A regression equation indicating the relation between the fabric bulging height and weight, and between the fabric weight and compactness is derived from the test and analysis of the bulging height of heavy_weight silk fabrics conducted by self_made bulge tester, thus offering data support to the design of proper weight and compactness of the fabric for bulge proofness.

Describes the design concept for the new product development of heavy weight real silk fabrics, with the properties of such samples as newly developed all silk, silk/cotton, silk wool mixed, silk ramie mixed fabrics tested and analyzed.

Moreover, The orthogonal test to weave the different heavy silk fabrics was used, and the plural linear regress was used to analyse weight and various specification parameters.

Research on the color-fixing and anti-crease finishing one-bath process for silk;

Anti-crease Finishing of Silk with Chitosan-glyoxal;

Fixing and Negative Air Ion Effect on Silk by Sol-Gel Process;

By analyzing the whole process of silk production, the life cycle of real silk is assessed.

It is introduced the processing requirement for pad dyeing of real silk, and the effect of temperature, operating speed and mangle expression on product quality during dyeing as well as the color fastness of the dyed silk.