“…Through a high-speed hot air draft transforming polymer melt streams into microfibers, melt-blown technology possesses advantages that enable the one-step production of microfibrous fabric while facilitating adjustments of structural characteristics such as porosity and pore size distribution, and it has been widely employed in the commercial production of microfibrous fabric. Furthermore, the incorporation of the blending process with the melt-blown process allows for the preparation of various composites, including thermoplastic polymers, such as polypropylene, , polyethylene, and polylactic acid, , and inorganic particles, such as ZnO, TiO 2 , SiO 2 , etc. Thus, it would be an innovative, industrial-scale, and environmentally friendly fabrication strategy, which involves carefully selecting suitable thermoplastic elastomers and highly reflective inorganic particles as well as efficiently regulating the pore structure characteristics by adjusting the process parameters during the melt-blown process, for enhancing both the radiative cooling functionality and the waterproof breathability.…”