Multifunctional fabrics finished using electrosprayed hybrid Janus particles containing nanocatalysts

• Side-by-side electrospraying with an unsolidifiable solution was employed to generate Janus nanoparticles. A simple and robust fabric nano-finishing method developed via electrospraying. Epoxy resin exploited bond TiO 2 -PVDF particles on the surface. The finished fabrics have potent multiple-functional performances. There is great market demand for equipped multiple functionalities. However, most methods impart these properties a pristine are complicated, time-consuming, expensive. In this work, one side comprising nanoparticles (NPs)-PVDF (poly (vinylidene fluoride)) other epoxy (TPE) were deposited aim endow superhydrophobic, UV resistance, antimicrobial properties. firmly attached through adhesion effects of resin. Characterization by XRD, SEM, EDX, FTIR verified successful finishing TPE particles. ultraviolet protection factor increased from 7.86 733 after finishing. also exhibited superhydrophobic properties, water contact angle 152°. Further, coating did not hamper its gas permeability. Potent antibacterial against E. coli observed owing under pre-irradiation light. protocols reported here provide new platform fabrics, allowing functions be imparted without compromising.