Anti-infection material based on electrostatic spinning nanofiber

The utility model belongs to the technical field of dressings, and provides an anti-infection material based on electrostatic spinning nanofibers, which comprises an anti-infection material, the anti-infection material enables an asymmetric structure and middle seepage liquid to form a closed loop structure through a sealing belt, the upper surface of the anti-infection material is a hydrophobic layer film, and the lower surface of the anti-infection material is a hydrophobic layer film. The lower surface of the anti-infection material is a hydrophilic layer film; the anti-infection material based on the electrostatic spinning nanofibers is simple and reasonable in structure and convenient and simple to use; meanwhile, liquid can be driven to be transported from the hydrophobic layer to the hydrophilic layer by utilizing asymmetric wettability, and seepage is prevented from flowing back to the hydrophobic layer from the hydrophilic layer; and the PU/cotton gauze material can discharge excessive wound exudate