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Communication to the Editor:

Communication to the Editor: Fracture Planes of Fibers from Martindale Abraded Wool Fabrics 18, July Dear Sir: and the intermacrofibrillar complex material (Figure but if to the 1 ), adjacent paracortex occurred they workers have noted the variations in the abra- Many the cell membrane along and complex propagated sion rate and the breakdown characteristics of wool the nuclear remnants through (Figure 2). fabric abraded under conditions and after dif- 0 varying These fracture wool fiber planes comprise compo- ferent treatments In have noted [1-6]. particular, they nents that have been on the basis of grouped together fibrillated breaks in the wool fibers. their chemical Zahn has referred to them similarity. [7] This letter some reports observations, the using as &dquo;non keratins&dquo; or soluble cell pronase components, transmission electron on the fracture microscope, and all stain with acid. they phosphotungstic Using of fibrillated fibers from merino planes wool fabric that the described it was technique to follow these possible had been abraded the Martindale test using from the intact of the fiber components part through The abrasion resistance of (BS5690:1979). the fabric to the extremes of the fibrillated ends, enabling precise had been altered different and abra- by pretreatments location of the fracture http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Textile Research Journal SAGE

Communication to the Editor:

Tester, David
Textile Research Journal , Volume 54 (1): 2 – Jul 2, 2016
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References (3)

Publisher
SAGE
Copyright
Copyright © 2019 by SAGE Publications
ISSN
0040-5175
eISSN
1746-7748
DOI
10.1177/004051758405400115
Publisher site
See Article on Publisher Site

Abstract

Fracture Planes of Fibers from Martindale Abraded Wool Fabrics 18, July Dear Sir: and the intermacrofibrillar complex material (Figure but if to the 1 ), adjacent paracortex occurred they workers have noted the variations in the abra- Many the cell membrane along and complex propagated sion rate and the breakdown characteristics of wool the nuclear remnants through (Figure 2). fabric abraded under conditions and after dif- 0 varying These fracture wool fiber planes comprise compo- ferent treatments In have noted [1-6]. particular, they nents that have been on the basis of grouped together fibrillated breaks in the wool fibers. their chemical Zahn has referred to them similarity. [7] This letter some reports observations, the using as &dquo;non keratins&dquo; or soluble cell pronase components, transmission electron on the fracture microscope, and all stain with acid. they phosphotungstic Using of fibrillated fibers from merino planes wool fabric that the described it was technique to follow these possible had been abraded the Martindale test using from the intact of the fiber components part through The abrasion resistance of (BS5690:1979). the fabric to the extremes of the fibrillated ends, enabling precise had been altered different and abra- by pretreatments location of the fracture

Journal

Textile Research Journal – SAGE

Published: Jul 2, 2016

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