Viskon akrilik viskon/akrilik karışım iplikleri yüz-yüze wilton tipi halı tozuma derecesi toz alma işlemi
Woven carpets obtained from staple pile yarns are subjected to compression and friction forces during usage. Under the
influence of these forces, the fibers that are free to twist in the yarn structure are separated from the yarn and collected on the carpet
surface as loose fibers and fuzz. This change occurs on the surface of the carpet is called as dust. Today, in order to minimize the
degree of carpet dust, carpet dedusting process is applied. In this study, it was aimed to determine the effects of fiber blend ratio and
dedusting process on the degree of dust in carpets. Within the scope of the study, using viscose (CV) and polyacrylonitrile (PAN)
fibers, 100% CV, 80/20% CV/PAN, 50/50% CV/PAN, 20/80% CV/PAN and 100% PAN pile yarns were produced in the same
production parameters. Then, face-to-face Wilton carpet samples were obtained from these yarns on the same conditions. Before and
after the process of dedusting of carpet samples were determined to the degree of dust. In order to determine the effects of dedusting
process and blend ratio on the degree of dust, the results were statistically evaluated in 95% confidence intervals. In addition, after
dedusting process, in order to investigate compressibility and resilience properties of carpet samples, work compression (j/m2) and
compression recovery (%) properties were determined for each carpet sample and the results were analyzed statistically. As a result, it
was determined that the dedusting process and the blend ratio had a significant effect on the degree of dust in carpets. It was
concluded that the carpet work compression had the highest value in the carpet produced from 100% PAN pile yarn and the
compression recovery had the highest value in the carpet produced from 20/80% CV / PAN pile yarn.
Viscose acrylic viscose/acrylic blended yarns face-to-face wilton type carpet degree of dust dedusting process
Primary Language | Turkish |
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Journal Section | Articles |
Authors | |
Publication Date | September 30, 2019 |
Published in Issue | Year 2019 Volume: 26 Issue: 115 |