Study on the Fiber Diameter of Polyactic Melt Blown Nonwoven Fabrics

Li Li Wu; Ting Chen; Jian Yong Yu

doi:10.4028/www.scientific.net/AMR.175-176.580

Paper Titles

Optimization of SPME with GCMS Analysis of Volatile Organic Chemical Residues in Textiles
p.559

Analysis on Photoelectric Method of Measuring the Fineness of Raw Silk
p.565

Analysis of the Affecting Factors on the Single-End Tenacity and Elongation Test of Raw Silk
p.570

Preparation and Properties of Paper Yarn from Mulberry
p.575

Study on the Fiber Diameter of Polyactic Melt Blown Nonwoven Fabrics
p.580

Study on the Dyeing Properties of Hemicyanine Dyes in Acrylic Fabrics
p.587

Study on the Electrospun Fluorescent Nanofiber Webs Doped with Hemicyanine Dye
p.593

Anti-Ultraviolet and Anti-Bacterial Finish of Bamboo Pulp Fabric Treated by HBP-NH₂
p.598

Influence of Ionic Liquids on the Sorption of Acid Dyes by Nylon Fibers
p.602

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 175-176Study on the Fiber Diameter of Polyactic Melt...

Study on the Fiber Diameter of Polyactic Melt Blown Nonwoven Fabrics

Abstract:

Polyactic fibers have superior biodegradability, moisture absorption, resiliency and processibility and can be used in various fields especially in blood filtration. Polyactic can be melt blown into nonwoven fabrics. To predict the fiber diameter of the polyactic melt blown nonwoven fabric, the air drawing model of polyactic was established. The predicted fiber diameter tallies well with the measured fiber diameter. Computer simulations of the effects of the processing parameters on the fiber diameter were performed with the help of the air drawing model. The simulation results show that smaller polymer flow rate, larger initial air velocity and larger die-to-collector distance can all produce finer fibers while too large initial air velocity and too large die-to-collector distance contribute little to the air drawing of polyactic melts.