Abstract
The present work performs a resistance analysis of the seams applied in flat fabrics commonly used in the making of uniform trousers. The purpose is to identify whether the Double Chain Stitch Sewing Machine is stronger than that of the Interlock Sewing Machine with rebound stitch in the Twin Needle Lockstitch Sewing Machines. For this purpose, tensile tests were carried out, where the sample tested was the twill, 3x1 frame with 100% cotton composition tested in the different directions of the fabric (weft, warp and bias). The results show that the Interlock Sewing Machine is stronger than Double Chain Stitch Sewing Machine. The results indicate that the strongest seam is necessarily the one that uses the least needles and this goes against the information that the manufacturers thought.
Highlights
The textile manufacturing industry is quite traditional and maintains a certain level of production based on empiricism
Technical studies are being developed in Asian countries, The work developed by Ferdous et al (2014) presents the where abundant labor and easy access to machinery are proposal of stress analysis in the different types of flat fabric one of the competitive advantages in the industry
As expected in the straight direction, the fabric has greater strength and in the direction Figure 06 –Seams made in the DCS machine without reinforcement (a) and with reinforcement of bias greater elasticity
Summary
The textile manufacturing industry is quite traditional and maintains a certain level of production based on empiricism. For this purpose, tensile tests were carried out, where the sample tested was the twill, 3x1 frame with 100% cotton composition tested in the different directions of the fabric (weft, warp and bias). Among some of role in everyday life and global economy In this context, the present work intends to analyze gth is lower than the twill, this is because the number of threathe seams used in trousers of uniforms, because accor- ds used in the manufacture of twill is different from that used ding to Namiranian et al (2014), seams on garments are to make the satin. This repeated loading causes various seam defects, standards for tensile stresses already establish that the direcsuch as tearing of the stitches or tearing of the fabric
Sign-in/Register to view highlights & summary Sign-in/Register to access full text options 
Free) 
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call
