Origin Materials Collaborates With Terphane To Produce High-Performance Bio Based Polymer Films

As part of the collaboration, Terphane signed a multi-year capacity reservation agreement to purchase advanced bio based polymer PEF for the production of thin films, including food and beverage packaging and high-value industrial applications. BOPEF is both a biaxially stretched PEF and BOPET is a biaxially stretched PET. These stretched polymer films are highly favored due to their strength, transparency, barrier properties, and electrical insulation.

Rich Riley, Co CEO of Origin Materials, stated: We are delighted to collaborate with Terphane, a trusted global thin film leader with a wide range of customers and partnerships. We are delighted to collaborate with Terphane to develop advanced high-performance products and help achieve a net zero carbon material economy. This partnership marks further progress for Origin Materials in promoting the world's transition to sustainable materials

Marcos Vieira, Global R&D Director of Terphane, stated: The development of this film is crucial for us to meet the new global demand for sustainable flexible packaging solutions. Part of the raw material for this film is PEF, which has all the traditional characteristics of ordinary PET film, including recyclability after consumption. In addition, PEF also has excellent heat resistance and excellent barrier performance, which can extend the shelf life of packaging products. Preliminary tests conducted in the United States have shown that this material is transported on extrusion production lines Good behavior.

Origin Materials' patented technology platform represents a potential breakthrough in cost competitiveness and commercialization of low-carbon PEF. Origin PEF is made from furan dicarboxylic acid ("FDCA") and is a polymer that combines sustainability and packaging performance characteristics, including enhanced barrier properties. Origin Materials' PEF is expected to be 100% plant-based, fully recyclable, with attractive economic benefits and significantly reduced carbon footprint. Compared with widely used petroleum based materials today, it has higher strength, better thermal performance, and stronger barrier properties.

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(Picture and content are referenced from the China Plast Online)