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alpha Technik brake pad road with ABE
AB12 alpha Technik sintered metal brake pad pair with ABE The supersport brake pad for road use and race training.Very good braking capacity under heavy loads, excellent service life, no fading even on heavy and powerful motorcycles - excellent grip and low wear. Sintered metal materials give this brake pad its unique properties.The advantage lies in the composition of the material, the components can be finely dosed and then mixed to achieve the desired properties such as wet braking behavior, high initial braking performance, fading prevention, wear resistance and much more. In the manufacturing process, the powdery mixture is pressed into a compact brake pad under high pressure. Sintered metal brake pads do not require the break-in period that is familiar from organic pads. Nevertheless, the first braking tests should only be carried out up to around 50% of the possible braking power in order to give the new alpha Technik brake pads the opportunity to adapt optimally to the surface of the brake disc and to form a corresponding deposit, i.e. a "deposit" of abrasion from the pad, on the brake disc.This promotes braking performance and helps to reduce brake disc wear. Features:- free from asbestos, lead and nickel- optimum braking performance on steel discs- up to 25 % thicker pad- long service life with excellent grip
BREMBO brake pads TYPE 07HO28 SR Sinter - Sport
Sintered pads developed for both sport and track day use. The high and constant coefficient of friction at high operating temperatures gives the rider a constant braking feel during all track sessions together with reduced wear for longer durability.
BREMBO Street sintered metal brake pads - 07HO28SA
Compounds that have a consistently high coefficient of friction under all operating conditions, i.e. at both low and high operating temperatures, together with low wear, long service life and reasonable mileage. SA: sintered compound for the front brake, characterized by excellent efficiency under all operating conditions. Optimal alternative to the original brake pads.
