| Abstrakt: |
Business suits are om of the important application areas of wool woJted fabrics, but due to the requirements of their usage scenarios, they often the efffort of wearing. In response to the current sitijion of limited research on the transmission space of steam sweat in suit fabrics and suit shirt matjiing systems, based on the testing method in AATCC 201-2014 " Fabric Drying Rate Heating Plate Method", experimental designs were conducted to simulate the evaporation of steam sweat in different clothing systems under small amounts of exercise and sitting, and comparative tests were conducted on single-layer fabrics, suit+lining systems, and suit + shirt systems. The experimental results show that the addition of moisture and temperature regulating fibers can improve the evaporation rate of moisture. The closer to the skin layer, the more significant the effect of using moisture and temperature regulating fibers. Moisture and temperature regulating fibers are used from the inner layer to the outer layer, which can keep the entire moisture transmission continuous and the effect is more significant; In the comparison of single-layer fabric testing, the addition of moisture and temperature regulating fibers can increase the drying rate of the fabric by about 13% compared to ordinary wool/polyester fabrics; Compared with regular wool/polyester fabric and regular lining, both lining and fabric use a moisture and temperature control fiber suit system, which increases the drying rate by about 46. 9%. Compared with ordinary wool polyester fabric and ordinary shirt fabric system, both shirt fabric and wool polyester fabric use moisture and temperature regulating fibers, which increase the drying rate by about 51. 2% [ABSTRACT FROM AUTHOR] |
