PRESS & MEDIA

• Strengthening focus on innovative branded consumer business
• Divestment of non-core business with limited future strategic fit
• Concluding announced portfolio optimization as part of Consumer Brands integration

Henkel’s business unit Henkel Consumer Brands recognized its top suppliers for their industry-leading performance in 2024 with an award ceremony. The event took place at the American Cleaning Institute Convention in Orlando, Florida, on 27 January with more than 200 participants. The top partners were awarded in three categories: Moeve and Unger were honored with the “Sustainability Award”. Takasago, Novonesis and Wacker received each a “Best Innovation Contributor Award”. The winner of the “Supply Resilience Award” was Givaudan. Philipp Schaffer, Senior Vice President Henkel Consumer Brands North America, and Sebastian Schauten, Head of Procurement Henkel Consumer Brands, welcomed the representatives of more than 30 major suppliers of Henkel. 

During the upcoming LOPEC trade show on February 26 and 27 in Munich, Germany, Henkel will showcase innovations for end-use printed electronics applications across various industries and markets. At booth 607 in hall B0, the company will highlight its broad portfolio of functional material solutions tailor-made for smart surfaces, smart healthcare and smart connectivity as well as its development capabilities supported by its strong ecosystem of partners. In addition, Henkel´s expert team will present a novel comprehensive sustainability concept with the aim to drive groundbreaking eco-conscious innovation for the printed electronics market. 

The medical device industry is facing increasing regulatory scrutiny regarding the use of PVC materials containing Di‏(2-ethylhexyl) Phthalate ‏(DEHP), a known endocrine disruptor. Both the FDA’s Center for Devices and Radiological Health and the EU Medical Device Regulation ‏(MDR) 2017 have emphasized minimizing DEHP exposure, prompting manufacturers to explore alternative flexible substrates like thermoplastic elastomers ‏(TPEs). However, TPEs present unique challenges in assembly, as traditional methods such as solvent welding and existing adhesives are often ineffective.