Niber Technologies and BASF Partner to Commercialize Electrospun Nanofiber Membranes for Textiles

Niber Technologies has moved from lab talk to real R&D muscle by announcing a technical partnership with BASF to accelerate commercialization of electrospun nanofiber membranes and functional surfaces for apparel and industrial use. The hook: Niber is already trialing BASF’s Freeflex 1895A polymer as it scales a multi-polymer electrospinning method to make highly breathable, PFAS-free membranes that promise improved durability and material consistency.

The announcement dated February 26, 2026 frames the deal as a deeper technical collaboration - Niber brings a proprietary electrospinning and nanospinning platform from its Singapore headquarters and Cavite, Philippines R&D and production site, while BASF supplies polymer expertise from its Performance Materials division in the Asia Pacific region. Niber’s LinkedIn capture on the announcement listed 27 employees and 889 followers, and an accompanying snippet oddly cut off mid-sentence: "Electrospinning can produce hig".

Technical specifics matter here. BASF markets Freeflex as a TPU fiber technology engineered for reticular-structure nanomembranes via electrospinning, offering high water repellency, improved air permeability, ultralightweight performance, and recyclability. BASF’s materials are described as made without the intentional use of PFAS. Yarnsandfibers reports that Niber is "currently working on commercialising electrospinning processes using BASF’s Freeflex 1895A polymers," and that early-stage trials have shown "strong durability and improved material consistency."

Niber’s Chief Strategy Officer Dr. Richard Beck, a former business leader at W. L. Gore & Associates, framed the collaboration around technical integration: "This initiative allows us to work more closely with BASF at a technical level. BASF brings extensive chemical knowledge, and when combined with our electrospinning platform, it creates new opportunities to develop material systems that enhance performance, sustainability and scalability." BASF’s Rohit Ghosh, Vice President, Business Management TPU, Performance Materials Asia Pacific, has been positioning Freeflex within Asia, saying "Freeflex demonstrates how material science can contribute to the future of high performance and more sustainable clothing." BASF materials communications also include a separate partnership with South Korea’s LEMON; LEMON CEO Lee Jong-il said that tie-up will expand electrospinning applications to global brands.

On paper the collaboration targets tangible product upgrades - improved breathability, lightweight performance and more efficient resource use - and Niber’s site doubles down on PFAS-free membranes, laminates for outdoor, defense and lifestyle textiles, and "Beyond" use cases such as compost covers and ventilation solutions. What’s still missing are hard metrics, production volumes, and commercial timelines; no hydrostatic head numbers, breathability ratings or third-party validation were released alongside the announcement.

If Niber’s Cavite pilot can scale and BASF confirms supply channels for Freeflex 1895A, brands looking for soft, ultralight, waterproof-breathable laminates could start seeing commercial samples. For now the story is technical validation plus a clear supply-side play that threads material science into the practical needs of apparel and industrial textile makers.