Abstract: Hemp, bamboo pulp fiber and micro-porous polyester fiber were used here to develop yarns, and 6 fabrics were developed by the yarns, the hygroscopicity, quick drying properties and antibacterial rate of the fabrics were tested, the FAST was used to test the style of the fabrics, and the testing results were analyzed and compared with 3 pure wool fabrics, grey relational analysis was used to evaluate the relational coefficient of the 6 fabrics style and the pure wool fabrics style. It can be seen from the experiment that the fabrics were hygroscopic, quick drying and antibacterial, the style of the multi-component fabrics was close to that of the pure wool fabric， when the yarn in the fabric was of high yarn count and tight twist, the bending rigidity, shearing rigidity and formability were obvious lower than that of the pure wool fabric, with lower yarn count and twist amount, the fabrics would be more fluffy and the style of the fabrics would be closer to that of pure wool fabric; the extension of the developed fabrics was bigger than that of the pure wool fabric at low stress(E5) and the extension of the developed fabrics was smaller than that of the pure wool fabric at low stress(E100); the plain weave was not fitted to the wool-like fabrics.

Key words: multi-component blending, fabric style, gray correlation analysis, hemp