The present research work is aimed at designing the woven velour printed terry fabrics with improved overall performance. The influence of pile height, pick density and pile count (one ply and two ply both) on the water absorbency of fabric has been studied. Thirty samples have been prepared by changing variables as per Box – Behnken design of experiments. These variables are optimised for achieving high quality woven velour printed terry fabrics. The findings show that the absorbency of these fabrics increases with the increase in pile height and pick density. The results are found true for both the fabrics having one ply and two ply pile yarns. The absorbency of the fabrics having two ply pile yarn is always higher as compared to fabric having one ply pile yarn. The absorbency behaviour of these fabrics is different from the looped woven terry fabric which clearly indicates the importance of loop geometry.

中文翻译：

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影响丝绒机织毛圈织物吸收性能的因素

当前的研究工作旨在设计具有改善的整体性能的机织丝绒印花毛圈织物。研究了绒头高度，纬纱密度和绒头数（一层和两层）对织物吸水率的影响。按照Box – Behnken实验设计，通过更改变量准备了30个样品。对这些变量进行了优化，以实现高质量的丝绒机织毛圈织物。研究结果表明，这些织物的吸收性会随着绒头高度和接穗密度的增加而增加。对于具有一层和两层绒头纱的织物，结果都是正确的。具有两层绒头纱的织物的吸收性总是比具有一层绒头纱的织物高。