Home Science Street: SC-Project presents its latest innovation, the Ti

Street: SC-Project presents its latest innovation, the Ti

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SC-Project presents its latest innovation, the Ti-Carbon, a new composite material combining titanium in carbon weaving.

From 2006 to 2026, the Italian manufacturer has dedicated twenty years to developing innovative solutions for motorcycle exhausts.

At the beginning of the year, the Italian exhaust manufacturer SC-Project, celebrating its twentieth anniversary, continues its innovation process despite the strengthening of European standards for pollution control. In Cassinetta di Lugagnano, where the company’s headquarters are located, a new era begins for the materials used in motorcycle exhaust manufacturing with the introduction of the Ti-Carbon technology. This innovative solution was developed by the company’s research and development department after months of testing. The technology combines carbon fiber and titanium in the weaving process to create an innovative composite material.

The first application will be on a new CR-T M2 silencer, which will first be seen on the current Kawasaki Z900. The result is a remarkably compact silencer with a distinctive racing look designed to enhance the sporty character of the motorcycle.

Approaching the silencer body reveals the specificities of the Ti-Carbon technology, showcasing visual and textural differences compared to traditional carbon weaving. The body is made from carbon fibers reinforced with titanium, offering increased lightness, improved structural resistance compared to carbon-only elements, and superior durability.

In addition to these technical advantages, the carbon-titanium material also features a new texture with a unique pattern, giving the silencer immediate recognition and highlighting its racing identity.

The deployment of this new carbon-titanium material will gradually spread across the SC-Project range, with applications on high-performance machines like the Z900 roadster.

More information to come.

SC-Project Ti-Carbon