Technology / 15/05/2017
Faurecia joins the German carbon fiber composites cluster in Augsburg
Carbon fiber is both lighter and stronger than steel or other lightweight materials as aluminum.
Composites will contribute significantly toward the automaker’s goal of weight reduction. Using carbon composites will provide weight savings of around 50 percent versus the equivalent part made from steel. Ten kilograms of weight savings reduce CO2 emissions by 1g/km. Weight reduction is also important to increase the autonomy of battery electric vehicle.
Christophe Schmitt, Executive Vice-President of Faurecia Clean Mobility declares: "We are very proud to join the German Carbon Network with a clear objective to make composite parts for mass production vehicles in the early 2020s. Faurecia has the ambition to become the leading player in sustainable mobility. We are doing this by expanding our innovation ecosystem including academic, governmental and industrial partners as well as start-ups.”
The proximity of German premium OEMs and internationally recognized partners such as the Institute of Textile Engineering Augsburg, the Fraunhofer Institute IGCV, the German Aerospace Centre (DLR) or the University of Augsburg is a unique opportunity for Faurecia to take the lead in the mass production of structural and semi-structural composite parts for the automotive industry.
Faurecia is already a leading member of the FORCE consortium in France which has the aim of producing low cost carbon fiber for the automotive industry.
Strategy, Technology / 15/05/2017
Faurecia to develop and manufacture fuel cell tanks for electric vehicles with Stelia Aerospace CompositesFaurecia today announced it has acquired an exclusive access to the intellectual property and process know-how of composite hydrogen tanks from STELIA Aerospace Composites.+
Technology / 10/05/2017Faurecia joined other industry players for this friendly contest which was held at the Group’s headquarters. The event invites engineering and design students to imagine concept vehicles based on pre-defined user needs.+