BASF unveils BPA-free food-contact material range for EU compliance
Key takeaways
- BASF launches food-contact grade Ultradur polybutylene terephthalate materials to comply with EU regulations.
- The product line is glass-fiber reinforced and certified for safe use in a variety of food industry applications.
- BASF distinguishes between Ultradur Aqua-types for drinking water and food-contact types to ensure transparency and regulatory compliance.
BASF has launched a product line within its Ultradur polybutylene terephthalate portfolio specifically for food-contact applications.
These Ultradur food-contact types respond to the EU’s Regulation (EU) 2024/3190 that will prohibit Bisphenol A (BPA) in food-contact plastics after July 2026.
“These materials cover a broad range of applications in the food industry, from components in coffee machines and cookware and serving dishes to components for industrial food processing, conveyor belts, and systems for eggs and other food products,” says BASF.
The materials are glass-fiber reinforced and certified for safe use with food. Last year, the European Commission banned the use of BPA in food-contact materials due to its harmful impact on human health.
According to BASF, the launch introduces a clear distinction between its Ultradur Aqua-types, for water applications, and dedicated food-contact types.
Product differentiation
Ultradur Aqua grades for drinking water will no longer receive food-contact certifications. They are to remain a separate portfolio with unchanged formulations and product names.
“With the clear differentiation of Aqua and food-contact materials in the Ultradur family, BASF creates transparency and planning certainty for processors, original equipment manufacturers, and brand manufacturers,” continues BASF.
“Users can see which engineering plastics types are approved for drinking water and which are approved for food-contact and can align their material selection early and reliably with future regulatory requirements.”
Recently, UPM Specialty Materials combined its barrier and barrier base papers with BASF’s Joncryl high-performance barrier technology resins to facilitate a shift away from conventional mixed packaging structures.
