What are the unique features and environmental benefits of the naNea fiber compared to conventional polyester?
naNea is a marine biodegradable, recyclable, and non-toxic co-polyester material that performs like conventional polyester but without the environmental drawbacks. It biodegrades in marine environments by over 93% within 99 days (ASTM D6691).
Unlike other solutions, naNea achieves this without using additives. naNea Cradle to Cradle Certified Gold, meaning it meets the highest standards for safety and circularity. naNea does not contain toxicants, offers superior built-in moisture management, and requires less energy during dyeing. It’s a plug-and-play solution that works on existing machinery and is made from recycled, bio-based or virgin feedstocks.
What performance characteristics does naNea offer and how do these compare to traditional materials?
naNea matches the durability of conventional polyester, including tear strength, tensile strength, and resistance to pilling. It offers superior moisture management, with high absorption, fast wicking, and quick drying - ideal for sportswear, fashion, or technical applications. It also provides inherent flame retardancy, without added chemicals, which is beneficial for certain technical applications. naNea delivers equal or better performance across key metrics, while being safer and with less environmental impact.
How would you describe the feel and texture of naNea compared to conventional polyester?
Fabrics made with naNea have a noticeably softer and more pleasant hand feel compared to conventional polyester. The fiber structure creates a smoother, more textile-like touch, without the plastic stiffness often associated with synthetic materials. This makes naNea suitable even for next-to-skin applications.
Can you elaborate on the safety aspects of naNea, such as the absence of toxicants, heavy metals, and microplastics?
naNea is designed to be safe for both people and the planet. It contains no toxic substances, no heavy metals, and no antimony-based catalysts, which are common in conventional polyester. Independent testing confirms that it fully biodegrades into CO₂, water, and biomass, leaving no harmful residues behind. Its safety has been verified through Cradle to Cradle Certified Gold and with independent ecotoxicity testing.