Karmactive Staff
EU's latest PFAS ban leaves medical technology scrambling - but Fraunhofer's researchers saw this coming two decades ago.
Photo Source: FMT
What happens when 'forever chemicals' that protect medical devices become illegal across Europe?
Photo Source: EURACTIV
Dr. Ralph Wilkes and his team at Fraunhofer IFAM pioneered organosilicon chemistry solutions while others still relied on PFAS.
Photo Source: Lupus in Saxonia (CC BY-SA 4.0)
"These biocompatible alternatives react minimally with other substances, meeting strict medical technology standards," confirms Dr. Wilkes.
How do scientists replicate PFAS's protective properties without its environmental dangers?
Photo Source: Craig Fitz (CC BY-NC-ND 2.0)
"Each component needs precise analysis to match desired properties," explains Dr. Karl Borcherding, detailing their customized approach.
Photo Source: MountainFae (CC BY-SA 4.0)
Release PLAS plasma polymer coating and PLASLON non-stick surfaces emerge as key PFAS replacements for medical devices.
Vacuum ultraviolet radiation transforms ordinary silicone into specialized medical-grade materials, bypassing PFAS entirely.
COMPAMED 2024 trade show attendees will witness these PFAS alternatives in action from November 11 to 14.