Braskem and Fitesa, a nonwoven manufacturer, have announced the implementation of Braskem’s I’m green™ bio-based high-density polyethylene (HDPE) for nonwoven applications. The companies state this specific grade of biobased HDPE has been developed for use in nonwoven processes.
Braskem and Fitesa indicate this development represents a step toward a wider presence in the bicomponent nonwovens market. Optimized for Spunbond processes, the material has a biobased origin from sugarcane bioethanol and a reported negative carbon footprint. It material demonstrates improved process performance and enhanced spinning stability, which supports increasing biobased content in products within the global hygiene supply chain.
Key attributes of the I’m green™ bio-based polyethylene grade for nonwovens include melting and Vicat temperatures suitable for producing resistant filaments. The companies state that the use of sugarcane bioethanol as feedstock directly influences the final product’s carbon footprint. The material is also described as optimized for high-speed nonwoven manufacturing, aiming for process stability and efficiency.
The material provides the same durability and performance as traditional polyethylene and is fully recyclable within existing polyethylene recycling streams. The companies also report that the biobased content is measurable, traceable, and compliant with industry standards.
“We are excited to introduce our next-generation I’m green™ bio-based HDPE product to the market,” said Gustavo Lombardi, Biopolymers Business Development Director, Braskem. “This product represents a significant advancement in Braskem’s I’m green™ biobased portfolio for nonwoven applications, aligning with our commitment to innovation, sustainability, and market-driven goals.”
