不同混紡比對於Y型異斷面聚酯竹炭纖維混紡織物水分傳輸影響之研究

Study of Wicking Property of Different Blending Ratio of Cotton and Y-type Profiled Fiber of Polyester Bamboo Charcoal

盧明珠(M. C. Lu) ； 蔡尚志(S. C. Tsai)

《紡織綜合研究期刊》 31卷3期 (2021/07) Pp. 14-20

https://doi.org/10.6439/TTRJ.202107_31(3).0002

摘要

本文探討不同混紡比對於Y型異斷面聚酯竹炭纖維混紡紗線物性、織物水分傳輸及消臭能力進行研究探討。Y型異斷面聚酯竹炭纖維表面積及纖維間空隙，讓水份更容易擴散、吸收，竹炭具有消臭效果與棉纖維進行混紡可增加親膚穿著舒適感，實驗評估結果以Y型異斷面聚酯竹炭纖維70％與棉纖維30％進行混紡成紗，再加上特殊雙層織紋設計，可達到水分擴散能力5級、織物乾燥速率4級、氨氣消臭能力級95％。

關鍵字

Y型異斷面聚酯纖維 ； 竹炭纖維 ； 吸濕排汗

並列摘要

Profiled fiber possessed high surface area and fiber vacancy, water molecular was diffused and adsorbed more easily on Y-type profiled fiber. In the study, Y-type profiled fiber of polyester bamboo charcoal was blended with cotton by different blending ratio in order to increases comfortability. 70% blending ratio of the spun yarn combine double layer texture design, it reveals moisture wicking was 5 degree, quick dry ability was 4 degree and 95% efficacy of NH_3 deorder test.

並列關鍵字

Y-type profiled fiber ； polyester bamboo charcoal fiber ； moisture wicking