Automotive

High recycled content aluminum alloy created

Novelis disclosed that its RC5754 alloy, a new automotive product designed to contain up to 75 percent recycled content, has been successfully integrated into the structural components of high volume production passenger vehicles.


RC5754 was developed with Jaguar Land Rover and serves as a key component of Jaguar’s REALCAR (REcycled ALuminum CAR) project. First introduced in the new Jaguar XE, the RC5754 alloy will also be featured in all new and legacy Jaguar Land Rover models.

Learnings from the collaboration of Novelis and Jaguar Land Rover in developing this new product are documented in “Collaboration for a Closed-Loop Value Chain,” a case study issued in January following the companies’ participation in the University of Cambridge Institute for Sustainability Leadership’s Postgraduate Certificate in Sustainable Value Chains.

Launched in 2008 by Jaguar Land Rover, the REALCAR program is a multi-stakeholder initiative established to create a closed loop vehicle production model that recycles automobiles at the end of their lifecycles. The RC5754 aluminum alloy, uniquely developed by Novelis to serve the REALCAR program, is designed to absorb higher levels of processed automotive aluminum scrap than ever before.

With more than 40 years of experience in the automotive industry, Novelis pioneered many of the common aluminum alloys used in automotive manufacturing today – including 6111, 6016 and the original 5754 – in addition to its own Novelis Advanz™ family of alloys. The RC5754 alloy further enhances the Novelis portfolio.

Published in the March 2016 Edition of American Recycler News

You May Also Like

Metal Recycling

Resources

Add Your Organization The Breast Cancer Research Foundation Donate Your Vehicle to BCRF and Make a Difference! Help defeat breast cancer with your tax...

Metal Recycling

Metal Recycling

Privacy Policy | Terms of Use
877-777-0043 • Phone 419-931-0737 • Fax 419-931-0740 • 28300 Kensington Ln., Ste. 500, Maumee, Ohio 43537
© Copyright American Recycler News, Inc. All rights reserved. Any reproduction of content requires written permission.
Exit mobile version