Brembo Max Front Slotted Brake Discs for Vauxhall Corsa (D)
Part no: 09.9369.75
£127.00
Brembo Max Slotted Brake Discs
Brembo Max are slotted and painted discs that provide superior braking performance in all conditions, especially on slick surfaces, optimising road performance and ensuring continuous renewal of the friction material.
The functionality of the brake system is guaranteed by the presence of residual grooves. Perfect balancing of the disc is maintained by creating a similar groove on the internal braking surface of the disc, in a position on the opposite side of the diameter. The design supports performance on slick surfaces.
The unique design, made with geometric grooves projected outwardly, allows the Brembo Max to ensure a more effective dispersion of water that may be on the surface of the disc, offering the driver the best performance on slick surfaces and, in general, substantial consistent behaviour under varying atmospheric conditions.
Specific conditions of use that cause the temperature of the disc to increase over 800°C - such as the descent from a mountain pass - cause the combustion of the phenolic resins that make up the friction material. This leads to a dangerous loss of braking efficiency (fading) due to the gas given off that is interposed between the pad and the disc braking surface. The special shape of the Brembo Max grooves allows rapid expulsion of such gases, quickly restoring the optimum braking conditions.
Brembo Max features exclusive grooves that ensure constant renewal of the friction material (Micro-shave effect), preventing pad surface glazing
The functionality of the brake system is guaranteed by the presence of residual grooves. Perfect balancing of the disc is maintained by creating a similar groove on the internal braking surface of the disc, in a position on the opposite side of the diameter. The design supports performance on slick surfaces.
The unique design, made with geometric grooves projected outwardly, allows the Brembo Max to ensure a more effective dispersion of water that may be on the surface of the disc, offering the driver the best performance on slick surfaces and, in general, substantial consistent behaviour under varying atmospheric conditions.