With the right combination of iDisc® II and brake pads, a reduction in fine particulate emissions of up to 90% compared to conventional brake discs is possible. Depending on the load profile and application area, we use a 1- or 2-layer coating system with or without carbide reinforcement for our customers.

Our iDisc® II also excels in meeting additional environmental requirements. The carbide coating provides increased corrosion resistance, which is especially beneficial for electric vehicles. The higher surface hardness results in reduced wear of the brake disc. As a result, the discs can be used for a significantly longer period, depending on the design.

A hard-metal coating on the brake disc often comes with challenges regarding performance, particularly in terms of friction stability and comfort. However, based on the experience we've gained since 2017 with our iDisc® I in serial production, we guarantee our customers a carbide-coated brake disc with impressive performance.

In 2018 Breyden was awarded the German Innovation Prize in the medium-sized Enterprises category for the iDisc® I. The key factor behind the award was the ability to reduce particulate emissions from the brake disc by up to 90%.