Dyeing Technology of Real Silk with the Natural Curcumine

Yun Lian Luo

doi:10.4028/www.scientific.net/AMR.881-883.122

Paper Titles

The Study of Composite Substituting Mercury Corrosion Inhibitors for Zinc in Zinc-Manganese Battery
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Thermodynamic and Experimental Studies of Chlorination Reaction of FeO-Cu₂O System
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Enhancement of Carbon Dioxide Mass Transfer Rate by (Ionic Liquid)-in-Water Emulsion
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Effect of Hydrogen Bonds to Form Complexes for N Active Structures which Contained in Coal and the Ca-Based Inhibitor
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Dyeing Technology of Real Silk with the Natural Curcumine
p.122

Preparation and Property of a Bio-Char from De-Watered Sludge and Beer Lees
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A New Type of Fluid Loss Additive P1301 for Oil Field Cementing
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Epoxidation of Soybean Oil under Acid-Free Condition
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Preparation of Manganese Dioxide Loaded Active Carbon and its Adsorption Dynamic
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 881-883Dyeing Technology of Real Silk with the Natural...

Dyeing Technology of Real Silk with the Natural Curcumine

Abstract:

In this paper curcumine was used to dye real silk with direct dyeing and mordant dyeing technologies and the dyeing performances of real silk were investigated. The obtained results indicated that the K/S value was 3.541 and the soaping and rubbing fastness were more than level 3 when the real silk was dyed for 45 min at 60°C under pH for 4.0 and the curcumine concentration for 1.6 g/L condition by direct dyeing technology. Compared with direct dyeing technology the soaping and rubbing fastness was more than level 4 when concentration of the iron or aluminum mordant was 5 g/L and real silk was dyed for 30 min at 60 °C by the mordant technology. The obtained results indicated that the dyeing performances of real silk were enhanced through the mordant technology. Keywords: Curcumine; Real silk; Dyeing performance; Direct dyeing; Mordant dyeing