Use of Topsis Method for Designing Different Textile Products in Coloration via Natural Source “Madder”

ABSTRACT

The increase in environmental consciousness creates an upsurge in the interest to natural textile products colored with natural dye sources. But designing natural products via natural dye sources can be not easy because of the unclear relation with the natural dyeing process with the natural product. Determination of optimum dyeing process parameter, which affects properties of the dyeing quality, is a difficult and complex task in the textile dyeing industry. To clear it off, Technique for Order Preference by Similarity to Ideal Solution (TOPSIS) method was used in this study as a multi-criteria decision making method for the linen based four different natural end products. The coloration of linen was managed via madder, and different parameters were tested to design four different natural products: kid’s shirt, curtain, tablecloth, and shoe bag. TOPSIS method was tested in decision making of the dyeing processes in the light of the fastness requirements probably demanded by the customers for each different natural product. Finally, different alternative dyeing parameters were shaped via TOPSIS method and alternatives were expanded by obtained colors; economic and ecological aspects.

摘要

随着环保意识的增强, 人们对天然染料染色的天然纺织品产生了浓厚的兴趣. 但由于天然染色工艺和天然产品之间的关系尚不清楚, 利用天然染料源设计天然产品并不容易. 在纺织印染工业中, 确定影响染色质量的最佳染色工艺参数是一项困难而复杂的任务. 为了解决这一问题, 本研究采用了理想解相似排序法 (TOPSIS) 作为亚麻制品四种不同天然最终产品的多准则决策方法. 通过疯子对亚麻的染色进行管理, 并测试不同的参数, 以设计四种不同的天然产品: 儿童衬衫、窗帘、桌布和鞋袋. 根据客户对每种不同天然产品可能要求的牢度要求, TOPSIS法在染色工艺决策中进行了测试. 最后, 采用TOPSIS法确定不同的染色工艺参数, 并根据得到的颜色对染色工艺参数进行扩展; 经济和生态方面.

关键词:

• 纤维素
• 亚麻
• 染色
• 疯子
• 多准则决策
• 法
• 可持续性

KEYWORDS:

• Cellulose
• linen
• dyeing
• madder
• multi-criteria decision making-topsis method
• sustainability

Disclosure statement

No potential conflict of interest was reported by the author(s).

HIGHLIGTHS

• To determine the effects of dyeing parameters on fastness properties of natural dyeing.

• To determine of optimum dyeing process parameter which affects properties of the dyeing quality demanded by the customers for each different natural product.

• To select different alternative dyeing parameters with the TOPSIS method for natural textile products.

• To design natural textile products via natural dye sources.