DEVELOPMENT OF PERMANGANAT ALTERNATIVE EFFECT WASHING CHEMICALS IN DENIM WASHING PROCESSES

Author:

TÜRKOĞLU SedaORCID,CEYHAN Gökhan1ORCID,GÜNEŞOĞLU Cem2ORCID,TABAŞ ASİLTÜRK EsraORCID,ESEN AbdullahORCID

Affiliation:

1. KAHRAMANMARAS SUTCU IMAM UNIVERSITY

2. GAZIANTEP UNIVERSITY

Abstract

The process of giving effect or attrition on the denim is a situation that develops day by day according to the fashion trends that have developed in recent years. The effect is to try to achieve a more matte appearance by gradually removing these materials by means of paint deformation, while the fiber is not allowed to break brittle on the working surfaces of the particles, where the hard and amorphous surfaces provide a kind of fine sanding function. The aging process is generally done to provide a random wear look and to break the uniform denim paint look. The most important of these can be listed as the difficulty of use, the fact that it contains permanganate, which is harmful to the environment, expected to be banned in the near future, and the absence of repeated use. By using Al2O3 material, which is in the oxide abrasive class, by adding liquid paraffin and TEA, which acts as a compatibilizing agent, at different rates, abrasion slurry was produced and its effects on denim products were investigated. In this study, the effects of particle size of oxide species, α- Al2O3 ratio in Al2O3 specific surface areas and impurities in Al2O3 were also investigated.

Funder

BAYKAN DENİM KONFESKİYON A.Ş

Publisher

Kahramanmaras Sutcu Imam University Journal of Engineering Sciences

Subject

General Earth and Planetary Sciences,General Environmental Science

Reference11 articles.

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2. Adobe technical guide (2017). The HSB/HLS colour model.

3. BS EN ISO 105-X12. (2017). Tests for colour fastness, Colour fastness to rubbing, Milton Keynes: BSI.

4. BS EN ISO 13934- 1. (2017). “Tensile Properties of Fabrics. Determination of Maximum Force and Elongation at Maximum Force using the Strip Method”, Milton Keynes: BSI.

5. BS EN ISO 5084. (2017). Textiles. Determination of thickness of textiles and textile products, Milton Keynes: BSI.

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