Garment Digital Design Method Oriented to the Production Process of Graphene-Modified Nylon Knitted Fabric

Graphene is a single-atom-thick layer of carbon atoms, the thinnest material ever discovered. The special single atomic structure graphene makes it have many unique physical and chemical properties, these excellent properties make bright application prospect in field composite materials. use modern digital production technology to coordinate management various departments an enterprise can greatly reduce input human resources improve utilization materials equipment resources. In process caprolactam monomer polymerization, adding filler common method strengthen toughen nylon. main fillers are powder fibrous order denatured, usually pretreated with silane coupling agent before modification. This research mainly discusses clothing design oriented graphene-modified nylon knitted fabric. color cotton fiber gray black. With increase content, becomes darker. has become hotspot science due its two-dimensional crystal mechanical, thermal, electrical properties. this paper, preparation organic modification oxide cast studied. Therefore, when designing jacquard fabric, matching certain restrictions. shrinking friction between fibers through appropriate concentration stretching ability wool fiber. fabric feels plump after shrinking, forming fluff, improving warmth retention performance. Due different veil material, ground yarn organizational sample, basic parameters directly different. first perform width, density, areal thickness, raw content ratio blank sample And wait for testing. realize digitization styles, developed drawing system, which provides large number tools enable designers draw styles more accurately. system realization consists six parts, including desktop environment, tools, linear settings, curve drawing, data storage, user interface. There variety curves choose from computer graphics. B3 spline choice smoothness, no Runge phenomenon, few saved data. When mass fraction was reduced 18%, inhibitory rate Staphylococcus aureus Escherichia coli still greater than 80%. Nylon/modified nanocomposites contents were prepared by situ polymerization modified graphite as filler. effects on mechanical wear resistance, thermal composites investigated. will promote development customized platform apparel collaborative management.