Effect of Physical Processing on the Wool Fiber Surface

Abstract

Wool fibers are subjected to severe mechanical processing following scouring, which results in physical damage. This study investigates the role of physical processing in changing the physical and chemical properties of the fibers. Removal of surface-bound lipids following physical processing is minimal, but there are significant morphological changes related to an increase in the chemical susceptibility of the fibers to chemical attack. The finding is demonstrated by the more effective removal of bound lipids from fibers in the form of top than from aqueous scoured fibers.

Influence of corona discharge and chitosan surface treatment on dyeing properties of wool

“…The curve fitting was made using Spectrum NT software. All binding energies were calculated with respect to the reference value of carbon (C1s) photoelectron signal at 285 eV 27, 28. The curve peak positions on C1s deconvoluted spectra were fixed at 284.6 eV for C1 (CH or CC), 286.4 eV for C2 (CO), 288.1 eV for C3 (CO or OCO) and 288.9 eV for C4 (COOH) 29–32.…”