.
Galfer FD459 E-bike G1652 brake pads for Avid/Sram
Galfer brake pads for Avid/Sram brakes on e-bikes are developed for higher thermal stress.
Galfer Disc Wave brake disc 180 mm thickness 1.8 mm
A 180 mm stainless steel brake disc with a 6-bolt mount.
Galfer E-Bike Disc Wave brake rotor 203x2.0 mm
Brake disc designed for e-bikes, with a hole for a magnet, 6-bolt mounting, diameter 203 mm, thickness 2 mm, weight 192 g.
Galfer Shark brake rotor 203 mm x 2.0 mm
Laser-cut stainless steel disc, suitable for MTB and E-bike, non-warping, quiet operation, heat resistance, usable in dry and wet conditions, thickness 2 mm.
Galfer FD513 Advanced G1851 brake pads for Sram
Brake pads with Advanced compound for extreme conditions, for Sram Level, T, TL, TLD, Force AXS brakes.
Galfer FD531 E-bike G1652 brake pads for Formula
Galfer brake pads for Formula Cura 4 brakes on e-bikes are designed for higher thermal stress.
Galfer Disc Wave brake rotor 160 mm
A stainless steel brake disc with a diameter of 160 mm and a 6-bolt mount.
Galfer FD426 Advanced G1851 brake pads for Shimano/Tektro/TRP
Galfer Advanced brake pads for Shimano with improved performance in wet conditions.
Galfer Fixed Wave brake rotor 200 mm
A brake rotor for a mountain and electric bike with a 200 mm diameter, 2 mm thickness, and 6-bolt mounting, resistant to overheating.
Galfer FD455 Advanced G1851 brake pads for Avid/Sram
Galfer Advanced brake pads for Sram Guide RE and Avid Code R, RSC with improved performance and increased durability.