2009Textile Research JournalRequires access

Effects of quaternary ammonium cationic modification on starch phosphate sizing agents

Zhifeng Zhu

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Abstract

In order to improve the serviceability of starch phosphate,a series of starch phosphate with different amount of quaternary ammonium groups were prepared by varying the feed ratio of N-(3-chloro-2-hydroxyproply) trimethylammonium to starch phosphate.The influence of cationic modification on-ζpotential,paste viscosity,adhesion to cotton fibers,and film behaviors were evaluated by control tests.The experiment results demonstrated that-ζpotential and viscosity of the modified starch paste increases as the degree of substitution of cationic groups increases.The modification further improves the adhesion of starch phosphate to cotton fibers.With the increase of the degree of substitution,the adhesion enhances and the elongation-at-break of starch film increases.

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In order to improve the serviceability of starch phosphate,a series of starch phosphate with different amount of quaternary ammonium groups were prepared by varying the feed ratio of N-(3-chloro-2-hydroxyproply) trimethylammonium to starch phosphate.The influence of cationic modification on-ζpotential,paste viscosity,adhesion to cotton fibers,and film behaviors were evaluated by control tests.The experiment results demonstrated that-ζpotential and viscosity of the modified starch paste increases as the degree of substitution of cationic groups increases.The modification further improves the adhesion of starch phosphate to cotton fibers.With the increase of the degree of substitution,the adhesion enhances and the elongation-at-break of starch film increases.

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Available abstract

In order to improve the serviceability of starch phosphate,a series of starch phosphate with different amount of quaternary ammonium groups were prepared by varying the feed ratio of N-(3-chloro-2-hydroxyproply) trimethylammonium to starch phosphate.The influence of cationic modification on-ζpotential,paste viscosity,adhesion to cotton fibers,and film behaviors were evaluated by control tests.The experiment results demonstrated that-ζpotential and viscosity of the modified starch paste increases as the degree of substitution of cationic groups increases.The modification further improves the adhesion of starch phosphate to cotton fibers.With the increase of the degree of substitution,the adhesion enhances and the elongation-at-break of starch film increases.

Key concepts: Cationic polymerization, Starch, Phosphate, Materials science, Chemical engineering, Polymer chemistry, Ammonium, Adhesion

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