针织工业
針織工業
침직공업
KNITTING INDUSTRIES
2013年
12期
48-51
,共4页
腈纶空调纤维%针织面料%保暖%性能测试%Borda数法
腈綸空調纖維%針織麵料%保暖%性能測試%Borda數法
정륜공조섬유%침직면료%보난%성능측시%Borda수법
Acrylic Air-conditioning Fiber%Knitted Fabrics%Thermal%Property Testing%Borda Number Method
通过选用合理的原料组合及组织结构，进行产品规格设计，开发了11种棉腈空调纤维针织面料。对棉腈空调纤维针织面料的保温性、调温性、透湿性、导湿性、顶破强力、抗起毛起球性能和耐磨性等指标进行测试，并与两种基本组织棉织物进行对比分析，讨论各保暖面料的性能特点。采用模糊数学中的Borda数法对织物的综合服用性能进行评价，结果表明：含有腈纶空调纤维的针织面料较棉织物具有更加优良的保温性和调温性；作为保暖面料，多层织物和起绒织物的综合服用性能较好，这为开发腈纶空调纤维的针织产品提供了一定的参考依据。
通過選用閤理的原料組閤及組織結構，進行產品規格設計，開髮瞭11種棉腈空調纖維針織麵料。對棉腈空調纖維針織麵料的保溫性、調溫性、透濕性、導濕性、頂破彊力、抗起毛起毬性能和耐磨性等指標進行測試，併與兩種基本組織棉織物進行對比分析，討論各保暖麵料的性能特點。採用模糊數學中的Borda數法對織物的綜閤服用性能進行評價，結果錶明：含有腈綸空調纖維的針織麵料較棉織物具有更加優良的保溫性和調溫性；作為保暖麵料，多層織物和起絨織物的綜閤服用性能較好，這為開髮腈綸空調纖維的針織產品提供瞭一定的參攷依據。
통과선용합리적원료조합급조직결구，진행산품규격설계，개발료11충면정공조섬유침직면료。대면정공조섬유침직면료적보온성、조온성、투습성、도습성、정파강력、항기모기구성능화내마성등지표진행측시，병여량충기본조직면직물진행대비분석，토론각보난면료적성능특점。채용모호수학중적Borda수법대직물적종합복용성능진행평개，결과표명：함유정륜공조섬유적침직면료교면직물구유경가우량적보온성화조온성；작위보난면료，다층직물화기융직물적종합복용성능교호，저위개발정륜공조섬유적침직산품제공료일정적삼고의거。
The paper developed 11 kinds of cotton/acrylic air-conditioning fiber knitted fabrics by using reason-ably-combined materials and structures. The heat preservation, adjusting temperature, moisture permeability, mois-ture conductivity, bursting strength, pilling resistance and wear resistance of cotton/acrylic air-conditioning knitted fabrics were tested and compared with two basic cotton fabrics. The comprehensive wearing properties of knitted fabrics were evaluated through the fuzzy decision-making method of Borda number. The results show that heat preservation and adjusting temperature of knitted fabrics with acrylic air-conditioning fiber are better than those of cotton fabrics. As thermal knitted fabrics, the wearing properties of multi-layer fabrics and fleece fabrics are excel-lent, which can provide a reference for development of air-conditioning acrylic fiber knitted fabric.
