Year: 2025
Type: article
Abstract: Natural fibres can be chemically treated to change some aspects of their characteristics, such as resilience, resilience to moisture, flames retardancy, even dyeability, as well as other qualities that are desired. The introduction of various chemicals to fibres that are natural improves how they behave and enhances their ability to perform. The aforementioned methods can change the colour, determination, and structure of the fibres by means of the process of bleaching, dyeing, and polishing. The resistance of natural fibres to elements like humidity, ablaze, and bugs can be enhanced as well through chemical procedures, resulting in them being easier to modify and appropriate for an assortment of purposes. The investigation of chemical-based treatments of natural fibres is essential since it may result in the generation of modified fibre substances with enhanced characteristics, such as enhanced strength, longevity, and efficiency which will facilitate their application in an assortment of sectors, such as textiles composite material, and biomedical fields, and stimulating innovation and sustainable development across an array of business sectors. The DEMANTEL technique is a finishing technology that improves fabric performance as well as sustainability by introducing antimicrobial qualities, enhancing washability, and reducing the impact on the environment through the incorporation of non-toxic substances. This method generates more durable, resilient, and environmentally friendly textiles, fulfilling the demand for green textiles across sectors. Evaluation parameters: Such as “Cotton”, “Flax”, “Hemp” , “Sisal” and “Jute”. For the Chemical Treatment of Natural Fiber using DEMATEL method, the “Sisal” is in the 1st Rank, “Cotton” is in the 2nd Rank, “Flax” is in the 3rd Rank, “Jute” is in the 4rth Rank, “Hemp” is in the 5fth Rank. “Sisal” is in the 1st Rank and therefore is the best alternative parameter for this analysis.
DOI: 10.46632/jacp/3/4/5
Language: English
Subfield: Polymers and Plastics
Field: Materials Science
Domain: Physical Sciences
Open Access status: bronze
OpenAlex ID: W4410260660