The Application of Digital Printing Technology in Modern Silk Garments

Wang, Bing Zi; Ying, Chen

doi:10.4028/www.scientific.net/amr.796.577

Cited by 2 publications

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“…Cocoon of fine-denier raw silk is fine and its absolute strength is low, but fine-denier raw silk has more cocoons than ordinary ones at the same specification, which will cause high total strong force. This will increase abrasion resistance of fabric, and it is beneficial to gigging and sand washing processing that is conducive to produce high-grade fabrics such as imitation velvet, peach skin [9]; (2) Compared with normal raw silk, elongation at break and elastic modulus increased by 51.32%, 15%, which shows deformability and stiffness of fine-denier raw silk is higher so as to make fabric crisp.…”

Section: Results and Analysismentioning

confidence: 99%

Study on Quality and Property of Fine-Denier Raw Silk

Yu¹,

Tan²,

Wang³

2013

AMR

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In this paper, fine-denier silkworm was fostered from the Qing Song silkworm, and their raw silk was made to 23.3dtex fine-denier raw silk and normal ones respectively, and their moisture absorption and quality such as cross section, fineness and mechanical properties were studied. The results showed that the cross section of fine-denier raw silk nearly irregular triangle; elongation and moisture regain were 39.63%, 13.32%; compared with normal raw silk, denier deviation, single grain silk linear density of fine-denier raw silk was 0.74dtex, 1.52dtex, respectively decrease to 46.54%, 48.41%, but breaking strength, elastic modulus, sericin content of fine-denier raw silk was 3.79cN/dtex , 0.69cN/dtex and 23.23%,respectively increased by 22.26% , 15% and 2.97%. Thus it can be seen, the quality and moisture absorption of fine-denier raw silk is better than normal ones, and it has a good development prospect and application value.

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Section: Results and Analysismentioning

confidence: 99%

Study on Quality and Property of Fine-Denier Raw Silk

Yu¹,

Tan²,

Wang³

2013

AMR

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“…Most silk products in the market are light and delicate, the design that enhances the fabric structural qualities and printing colors can increase the competitiveness of silk products [1]. Silk textiles' physical properties are dictated by its interweaving regulations.…”

Section: Introductionmentioning

confidence: 99%

Analysis of Color Measurement Methods for Single-sided and Double-sided Digital Printing with Silk Fabrics

Duan¹,

Heng²,

Zhou³

et al. 2023

jist

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Digital printing is a new technology that combines innovative design with cutting-edge technology, and it represents a breakthrough in the field of dyeing and finishing. Silk is the most widely used medium among double-sided digital printing industry. Owing to the gaps caused by different weaving methods, silk products are generally translucent and loose in structure, therefore, the color measurement of textile fabrics also has the same problem as that of translucent materials. The final color visualization is the result of combining the fabric yarn color with the voids in the area, which make it difficult to directly measure the colors of the printed fabrics with traditional spectrophotometer. The color measurement method of double-sided digital printing was always vague, and the difficulty of measuring the color of double-sided digital printing is increased for silk, a translucent material. In this paper, sixty colors of different hues, chroma and lightness are printed on four different types of silk fabrics in order to solve this industry problem. The L * (Lightness), a * (Red/Green) and b * (Blue/Yellow)values of each color layer were measured after stacking the four types of fabrics from one to multiple layers respectively and placing them on top of a standard white board and a standard black board as a backing, respectively, to calculate the color difference between the actual color and the design color of the silk fabric, as well as the color difference before and after stacking. The fabric properties and color properties that influence fabric color measurement are then investigated. The results show that thickness is the most important factor influencing fabric color measurement, and during measuring thin fabrics, multiple layers need to be overlaid. The effect of gloss on the number of layers in fabric color measurement is inversely proportional. The b * value is not significantly correlated with color measurement, whereas L * and a * are positively correlated with the number of layers when measuring color. Moreover, based on the fabric thickness, gloss, L * , a * and b * value, the regression model was proposed, and a color measurement method suitable for silk fabrics with different fabric properties and color properties is proposed.

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The Application of Digital Printing Technology in Modern Silk Garments

Cited by 2 publications

References 0 publications

Study on Quality and Property of Fine-Denier Raw Silk

Study on Quality and Property of Fine-Denier Raw Silk

Analysis of Color Measurement Methods for Single-sided and Double-sided Digital Printing with Silk Fabrics

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