Environmental Dyeing Technique - The Application of Low Liquor Ratio Dyeing

Jin Fa Liu; Xian Ping Zeng

doi:10.4028/www.scientific.net/AMR.712-715.448

Paper Titles

Effects of Temperature on the Growth and Product Accumulation of Chlorella sp.
p.428

A Theoretical Model Research of Rice Water Stress Index Based on Automated Infrared Thermal Imaging
p.433

Rapid Biomimetic Deposition of Drug-Loaded Apatite Coatings
p.439

Characteristic of Bamboo Paper Sludge by Means of Fourier Transform Infrared and Elemental Analysis
p.443

Environmental Dyeing Technique - The Application of Low Liquor Ratio Dyeing
p.448

Application of TOPSIS Model Based on Vague Set Entropy in the Evaluation of Groundwater Quality
p.452

Spatial Distribution and Assessment of Soil Heavy Metals in Suburb Cropland, Suzhou City, Anhui, China
p.457

As Pollution Evaluation of Vegetable Planting Soil in Suzhou City
p.461

Copper Pollution and its Assessment of Roadside Soils in Suzhou City
p.465

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Environmental Dyeing Technique - The Application of Low Liquor Ratio Dyeing

Abstract:

Factors affecting reactive dyeing in the laboratory by 1:4 bath ratio was analyzed, such as dyes behaviors, dye bath circulation, dyeing conditions. Dyeing in the laboratory was carried out respectively with deep-color RW and light-color RW dyes by 1:4 bath ratio. By measuring levelness and K/S value of the dyes and color fastness.