▎ 摘　　要

NOVELTY - Manufacture of moisture-conducting and quick-drying type multilayer heat-dissipating textile fabric involves uniformly depositing copper oxide nanoparticles on the polypropylene fiber precursors, washing and curing by gradient heating, curing, mixing polydimethylsiloxane with spinning oil and spraying on the polypropylene fibers, and then entangling polypropylene yarn after winding, weaving polypropylene yarns and cotton yarns to form a double-layer fabric, dissolving sodium hydroxide and high-efficiency refining penetrant in deionized water, placing the double-layer fabric in the solution, performing water bath scouring, and drying the double-layer fabric after scouring, adding functional additives, hydrocarbon resins, and polyurethane polymers into deionized water, stirring, spraying the solution on one side of the double-layer fabric and drying and baking, and taking the double-layer fabric and placing in soaping solution for washing, washing it several times and drying. USE - Manufacture of moisture-conducting and quick-drying type multi-layer heat-dissipating textile fabric. ADVANTAGE - The method provides rapid moisture-conducting and quick-drying type multi-layer heat-dissipating textile fabric. DETAILED DESCRIPTION - Manufacture of moisture-conducting and quick-drying type multilayer heat-dissipating textile fabric involves (S1) mixing graphene oxide with deionized water, adjusting the pH and stirring evenly, adding additives and dispersing evenly under ultrasonically processing for 3-5 hours, after completion, adding triethylamine and silane coupling agent and stirring for 30-60 minutes to concentrate and removing moisture, and carrying out granulation, to obtain modifier granule, (S2) using the modifier particles and polypropylene slices as raw materials, adding waterproof masterbatch as an additive to the screw extruder for heating and mixing, and spraying out on the spinneret through the spinneret assembly, to obtain polypropylene fiber precursors after cooling, (S3) taking the copper oxide particles dissolved in the solvent, and dispersing under ultrasonically processing to form a uniform copper chloride solution, immersing the polypropylene fiber precursors in the copper oxide solution, after continuing ultrasonically processing, uniformly depositing copper oxide nanoparticles on the polypropylene fiber precursors, washing and curing by gradient heating in an oven, after curing, mixing polydimethylsiloxane with spinning oil and spraying on the polypropylene fibers, and then entangling polypropylene yarn after winding, (S4) weaving polypropylene yarns and cotton yarns to form a double-layer fabric, in which the warp arrangement ratio of polypropylene yarns and cotton yarns is 1:1 and the weft arrangement ratio is 2:2, and the polypropylene yarns are parallel twisted yarn, (S5) dissolving sodium hydroxide and high-efficiency refining penetrant in deionized water, placing the double-layer fabric in the solution, performing water bath scouring, and drying the double-layer fabric after scouring, (S6) adding functional additives, hydrocarbon resins, and polyurethane polymers into deionized water, stirring evenly, spraying the solution on one side of the double-layer fabric with a spray gun, and drying and baking, and (S7) taking the double-layer fabric and placing in a soaping solution for washing, washing it several times and drying.