Evaluation of Multi-Property Knitted Fabrics

Shu Rong Hu; Yun Yi Wang; Jun Li

doi:10.4028/www.scientific.net/AMR.332-334.634

Paper Titles

The Impact of Fabric Structure on the Heather Effect of Fabric Woven by Warp and Weft with Different Colors
p.617

Design and Weave on Seamless Filter Bag with Three-Dimensional Angle-Interlock Tubular Structure
p.621

Study on the Composition and Explicit/implicit Effect of Woven Texture
p.625

Processing Flax/ Bemberg/ Bamboo Charcoal Fiber Blended Yarn
p.630

Evaluation of Multi-Property Knitted Fabrics
p.634

Multi-Objective Optimization of Blending Ratio of Outlast Fiber/Cotton Blending Yarn
p.638

Study on Selvage Warp Coefficient Based on Silk Fabric Specifications Database
p.643

The Design Principle and Weaving Technique of Distance Fabric
p.647

Preliminary Study on Brand Internationalization Strategy of TANGY Collection
p.651

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 332-334Evaluation of Multi-Property Knitted Fabrics

Evaluation of Multi-Property Knitted Fabrics

Abstract:

This paper focuses on the anti-static performance of absorption and quick-drying knitted fabrics using in sportswear. Firstly, the parameters such as fiber component, fabric structure, thickness and density are obtained, and the anti-static performance of 11 kinds of knitted fabrics is tested using the static voltage. Secondly, the anti-static performance is explained by parameters based on improved regression and principal component analysis. According to the analysis, an explained and forecast model is build. This can be a guide to set the parameters during the multi-property knitted fabrics design and manufacture.