Comparisons of the Printing Performance between the Mixture of Paste A-9, Sodium Alginate and Surname Starch after Mixed and the Original Paste Mixture in Digital Printing of Cashmere Fabric

Yi Nong Yan

doi:10.4028/www.scientific.net/AMR.214.255

Paper Titles

Dislocation Distribution Model of Mode I Dynamic Crack
p.235

Digital Printing Performance of Cashmere Fabric under Acid or Alkaline Conditions
p.240

Measurement of Residual Strain in Cold Spray Process Using X-Ray Diffraction and Finite Element Method
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The Control Policy for Environmental Abnormal Variation in the Lower Yellow River
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Comparisons of the Printing Performance between the Mixture of Paste A-9, Sodium Alginate and Surname Starch after Mixed and the Original Paste Mixture in Digital Printing of Cashmere Fabric
p.255

Design of Dig-Art Imitating Batik Pattern
p.260

High Efficient Sediment-Transport Water Volume in High Sediment-Laden River
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Analytical Solutions of Mode III Moving Crack under Concentrated Force Boundary Condition
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Global Warming and the Optimal Utilizing Method for Urban Rain-Flood
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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 214Comparisons of the Printing Performance between...

Comparisons of the Printing Performance between the Mixture of Paste A-9, Sodium Alginate and Surname Starch after Mixed and the Original Paste Mixture in Digital Printing of Cashmere Fabric

Abstract:

Mixed paste C1 which is now used in the factory and newly developed mixed paste C2 with good seepage resistance from previous studies were used in digital printing of cashmere fabric. The printing performance was analyzed and compared to find out digital printing paste formula of cashmere fabric under different printing requirements and provide enterprise with a basis for reference when producing cashmere digital printing.

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Periodical:

Advanced Materials Research (Volume 214)

Pages:

255-259

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.214.255

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Online since:

February 2011

Authors:

Yi Nong Yan

Keywords:

Cashmere Fabric, Digital Printing, Paste A-9, Printing Performance, Sodium Alginate

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