Study on Modification of Raw Bamboo Fabric and Dyeing Properties

Yong Mei Chu; Yu Yue Chen

doi:10.4028/www.scientific.net/AMR.502.277

Paper Titles

Fabrication and Ultraviolet Detection Properties of Zinc Oxide by Oxidizing Metallic Zinc at High Temperature
p.258

Fundamental Research on Development of Liquid Crystalline Micro-Actuator
p.264

The Effect of Gamma Ray on the Mechanical and Molecular Structure Changes of Silk Fibroin
p.269

Research on Measurement Thickness and Growth Behaviors of Oxide Layers in Pre-Dressing Process of ELID
p.273

Study on Modification of Raw Bamboo Fabric and Dyeing Properties
p.277

Structure and Properties of Copolymer Tannage of Vanillin and Gallic Acid with HRP Initiation
p.282

Study on the Shading Property of the Fabric
p.287

Influence of Structure Parameters on Moisture Permeability of Fabric Woven by Fine PP Fiber with Star Section
p.292

Mechanical Property and Conductivity of Polyaniline-Poly(Vinyl Alcohol)Composite Films
p.297

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Study on Modification of Raw Bamboo Fabric and Dyeing Properties

Abstract:

The cellulose of raw bamboo fabric was first prepared by selective oxidation with NaIO4. Then the oxidized raw bamboo fabric was modified by sericin protein solution. The dyeing characteristic was studied. Also, the dyeing effect such as K/S value, color fastness, leveling properties were evaluated and compared with unmodified raw bamboo fabric. The results showed that the dyeing properties of oxidized raw bamboo fabric modified by sericin protein were improved. Furthermore, the whiteness of the modified raw bamboo fabric was decreased and the water absorption property was improved.