摘要
为提高传统木棉絮料的强度和持久回弹性,拓宽其应用范围,自主开发了一项专利技术,利用纤维堆砌结构提高絮料强力和回弹性。通过测试对比传统木棉絮料和利用专利技术制造的新型木棉絮料的压缩性能,比较不同化学纤维与木棉混合的新型絮料的差异,发现混入合纤后的木棉絮料尽管初始蓬松度没有纯化纤絮料大,柔软性没有纯木棉絮料好,但是新型木棉/合纤混纤絮料的压缩弹性有了明显的提高。
The application of traditional kapok wadding is limited to a narrow scope due to its weakness of intensity, duration of compression and recovery, so a patented technology to improve its performance was developed. In this paper, we tested the compressibility of kapok wadding produced with traditional method and that by patented technology, and analyzed the differences between new types of kapok wadding mixed with different chemical fibers. The results indicated that the resilience of kapok wadding containing chemical fibers is obviously improved though its initial bulkiness is smaller than that of pure chemical wadding and pliability is not comparable to that of pure kapok wadding.
出处
《纺织学报》
EI
CAS
CSCD
北大核心
2007年第1期10-13,共4页
Journal of Textile Research
关键词
木棉纤维
中空纤维
蓬松度
压缩率
压缩功弹性率
kapok
hollow fiber
bulkiness
compressibility
resilience of compression work
