针织工业
針織工業
침직공업
Knitting Industries
2015年
10期
1-4
,共4页
安芙丽阻燃黏胶纤维%相变储能黏胶纤维%混纺纱%针织面料%阻燃性%吸湿发热%保温性能
安芙麗阻燃黏膠纖維%相變儲能黏膠纖維%混紡紗%針織麵料%阻燃性%吸濕髮熱%保溫性能
안부려조연점효섬유%상변저능점효섬유%혼방사%침직면료%조연성%흡습발열%보온성능
Anti-frayon R Flame-retardant Fiber%Energy Storage Fiber%Blended Yarn%Knitted Fabric%Flame-retardant Properties%Moisture Absorption and Heat-generating%Heat Retention Properties
介绍安芙丽阻燃黏胶纤维及相变储能黏胶纤维的功能和特性,安芙丽纤维具备理想的阻燃和保温性能. 采用赛络紧密纺工艺制备18.0 dtex的安芙丽阻燃黏胶纤维、相变储能黏胶纤维、棉纤维、麻赛尔纤维(30:25:20:20)混纺纱,织造棉毛布和汗布两种针织面料. 重点分析纤维配比、混纺纱设计、面料设计要求、面料性能,阐述创新技术手段与针织关键技术突破过程. 结果表明,18.0 dtex的安芙丽、相变储能、棉、麻赛尔混纺棉毛布阻燃、吸湿发热、保温性达到理想状态,该阻燃调温、防火、吸湿发热、保暖新型针织面料的开发,为纤维素纤维系列中不同功能科学组合尤其是阻燃调温的组合提供成功范例.
介紹安芙麗阻燃黏膠纖維及相變儲能黏膠纖維的功能和特性,安芙麗纖維具備理想的阻燃和保溫性能. 採用賽絡緊密紡工藝製備18.0 dtex的安芙麗阻燃黏膠纖維、相變儲能黏膠纖維、棉纖維、痳賽爾纖維(30:25:20:20)混紡紗,織造棉毛佈和汗佈兩種針織麵料. 重點分析纖維配比、混紡紗設計、麵料設計要求、麵料性能,闡述創新技術手段與針織關鍵技術突破過程. 結果錶明,18.0 dtex的安芙麗、相變儲能、棉、痳賽爾混紡棉毛佈阻燃、吸濕髮熱、保溫性達到理想狀態,該阻燃調溫、防火、吸濕髮熱、保暖新型針織麵料的開髮,為纖維素纖維繫列中不同功能科學組閤尤其是阻燃調溫的組閤提供成功範例.
개소안부려조연점효섬유급상변저능점효섬유적공능화특성,안부려섬유구비이상적조연화보온성능. 채용새락긴밀방공예제비18.0 dtex적안부려조연점효섬유、상변저능점효섬유、면섬유、마새이섬유(30:25:20:20)혼방사,직조면모포화한포량충침직면료. 중점분석섬유배비、혼방사설계、면료설계요구、면료성능,천술창신기술수단여침직관건기술돌파과정. 결과표명,18.0 dtex적안부려、상변저능、면、마새이혼방면모포조연、흡습발열、보온성체도이상상태,해조연조온、방화、흡습발열、보난신형침직면료적개발,위섬유소섬유계렬중불동공능과학조합우기시조연조온적조합제공성공범례.
Based on the function and characteristics of Anti-frayon R flame-retardant fiber and energy storage fiber, the paper points out that Anti-frayon R fiber is perfect flame-retardant and thermal insulated material. It de-velops two kinds of knitted fabrics including interlock fabric and single jersey by using 18.0 dtex Anti-frayon R fiber/ energy storage fiber/cotton/jutecell fiber blended yarns (blending ratio is 30/25/20/20) by using siro compact spinning technology. The fiber arrangement, blended yarn design, the design requirements of fabrics and technolog-ical breakthrough of knitting process are introduced. The results show that the interlock knitted fabric possesses ex-cellent thermal functions, such as flame-retardant properties, moisture absorption and heat-generating and heat re-tention properties, which can provide successful model for scientific combination of cellulosic fiber with different functions, especially flame-retardant and thermo-regulation functions.
