Avantium NV, a pioneer in renewable and circular polymer materials, has strengthened its partnership with global packaging leader Logoplaste through a new capacity reservation agreement for Avantium’s plant-based, fully recyclable polymer releaf (polyethylene furanoate, PEF).

The agreement secures future volumes of releaf for Logoplaste’s innovation pipeline and marks a significant step towards accelerating the development of next-generation, high-performance, and sustainable packaging solutions for beverages, food, pharma, home care, and personal care, as per a release.

Logoplaste is recognised for its expertise in injection molding and blow molding, delivering innovative, high-performance packaging across a wide range of applications.

As strategic partners within the Bottle Collective -- a consortium that includes leading brand owners such as Diageo, Opella (formerly Sanofi), and Haleon -- Logoplaste and Avantium have already contributed to advancements in recyclable fiber-based packaging.

This new agreement is designed to accelerate Logoplaste’s innovation pipeline, enabling the development of next-generation packaging solutions that reach beyond the Bottle Collective fiber bottles.

Paulo Correia, Chief Technology Officer at Logoplaste, said: “This agreement is a testament to our shared commitment to driving innovation in sustainable packaging. By securing future volumes of Avantium’s releaf, we are able to accelerate the development of advanced packaging solutions with outstanding barrier properties, supporting our customers’ ambitions for circularity and performance across a wide range of applications.”

Bineke Posthumus, Director Business Development at Avantium, commented: “We are excited to deepen our collaboration with Logoplaste as a strategic partner. The capacity reservation agreement reflects the growing momentum behind releaf as a key material for next-generation, high-performance packaging. Together, we are paving the way for scalable solutions that combine renewable materials with outstanding functionality.”