coolmax

Test Analysis of Moisture - heat Transmission Performance of Coolmax Fabric

Coolmax织物热湿传递性能的测试分析

Study on Water Transfer Properties of Coolmax Fabrics

Coolmax织物液态水传递性能研究

A Gray Cluster Analysis of Wet Comfort through Coolmax Fabric

Coolmax织物湿舒适性能的灰色聚类分析

Spinning technology study of bamboo / cotton / Coolmax blended combed yarn

60/30/10竹浆/棉/Coolmax精梳纱的纺纱工艺探讨

The Measurement and Research of Dynamic Moisture Comfort Properties of Coolmax Fabrics under Obvious Sweat Conditions

Coolmax织物的显汗湿舒适性能测试分析

Research on sizing technology of pure Coolmax yarn

纯Coolmax纱上浆工艺研究

Sizing Technology Design of Coolmax Cotton Blended Yarn

Coolmax棉混纺纱浆纱工艺设计

One bath dip dyeing for nylon / polyurethane / Coolmax blends

尼龙/氨纶/Coolmax混纺织物的一浴浸染生产实践

Production practice of 14.6 tex Coolmax polyester staple fiber and cotton blended yarn

14.6texCoolmax涤纶短纤维与棉混纺纱的生产实践

Manufacturing and quality control of tencel / cotton / Coolmax blended stretch denim

天丝/棉/Coolmax弹力牛仔布的生产实践

Research on the effect of doubling and twisting process on the property of Coolmax / cotton composite yarn

并捻工艺对Coolmax复合纱性能的影响研究

The pretreatment and dyeing technology of Coolmax knitted fabrics

Coolmax针织物的前处理及染色工艺

The Study of Dimensional Stability of Seamless Underwear of Coolmax and Core-spun Yarn

Coolmax/包芯纱色织无缝内衣尺寸稳定性研究

A study on the correlation between wicking altitude and twist of Coolmax composite yarn

Coolmax复合纱线毛细效应与纱线捻度的关系

For the difference property of the two fibers , sliver blending was adopted in spinning Coolmax cotton blended yarn .

Coolmax纤维与棉混纺，由于两种纤维的性能差异较大，采用条混的方法。

The results show that the ( difference ) of the twist of Coolmax composite yarn can much affect the wicking altitude .

结果表明：Coolmax复合纱线的捻度对其毛细芯吸高度的影响较大。

Make sure it 's a technical fabric such as polypropylene or CoolMax , which wick water and sweat away from your skin .

确保那件是高科技衣料，比如聚丙烯或Coolmax料的，这类合成料会吸走皮肤上的雨水和汗水。

The result is that wet comfort of Coolmax fabrics is better than cotton , normal polyester , and cotton / polyester blend fabrics .

结果表明：Coolmax织物的湿舒适性能优于普通涤纶、棉、涤棉织物；客观试验与主观穿着试验的结果具有较好的一致性。

The experiment result shows that among the five kinds of yarns , the equivalent radius of negative oxygen ion terylene filament is the longest , while the equivalent radius of Coolmax yarn is the shortest .

结果表明，5种纱线中负氧离子涤纶长丝的毛细管当量半径最大，Coolmax纱线的毛细管当量半径最小。