Assessment of key issues in the coloration of polyester material

IF 2.1 Q2 MATERIALS SCIENCE, TEXTILES
R. Shamey, W. Shim
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引用次数: 6

Abstract

In a previous publication we reviewed some of the most critical issues that affect the coloration and properties of cotton-based textiles [R. Shamey and T. Hussain, Textile Progress 37(1/2) (2005) pp. 1–84]. Today, polyester is still widely regarded as an inexpensive and uncomfortable fiber, but this image is slowly beginning to fade with the emergence of polyester luxury fibers. Polyester fibers currently comprise a commanding 77% share of the total worldwide production of the major synthetic fibers [F. Ayfi, 2003–2004 Handbook of Statistics on Man-Made/Synthetic Fibre/Yarn Industry. Part One, Fibre for Better Living, Association of Synthetic Fibre Industry, Mumbai, India, 2004, p. 177]. More than 95% of all polyester fibers manufactured today is based on polyethylene terephthalate. The dyeing properties of polyester fibers are strongly influenced by many of the processing conditions to which each fiber may be subjected during its manufacturing or in subsequent handling. Significant differences in properties of fibers can therefore arise due to their different processing history. Often, the root cause(s) of a problem in the dyed synthetic material can be traced as far back as the manufacturing process. In order to resolve many of the outstanding issues that commonly occur in the dyeing of this important fiber, a comprehensive review of the issues dealing with the manufacturing history as well as fiber processing conditions, including preparation, dyeing, and finishing is warranted. Although some of the underlying problems are related to common causes such as water quality and imperfections in machinery employed, others are specific to the treatment conditions of the fiber. Such conditions include preparation of ingredients, polymerization, fiber and filament processing conditions, as well as heat setting that can cause problems in the coloration of fiber. This summary analysis complements the rich pool of knowledge in this domain and addresses problems in the dyeing of polyester textile materials in various forms. An overview of various textile operations for polyester is given in the beginning. Then, various key steps and critical factors involved in the production of dyed polyester textile materials are described in detail and problems originating at each stage are summarized.
聚酯材料着色关键问题的评价
在之前的一篇文章中,我们回顾了影响棉基纺织品着色和性能的一些最关键的问题[R]。谢梅和T. Hussain,纺织进展37(1/2)(2005)pp. 1-84。今天,聚酯仍然被广泛认为是一种廉价和不舒服的纤维,但随着聚酯豪华纤维的出现,这种形象正在慢慢开始褪色。聚酯纤维目前占全球主要合成纤维总产量的77%。2003-2004年人造/合成纤维/纱线工业统计手册。第一部分,纤维改善生活,合成纤维工业协会,孟买,印度,2004年,第177页]。今天生产的超过95%的聚酯纤维是基于聚对苯二甲酸乙二醇酯。聚酯纤维的染色性能受到许多加工条件的强烈影响,每根纤维在其制造或随后的处理过程中可能受到这些条件的影响。因此,由于纤维的加工历史不同,其性能会产生显著差异。通常,染色合成材料问题的根本原因可以追溯到制造过程。为了解决这种重要纤维在染色过程中经常出现的许多突出问题,有必要对生产历史和纤维加工条件(包括制备、染色和整理)进行全面的回顾。虽然一些潜在的问题与常见的原因有关,如水质和所用机械的缺陷,但其他问题与纤维的处理条件有关。这些条件包括原料的制备、聚合、纤维和长丝的加工条件,以及可能导致纤维着色问题的热定型。本总结分析补充了该领域丰富的知识库,并解决了各种形式的聚酯纺织材料染色中的问题。首先概述了涤纶的各种纺织操作。然后,详细介绍了涤纶染色纺织材料生产的各个关键步骤和关键因素,总结了每个阶段产生的问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
TEXTILE PROGRESS
TEXTILE PROGRESS MATERIALS SCIENCE, TEXTILES-
CiteScore
4.90
自引率
6.70%
发文量
1
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