Triangular cross-sections on extruded plastic fibers mimic natural materials while improving abrasion resistance.
Ethylene acid copolymer sheaths on bicomponent fibers improve pulp adhesion and reduce dust without high bonding energy.
Coextruding immiscible aged and unaged polymers creates resilient artificial turf fibers, eliminating complex preprocessing of unpredictable plastic waste.
Cylindrical electrode arrays enable parallel core-shell fiber production, overcoming low throughput limits of conventional coaxial spinnerets.
Bimodal polyethylene compositions balance tenacity and elongation at break using metallocene catalyst systems.
Extruded polypropylene fibres feature longitudinal channels that create vapor escape pathways within cementitious matrices.
Heated styrenic block copolymer conform to complex geometries, eliminating primer needs on low-surface-energy surfaces.
Conductive needles bridge charge to poorly conductive scaffolds, enabling complete nanofiber coverage on complex three-dimensional geometries.