The particularcompoundoforganic padsallowsa significant reduction ofnoise andthepossibility oflocking,while thearamid fibersinsertedin the compoundpreventsthe effect ofvitrificationof the paditself. The padswork perfectlyin all weatherconditionsbothwet or dry, andhave a highdegree of sustainablelongevity formany kilometers
Organic compositionreinforcedwithfibers of Kevlarandoptimized fortheuse of anymotiondisplacement.Long life andexcellent coldperformance andhot.Ideal forurbanuse and tourism.These tabletswere the firstin Europeto be certifiedECER90,usingKevlarinsteadof asbestos.The particularcompoundoforganic padsallowsa significant reduction ofnoise andthepossibility oflocking,while thearamid fibersinsertedin the compoundpreventsthe effect ofvitrificationof the paditself. The padswork perfectlyin all weatherconditionsbothwet or dry, andhave a highdegree of sustainablelongevity formany kilometers Long-lasting andultrahigh brakingeffect Givesperfect braking inall conditions, dry or wet Repl.OEM HD # 44209-82
The particular compound of organic pads allows a significant reduction of noise and the possibility of locking, while the aramid fibers inserted in the compound prevents the effect of vitrification of the pad itself.The pads work perfectly in all weather conditions both wet or dry, and have a high degree of sustainable longevity for many kilometers
The particular compound of organic pads allows a significant reduction of noise and the possibility of locking, while the aramid fibers inserted in the compound prevents the effect of vitrification of the pad itself.The pads work perfectly in all weather conditions both wet or dry, and have a high degree of sustainable longevity for many kilometers
All-new semi-sintered construction containing 30% copper by weight within an organic matrix, This design combines the long life of a sintered pad with the great feel and lack of rotor damage common with sintered pads, Can be used to replace Kevlar or sintered metal compound pads
All-new semi-sintered construction containing 30% copper by weight within an organic matrix, This design combines the long life of a sintered pad with the great feel and lack of rotor damage common with sintered pads, Can be used to replace Kevlar or sintered metal compound pads
For Harley-Davidson Dyna FXDF Fat Bob,FXDL Low Rider,FXDB Street Bob,FXDWG Wide Glide,FXD Super Glide.Complete set of rear and front brake pads (4 pieces)
For Harley-Davidson Milwaukee-Eight FLSB Sport Glide,FXFB Fat Bob,FXLR Low Rider,FXBR Breakout,FXBB Street Bob,FXFB Fat Boy,FLHC Heritage Classic.The "HH" friction coefficient is the highest in the industry
Sintered metal brake pads are the OEM-type replacement pads for most bikes from the late 1970s to the presentSintered metal brake pads are proudly made in the U.S.A.; second-to-none in their stopping abilities and wear characteristics while still providing excellent reduction in noise and dust
Sintered metal brake pads are the OEM-type replacement pads for most bikes from the late 1970s to the present.Repl.OEM HD # 42029-07 42836-04 and 42831-04 42831-04A
The particular compound of organic pads allows a significant reduction of noise and the possibility of locking, while the aramid fibers inserted in the compound prevents the effect of vitrification of the pad itself.The pads work perfectly in all weather conditions both wet or dry, and have a high degree of sustainable longevity for many kilometers
For Harley-Davidson Breakout FXSB,Softail Slim FLS,Fat Boy Lo FLSTF,Softail Deluxe FLSTNI,Softail Custom FXSTC,Night Train FXSTBI.These organic Kevlar / Aramid brake pads are now ECE R 90 brake safety test approved and fully TUV tested.
The particular compound of organic pads allows a significant reduction of noise and the possibility of locking, while the aramid fibers inserted in the compound prevents the effect of vitrification of the pad itself.The pads work perfectly in all weather conditions both wet or dry, and have a high degree of sustainable longevity for many kilometers
The particularcompoundoforganic padsallowsa significant reduction ofnoise andthepossibility oflocking,while thearamid fibersinsertedin the compoundpreventsthe effect ofvitrificationof the paditself. The padswork perfectlyin all weatherconditionsbothwet or dry, andhave a highdegree of sustainablelongevity formany kilometers
