Nanofibers give energy devices what they need most: huge surface area and interconnected porosity for ion and electron transport. Electrospun mats serve as separators, electrodes, and catalyst supports. Where it's used - Battery separators & electrodes: Porous nanofiber mats improve ion transport and electrode surface area. - Supercapacitors: High-surface-area carbon nanofibers boost charge storage. - Fuel cells & catalyst supports: Nanofiber networks disperse catalysts and move reactants efficiently. Why Linari NanoTech Multi-needle throughput for larger mats and support for carbon-precursor fibers (electrospin, then carbonize). Reproducible results, Made in Italy, with lab testing in Pisa. Frequently asked questions Can I electrospin carbon nanofibers for electrodes? Yes. Electrospin a precursor such as PAN, then carbonize it to obtain carbon nanofibers. Can I scale up electrode-mat production? Yes. Multi-needle and industrial systems increase output for larger areas.
