摘要
为保证消防服具备优良的热防护性能和较好的热湿舒适性能,选用市场上常用的5种消防服外层织物、2种防水透气层织物、4种隔热层织物和3种舒适层织物为研究对象。用正交实验设计得到25种4层织物组合,测试了组合织物整体热防护性能与热湿舒适性能相关指标;并在此基础上综合评价了25种消防服用组合织物的综合性能,找出综合性能最佳的消防服用组合织物。结果表明:17^(#)组合织物的热防护性能最好,9^(#)组合织物透湿性能最佳,6^(#)组合织物的透气性能最好;通过综合评价得出9^(#)组合织物综合性能最佳。
In order to ensure both the thermal protection performance and thermal-wet comfort performance of firefighters'protective clothing,5 kinds of firefighters'protective clothing outer fabrics,2 kinds of waterproof and breathable layer fabrics,4 kinds of heat insulation layer fabrics and 3 kinds of comfort layer fabrics used in the market were selected for the research.25 kinds of 4-layer fabric combinations were designed by orthogonal test.The thermal protection performance and thermal-wet comfort performance of composite fabrics were tested.And on this basis,the comprehensive properties of 25 kinds of composite fabrics used for firefighters'protective clothing were comprehensively evaluated,and the best composite fabric was found.The results show that:17^(#)composite fabric shows the best thermal protection performance,9^(#)composite fabric has the best moisture permeability,6^(#)composite fabric has the best air permeability,and 9^(#)composite fabric has the best comprehensive performance through comprehensive evaluation.
作者
周琦
ZHOU Qi(Art Institute,Jiujiang University,Jiujiang 332005,China)
出处
《服装学报》
CAS
2021年第2期102-107,共6页
Journal of Clothing Research
关键词
消防服
热防护性
热湿舒适性
阻燃性能
综合评价
firefighters'protective clothing
thermal protection performance
thermal-wet comfort performance
flame retardant performance
comprehensive evaluation
