Braskem (B3: BRKM3, BRKM5, and BRKM6; NYSE: BAK; LATIBEX: XBRK), the largest polyolefins producer in the Americas, as well as a global market leader and pioneer producer of biopolymers on an industrial scale, and Fitesa, one of the world’s largest nonwoven manufacturers and the first company to produce Spunbond nonwovens with I’m green bio-based polyethylene, are proud to announce the use of Braskem’s I’m greenTM bio-based high-density polyethylene (HDPE) designed specifically for nonwoven applications.
With over 10 years of experience in advancing bio-based polymers into the hygiene space, Braskem and Fitesa are ready to take a step further on a reliable, scalable worldwide presence in the bicomponent nonwovens market with a next-generation bio-PE grade. Optimized for Spunbond processes, Braskem’s I’m greenTM bio-based PE for nonwovens features all the well-known advantages of I’m greenTM, including its biobased feedstock and negative carbon footprint. This innovative material presents an overall better process performance and enhanced spinning stability, supporting the increase of bio-based content on products throughout the global hygiene supply chain.
Key Benefits of the I’m green Bio-Based Polyethylene Grade for Nonwovens:
- Optimal melting and Vicat temperatures, enabling the spinning of more resistant filaments.
- Made from bioethanol from sugarcane as feedstock, the I’m greenTM bio-based PE grade for nonwovens has a direct impact on the final product’s carbon footprint,
- Optimized for high-speed nonwoven manufacturing, promoting process stability and efficiency.
- An alternative solution that offers the same durability and performance as traditional polyethylene.
- Fully recyclable with existing polyethylene recycling streams.
- Measurable and traceable bio-based content, fully compliant with industry standards.
- Reliable supply chain infrastructure and long-term industrial capabilities to meet growing demand.
“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 greenTM bio-based portfolio for nonwoven applications, aligning with our commitment to innovation, sustainability, and market-driven goals. Additionally, it supports the hygiene industry’s efforts to decarbonize and tackle climate change by reducing the final product’s carbon footprint without compromising quality or performance.”
Fitesa will showcase its products using Braskem’s I’m greenTM bio-based HDPE at booth 901 at IDEA25, one of the world’s leading events for the nonwovens industry. IDEA 2025 will take place in Miami, FL, from April 29 to May 1.
“We are pleased to collaborate with Braskem to advance the Bio-polyethylene solution for Spunbond processes. As pioneers in the development and commercialization of bio-based Spunbond fabrics, we are familiar with the challenges and the benefits of such materials and remain committed to pushing forward more sustainable solutions without compromising the quality and performance of our products. Braskem and Fitesa are paving the way for a more sustainable future in the nonwoven industry.” – Ricardo Fasolo, Vice President for US & Canada.
For more information about Braskem’s I’m greenTM portfolio, visit I’m greenTM bio-based .
About Fitesa
Fitesa is one of the world’s largest nonwoven manufacturers. We specialize in developing innovative solutions for the hygiene and healthcare markets by utilizing a broad range of technologies, including Spunbond, Spunmelt, Meltblown, Carded, Airlaid, Fitesa Advantage, Spunlace, Films, Elastics, and Composites. Headquartered in Porto Alegre, Brazil, Fitesa employs over 2,500 people in 21 manufacturing locations across 11 countries: Brazil, Germany, India, Italy, Mexico, Netherlands, Peru, Sweden, United States, Thailand, and China. For more information about Fitesa and its products, visit www.fitesa.com.
Source
Braskem, press release, 2025-04-29.
Supplier
Braskem
Fitesa Simpsonville, Inc.
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