Affiliation:
1. Southern Regional Research Center New Orleans, Louisiana 70179
Abstract
Cotton yarns reinforced with a glass fiber core were used to produce outdoor fabrics suitable for tentage, tarpaulins, and similar uses. The yarns were made on a conventional ring spinning frame modified to continuously insert a multifilament core, and contained from 17% to 57% glass fiber. The experimental yarns were evaluated as filling in common warps. Canvas type fabrics in a weight range of from 6 to 8 oz./sq.yd. were woven. The fabrics were given a typical commerical finish for 100% cotton which included mineral dyeing and the application of a wax emulsion to impart water repellency. Fabrics were produced from the cotton/glass filament core yarns that were considerably stronger than those containing 100% cotton yarns. The experimental fabrics also lost less strength in accelerated weathering tests. Glass fiber reinforced fabrics treated with a flame retardant had better flammability resistance than 100% cotton fabrics. Appearance, hand, and finishing characteristics of the core yarn fabrics were similar to those of the all-cotton fabrics. Use of the glass fiber reinforced yarns could result in the production of stronger, lighter weight outdoor fabrics with the many desirable inherent properties of cotton.
Subject
General Materials Science
Reference7 articles.
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