Braking surface

Braking surface technologies include Grooved Graphene Brake, which uses graphene and a grooved structure for better heat dissipation and increased grip, High TG Resin Brake, combining graphene and high-temperature resin for excellent heat resistance under intense braking, and Basalt Brake, a basalt surface that provides reliable performance at a good price-to-durability ratio for everyday use.

Grooved Graphene Brake


This surface uses innovative graphene technology with a grooved structure that ensures efficient heat and water dissipation. The grooves help reduce wear on the braking surface and improve brake grip in both dry and wet conditions. Thanks to its high thermal resistance and excellent heat dissipation, this surface is ideal for racing and performance cyclists who demand outstanding braking performance and reliability.

High TG Resin Brake


This surface combines high-temperature resin with graphene, increasing the rim's thermal resistance to temperatures above 240 °C. The result is improved braking efficiency even on long descents with intensive brake heating. The surface is designed to minimise the risk of rim deformation and provide consistent performance under high loads.

Basalt Brake


The basalt braking surface is a proven choice for everyday and intensive use. This material offers an optimum combination of low weight, good thermal conductivity and high wear resistance. The basalt surface is a more affordable alternative that provides reliable braking performance with a smooth build-up of braking force. It is ideal for cyclists seeking a balanced ratio of performance and price.

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