Cotton Sewing Thread Effects at Jake Roger blog

Cotton Sewing Thread Effects. In this paper, the effect of lubrication (%) on tensile properties of sewing thread is measured at four sewing stages: Based on the obtained results, it can be concluded that sewing thread and fabric type had significant effect on seam strength and seam efficiency. The analysis of the crucial factors affecting the 100% cotton sewing thread strength in the straight, loop and knot configurations, as the sewing. Before sewing, after dynamic loading at the tension regulator,. The purpose and objective of this study is to investigate and scrutinize the impact of sewing thread types and stitch types on seam strength and efficiency of superimposed seam. In the present investigation, the effect of lubrication %, number of fabric layers, stitch density and stitching speed on the loss in tensile. Sewing thread must possess desirable properties like strength and fineness to produce neat seam which might enhance longevity of garment. Sewing thread must be designed to meet two fundamental functional requirements, viz., sew ability of the thread and thread performance. Abstract— the purpose and objective of this study is to investigate and scrutinize the impact of sewing thread types and stitch types on seam strength and efficiency of superimposed seam. The samples sewn with polyester.

Based on the obtained results, it can be concluded that sewing thread and fabric type had significant effect on seam strength and seam efficiency. The purpose and objective of this study is to investigate and scrutinize the impact of sewing thread types and stitch types on seam strength and efficiency of superimposed seam. Before sewing, after dynamic loading at the tension regulator,. The analysis of the crucial factors affecting the 100% cotton sewing thread strength in the straight, loop and knot configurations, as the sewing. Abstract— the purpose and objective of this study is to investigate and scrutinize the impact of sewing thread types and stitch types on seam strength and efficiency of superimposed seam. In this paper, the effect of lubrication (%) on tensile properties of sewing thread is measured at four sewing stages: The samples sewn with polyester. In the present investigation, the effect of lubrication %, number of fabric layers, stitch density and stitching speed on the loss in tensile. Sewing thread must possess desirable properties like strength and fineness to produce neat seam which might enhance longevity of garment. Sewing thread must be designed to meet two fundamental functional requirements, viz., sew ability of the thread and thread performance.

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Cotton Sewing Thread Effects Based on the obtained results, it can be concluded that sewing thread and fabric type had significant effect on seam strength and seam efficiency. The samples sewn with polyester. Before sewing, after dynamic loading at the tension regulator,. Sewing thread must be designed to meet two fundamental functional requirements, viz., sew ability of the thread and thread performance. Sewing thread must possess desirable properties like strength and fineness to produce neat seam which might enhance longevity of garment. The analysis of the crucial factors affecting the 100% cotton sewing thread strength in the straight, loop and knot configurations, as the sewing. In the present investigation, the effect of lubrication %, number of fabric layers, stitch density and stitching speed on the loss in tensile. Abstract— the purpose and objective of this study is to investigate and scrutinize the impact of sewing thread types and stitch types on seam strength and efficiency of superimposed seam. In this paper, the effect of lubrication (%) on tensile properties of sewing thread is measured at four sewing stages: The purpose and objective of this study is to investigate and scrutinize the impact of sewing thread types and stitch types on seam strength and efficiency of superimposed seam. Based on the obtained results, it can be concluded that sewing thread and fabric type had significant effect on seam strength and seam efficiency.