Brembo thermosensitive bands (Thermotape) block of 10 adhesives from 132degrees C to 171degrees C

Street Products - High Performance Line: Brembo performance to the nth power.

Brembo has always contributed to the victories of the world's greatest champions with braking systems boasting constantly evolving technology and innovation. With its unmatched racing experience and collection of victories, Brembo is the undisputed benchmark for the champions of the world's most prestigious championships and the most discerning motorcyclists.

By meticulously selecting the materials used, Brembo can achieve ever higher standards in terms of technology and quality, which translate to superlative performance and outstanding reliability and safety. The technological innovations developed and implemented in the world's major motorcycle championships are continuously transferred to the products of the High Performance range, which offer bike tuners technologically dedicated, highly advanced solutions.

The products of the High Performance range make the benefits of Brembo's extraordinary wealth of technical expertise available to owners who want to enhance the character and performance of their motorcycles with track-proven components.

Thermopaints and thermotapes

Thermopaints and thermotapes are used to keep the braking system temperatures under control on the track: paints measure the temperature reached by the disk, while thermotapes indicated the caliper temperature. Put the paints on the outer edge, clean and degreased, so as the brake pads do not remove them during the braking. We suggest to apply the colour tapes with 1cm. distance among them. We also recommend to put the paints on two opposite points of the disc to better control the temperature of the whole rotor. Shake the tiny bottles before using, eventually add a few drops of diluent in case the pigment is not fluid enough. Apply two coats of paint and let dry before riding. Thermotapes are to be applied on the pistons area after having cleaned and degreased the surface.