Polymeric Shell with Low Permeability
p.484
p.484
Encapsulation as a Green Chemistry Approach in Eco-Dyeing/Finishing
p.489
p.489
Encapsulation of Pigment Using Natural Polysaccharides
p.494
p.494
Application of Orange Phenylazo-β-Naphthol-Containing Sulfonamide Disperse Dyes Designed for Poly(lactic acid)
p.503
p.503
An Investigation into the Anti-Ultraviolet Performance of Natural Tea Pigment
p.508
p.508
Synthesis and Application of Reactive Dyes Containing a Hydroxybenzophenone Ultraviolet Absorber
p.512
p.512
Extraction of Functional Capsanthin
p.517
p.517
Reflux Extraction of Aloetic Anthraquinone
p.522
p.522
Preparation and Application of Waterborne Unsaturated Fiber Crosslinking Agent
p.526
p.526
An Investigation into the Anti-Ultraviolet Performance of Natural Tea Pigment
Abstract:
Wool fabric was treated with homemade natural tea pigment to endow anti-ultraviolet property. Research results showed that the anti-ultraviolet performance was improved significantly after treatment and the UPF value was increased with the increasing of the pigment dosage. Adding metal ions can improve anti-ultraviolet performance in varying degrees.
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Periodical:
Advanced Materials Research (Volume 441)
Pages:
508-511
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Online since:
January 2012
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Сopyright:
© 2012 Trans Tech Publications Ltd. All Rights Reserved
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