PA6CM1001G-30---PAhasgoodcomprehensiveproperties,includingmechanicalproperties,heatresistance,wearresistance,chemicalresistanceandself-lubricatingproperty,andlowfrictioncoefficient,certainflameretardant,easytoprocess,suitableforglassfiberandotherfillerstofillandimprovetheperformanceandexpandtheapplicationrange.耐候PA：在PA中加入了炭黑等吸收紫外线的助剂，这些对PA的自润滑性和对金属的磨损大大增强，成型加工时会影响下料和磨损机件。因此，需要采用进料能力强及耐磨性高的螺杆、机筒、过胶头、过胶圈、过胶垫圈组合。聚酰胺分子链上的重复结构单元是酰胺基的一类聚合物。WeatherresistantPA:carbonblackandotherUVabsorbingadditivesareaddedtoPA,whichgreatlyenhancetheself-lubricatingpropertyofPAandthewearofmetal,whichwillaffecttheblankingandwearpartsduringmolding.Therefore,itisnecessarytousescrew,barrel,rubberhead,rubberringandgasketcombinationwithstrongfeedingcapacityandhighwearresistance.Polyamideisakindofpolymerwhoserepeatingstructuralunitisamidegroup.纳米尼龙：据日本东丽化学公司消息，该公司已经成功开发出直径比以往极细纤维还小两位数的纳米级单丝结构的“纳米纤维”新技术，通过控制纳米构造技术达到纤维细度的极限。东丽化学公司称，该公司利用这项新技术已经开发直径为10μm的单丝140万根以上所构成的纳米尼龙纤维。这种纤维与以往产品进行比较，表面积是过去产品的1000倍左右，具有很高的表面活性。Nanonylon:accordingtoToraychemicalcompanyofJapan,thecompanyhassuccessfullydevelopedanewtechnologyof"nanofiber"withadiameteroftwodigitssmallerthanthatofthepreviousultra-finefibers,andreachesthelimitoffiberfinenessbycontrollingthenanostructuretechnology.Toraychemicalsaidithaddevelopednanonylonfiberswithadiameterof10μmandmorethan1.4millionmonofilaments.Comparedwiththeformerproducts,thesurfaceareaofthefiberisabout1000timesofthatoftheformerproducts,andhashighsurfaceactivity.​)