Ardagh produces lighter three-piece steel aerosol can

Written on: January 18, 2018 by SprayTM

Ardagh’s specialist aerosol manufacturing plant in Wedel, Germany, has produced the a lighter three-piece steel aerosol container for a range of Henkel’s hairspray products, according to an Ardagh press release.

Developed collaboratively by Henkel of Germany and Ardagh Group for Henkel’s European hairspray brand Schwarzkopf Drei Wetter Taft, the 250-mL container has a wall thickness of only 0.13 mm. This results in a 15% savings in materials and water used in the production of the popular hairspray product.

Henkel Beauty Care Innovation and Sustainability Manager Philippe Blank explains the background:

“The Drei Wetter Taft hairspray aerosol can is an excellent example of a sustainable packaging innovation. In collaboration with Ardagh Group, we reduced the thickness of the metal can while increasing its rigidity, resulting in a savings of over 15 percent of the material and water used in the production phase. As a result, we can save a total of up to 3,500 metric tons of CO2 and up to 900,000 cubic meters of water every year.

“Together with our suppliers, Henkel is working on innovative solutions that contribute to product recycling and the principles of the circular economy. Closing the circle is a joint effort of many parties involved in this ecosystem. Innovation does not happen in isolation, and therefore, Henkel is going to work even more closely with our suppliers to further develop sustainable packaging that makes a significant contribution to the focal areas of our sustainability strategy.”

Annelene Fisser, Ardagh Group Sustainability Manager, expresses equal enthusiasm for the joint achievement: “We work hard with our customers on all aspects of design, manufacturing, and logistics to achieve maximum results and a minimum footprint. This result for such an iconic brand and on behalf of a customer with whom we have enjoyed a long relationship is immensely satisfying. We share with Henkel a focused commitment towards a truly circular economy.”