In recent years, baby clothing has become an important role in the garment sector. The increasing importance of baby
clothing, along with the new designs, different fabric structures, accessories and clothing comfort is required to develop.
Due to the increasing importance given to baby health in the world, babywears have to be manufactured from materials
that are not harmful to health in accordance with the standards.
The purpose of this study is to investigate the effect of cotton knitted fabrics structure of babywear on moisture
management properties. For this reason, moisture management properties (wetting time, absorption rate, spreading
speed, accumulative one-way transport capability (OWTC) and overall moisture management capability (OMMC)) of
cotton knitted fabrics of different structures which are widely used in babywear have been examined. Moisture
management tester was used for liquid transport of the knitted fabric samples.
As a result of the study, it is observed that single jersey fabric had higher OMMC values than these of interlock and 1x1
rib knitted fabrics. Regarding the effect of yarn thickness, liquid transport increased with decreasing yarn thickness in
general. Regarding the effect of fabric weight and fabric thickness, liquid transport decreased with increasing weight and
thickness in general. Negative correlations were observed between fabric weight, fabric thickness and overall moisture
management capability.