The paper focused on the effect of LTP treatment on dyeing and shrinkproof behaviour.

Synthesis and use of aromatic poly(carbamoyl sulfonates) as felt proofing agent for wool textiles;

Study on felt proofing of wool treated with cooperation feather keratin agent and plasma;

The results showed that the wool/ES fiber blend fabrics by heat setting had better anti-felting properties.

A review of the progress of research on the application of enzyme in anti-felting finishing of wool both at home and abroad is made, in particular, on its collaborative use with other anti-felting methods.

The anti-felting property of wool treated with the corona discharge and replacing theoxidation pretreatment of other anti-felting methods such as enzyme and polymer withcorona discharge were studied in the thesis.

Study on anti-shrinkage of wool fabric with low temperature plasma treatment;

This article discussed the techniques with protease and plasma in the anti-felting treatment for wool,and introduced the application and studying evolvement of the natural biopolymer chitosan in the anti-shrinkage of wool.

Environment-friendly shrink-proofing finish on wool;

To reduce the pollution of traditional wool shrink-proofing process to the environment,this paper focused on the wool fabric modification with LTP(low temperature plasma) in argon,and protein enzyme/LTP compound treatment for shrink-proofing.

Study on the Shrinkproof Technology of Wool Fabric Using 1398 Neutral Proteinase;

An attempt was made to render wool fibers shrinkproof with Savinase protease.

An attempt was made to render wool fibers shrinkproof with composite enzyme including proteinase and another kind of enzyme E2 , The optimal condition of plan was determined.