Characterizing Wettability Dynamics in High Performance Fabrics Made of Multicellulosic Fibers (Cotton, Flax, Modal, Bamboo, and Lyocell) - Egyptian Knowledge Bank - troweb

357754

Characterizing Wettability Dynamics in High Performance Fabrics Made of Multicellulosic Fibers (Cotton, Flax, Modal, Bamboo, and Lyocell)

Article

Last updated: 04 Jan 2025

Overview Similar Items

Article

Physical Modification of Lyocell® and Modal® Fabrics and its Effect on Fabric Dyeability

Article

Effect of an Eco-friendly Treatment on wetting resistance of Knitted Cellulosic Fabrics

Article

Influence of Using Different cellulosic Materials on the Functional Properties of Bed Sheets Fabrics.

Article

Effect of Phenolic Compounds and Water Repellents Combination on Performance Properties of Cotton/ polyester Blended Fabric

Article

Recent Developments on Wettability Treatment of Wool and Polyester Textiles

Article

Various Printing Techniques of Intelligent Lyocell Fabric to Enhancing its Performance Properties

Article

Tactile properties of woven fabrics treated with fluorocarbon

Article

Innovative Technology for Multifunctionalization of Cotton Fabric through Cellulase Biotreatment, Reactive Dyeing and Easy Care Finishing

Article

Development of Wrinkle Free and Self-Cleaning Finishing of Cotton and Polyester Fabrics

Article

Multifunctional cellulosic fabrics via nano-coating