Abstract
Trends in Textile Engineering & Fashion Technology Figural Creativity, Creative Potential and Personality among Taiwanese Fashion Design Undergraduates Kuan Chen Tsai* Asia University, Taiwan *Corresponding author: Kuan Chen Tsai, Asia University, Taiwan Submission: February 24, 2018; Published: March 19, 2018 DOI: 10.31031/TTEFT.2018.02.000529 ISSN: 2578-0271 Volume2 Issue1
Highlights
Stitch density is one of the important parameters in stitching ballistic fabrics
This paper investigates the effect of stitch density of the puncture resistance properties of high strength fabric system
Fabrics were stitched with nylon threads using two types of stitch density, which were 4 stitches/cm and 8 stitches/cm to see the performance on four types of stitching patterns; vertical, diagonal, square and diamond stitched pattern
Summary
Stitch density is one of the important parameters in stitching ballistic fabrics. It is described as the number of stitches/cm or stitches/inch sewn to the fabric. Karahan M [3] claimed that the tensile strength of plain woven Twaron T-750/vinyl ester composites with lower stitching densities are higher than for composites with high stitching densities. Another important parameter that contributes to the performance of fabric stitching is the stitching patterns. The results from the study discovered that the 2-inch diamond stitched fabrics have the highest ballistic impact resistance, followed by the perimeter, and diagonal stitched patterns. This paper investigates the effect of stitch density of the puncture resistance properties of high strength fabric system. Fabrics were stitched with nylon threads using two types of stitch density, which were 4 stitches/cm and 8 stitches/cm to see the performance on four types of stitching patterns; vertical, diagonal, square and diamond stitched pattern
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