Study on Air-Conditioning Fiber/Cotton Blended Yarn Sizing Using Less PVA

Wen Lin Zou; Hui Juan Liu

doi:10.4028/www.scientific.net/AMR.627.80

Paper Titles

Process Evaluation of the Health-Care and Protective Composite Nonwoven
p.57

Properties and Product Development of the Kapok Fiber
p.62

Relationship between Structure and Properties of High Tenacity Polyamide 6 upon Different Draw Ratios and Heat Styling Temperatures
p.67

Research on Properties of Fabrics Finished by Nano Titanium Dioxide
p.76

Study on Air-Conditioning Fiber/Cotton Blended Yarn Sizing Using Less PVA
p.80

Study on Characteristics of Outlast Acrylic Fiber
p.85

Study on Hygroscopicity/Easy Dry Properties of Cooldry Polyester Knitted Fabrics
p.90

Study on Performance of Organic Cotton Knitted Fabrics
p.96

Study on Sewing Properties of Knitted Fabrics with Piping and Blocking
p.100

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 627Study on Air-Conditioning Fiber/Cotton Blended...

Study on Air-Conditioning Fiber/Cotton Blended Yarn Sizing Using Less PVA

Abstract:

The sizing of air-conditioning fiber/cotton blended yarn was carried out according to the method of quadratic regression orthogonal design. The sizing ingredients mainly consist PR-S, denatured starch and less PVA. The properties of the sized yarns such as breaking strength, breaking elongation, wear resistance and hairiness index were tested base on the practical production demands． The testing data was analyzed by using fuzzy comprehensive evaluation method. The comprehensive evaluation result of the sizing performance shows the synthetic performance of sizing will be better when the percentage of PVA, denatured starch and PR-S are 2.735%, 4.823% and 3.823%.