In this experiment dimensional and mechanical properties of single jersey, single lacoste and dou... more In this experiment dimensional and mechanical properties of single jersey, single lacoste and double pique fabrics were studied under five level of stitch length. An attempt has been made to investigate the impact of stitch length and knit constructions on the dimensional and mechanical properties of knitted fabrics. The three fabrics were manufactured from 28 Ne cotton yarn by varying the stitch length. It is found that the effect of stitch length and knit structure on the properties of knitted fabric is significant. Bursting strength of single lacoste fabric is higher than other fabrics whereas double pique fabrics shows lowest bursting strength. Pilling properties of the single lacoste fabrics shows the similar trend conversely single jersey fabric shows lower resistance to pilling. Higher shrinkage in width direction is evident in single jersey fabrics while double pique fabric depicts the higher lengthwise shrinkage. Maximum spirality percentage is found in single jersey fabric...
In this study, the ZnO nanoparticles solution was directly applied on to the 100% cotton knit & w... more In this study, the ZnO nanoparticles solution was directly applied on to the 100% cotton knit & woven fabric to impart antibacterial property using both spin coater & pad-dry-cure method. Then, the disc diffusion method was used to assess the antibacterial activity of the finished fabrics. The topographical analysis of untreated, treated, and washed fabrics of different structures (knit and woven) were studied and compared. The results showed that the finished fabric demonstrated significant antibacterial activity against S. aureus and E. coli. As per result, it was also found that double jersey (rib) fabric showed highest amount of bacterial protection & pad-dry-cure method showed better result against bacterial attack than spin coating method. Moreover, gram negative bacteria (E. coli) showed more strength against antibacterial treated unwashed and washed fabrics than gram positive bacteria (S. aureus). Journal of Engineering Science 11(1), 2020, 61-65
In this experiment dimensional and mechanical properties of single jersey, single lacoste and dou... more In this experiment dimensional and mechanical properties of single jersey, single lacoste and double pique fabrics were studied under five level of stitch length. An attempt has been made to investigate the impact of stitch length and knit constructions on the dimensional and mechanical properties of knitted fabrics. The three fabrics were manufactured from 28 Ne cotton yarn by varying the stitch length. It is found that the effect of stitch length and knit structure on the properties of knitted fabric is significant. Bursting strength of single lacoste fabric is higher than other fabrics whereas double pique fabrics shows lowest bursting strength. Pilling properties of the single lacoste fabrics shows the similar trend conversely single jersey fabric shows lower resistance to pilling. Higher shrinkage in width direction is evident in single jersey fabrics while double pique fabric depicts the higher lengthwise shrinkage. Maximum spirality percentage is found in single jersey fabric than other samples.
In this experiment dimensional and mechanical properties of single jersey, single lacoste and dou... more In this experiment dimensional and mechanical properties of single jersey, single lacoste and double pique fabrics were studied under five level of stitch length. An attempt has been made to investigate the impact of stitch length and knit constructions on the dimensional and mechanical properties of knitted fabrics. The three fabrics were manufactured from 28 Ne cotton yarn by varying the stitch length. It is found that the effect of stitch length and knit structure on the properties of knitted fabric is significant. Bursting strength of single lacoste fabric is higher than other fabrics whereas double pique fabrics shows lowest bursting strength. Pilling properties of the single lacoste fabrics shows the similar trend conversely single jersey fabric shows lower resistance to pilling. Higher shrinkage in width direction is evident in single jersey fabrics while double pique fabric depicts the higher lengthwise shrinkage. Maximum spirality percentage is found in single jersey fabric...
In this study, the ZnO nanoparticles solution was directly applied on to the 100% cotton knit & w... more In this study, the ZnO nanoparticles solution was directly applied on to the 100% cotton knit & woven fabric to impart antibacterial property using both spin coater & pad-dry-cure method. Then, the disc diffusion method was used to assess the antibacterial activity of the finished fabrics. The topographical analysis of untreated, treated, and washed fabrics of different structures (knit and woven) were studied and compared. The results showed that the finished fabric demonstrated significant antibacterial activity against S. aureus and E. coli. As per result, it was also found that double jersey (rib) fabric showed highest amount of bacterial protection & pad-dry-cure method showed better result against bacterial attack than spin coating method. Moreover, gram negative bacteria (E. coli) showed more strength against antibacterial treated unwashed and washed fabrics than gram positive bacteria (S. aureus). Journal of Engineering Science 11(1), 2020, 61-65
In this experiment dimensional and mechanical properties of single jersey, single lacoste and dou... more In this experiment dimensional and mechanical properties of single jersey, single lacoste and double pique fabrics were studied under five level of stitch length. An attempt has been made to investigate the impact of stitch length and knit constructions on the dimensional and mechanical properties of knitted fabrics. The three fabrics were manufactured from 28 Ne cotton yarn by varying the stitch length. It is found that the effect of stitch length and knit structure on the properties of knitted fabric is significant. Bursting strength of single lacoste fabric is higher than other fabrics whereas double pique fabrics shows lowest bursting strength. Pilling properties of the single lacoste fabrics shows the similar trend conversely single jersey fabric shows lower resistance to pilling. Higher shrinkage in width direction is evident in single jersey fabrics while double pique fabric depicts the higher lengthwise shrinkage. Maximum spirality percentage is found in single jersey fabric than other samples.
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