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ZENODO
Published
2025-09-16
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Articles
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How to Cite
LASER IRRADIATION OF WET-BLUE LEATHER SEMI-PRODUCTS
Farmonov F.F1
1Bukhara State Technical University,
Kodirov T.J2
2Tashkent Institute of Textile and Light Industry
Keywords: collagen, dermis, laser irradiation, chromium, tanning, Wet-Blue, hydrothermal destruction, tensile strength, elongation at break.
Abstract
The study used a physical method, namely laser modification, in addition to chemical treatments, to produce Wet-Blue leather semi-finished products. Laser treatment accelerates the formation of reactive radicals by opening various bonds in the skin tissue, and during subsequent treatment, these reactive radicals and chromium-containing complex compounds enter into a chemical reaction. It was confirmed that the Wet-Blue sheepskin leather semi-finished product has improved physical and mechanical properties when treated with laser light before tanning. The tensile strength was found to be 25.0% higher than that of the Wet-Blue sheepskin leather semi-finished product produced using traditional technology.
References
1.Kanagaraj J., Senthilvelan T., Panda R.C., Kavitha S. Eco-friendly waste management strategies for greener environment towards sustainable development in leather industry: A comprehensive review. // Journal of Cleaner Production, 2015. 89, -P.1–17
2.Farmanov F.F, Kodirov T.J, Toshev A.Y, Azimov J.Sh, Murodov T.B. .Research of the influence of laser modification on the physical-mechanical properties of Wet-Blue leather semi-product. // international journal of advancedresearch in science, engineering and technology(IJARSET). ISSN: 2350-0328. Vol. 11, Issue 10, oktober 2024. Р.22330-22336..
3.Kadirov T.J, Farmonov F.F, Toshev A.Y, Shoyimov Sh.Sh. Study of physical and mechanical properties of Wet-Blue leather semi-finished products processed by laser irradiation./ Scientific-technical and practical Journal of compositional materials. №3/2023.-P.64-68
4.Pankova, E. A., Rakhmatullina, G. R., & Parsanov, A. S. Development of plasma-chemical finishing technology for natural leathers // Bulletin of Kazan Technological University, 2017. – 20. № 9. P. 60-62.
5.Anisovich, A. G., Markevich, M. I., Zhuravleva, V. I., Kodirov, T. Zh., Khudanov, U. O.. Morphology of the surface of vegetable-tanned natural leather after ultrasonic treatment and laser exposure. // Nondestructive Testing and Diagnostics, № 2, 2023.P.154–157.
6.Kodirov, T. Zh., Markevich, M. I., Malyshko, A. N., & Zhuravleva, V. I. (n.d.). Structure and elemental composition of a sample of natural leather under laser irradiation.,P 56–58.
7.Toshev A., Kodirov T. Synthesis and Research of Thermostability of Stabilized Acrylic Emulsion for Finishing Dyeing in Leather Dressing // International Journal of Advanced Science and Technology, – 2020. – Vol. 29, – No. 5. – P. 12547-12555.
8.Ostrovskaya, A. V., Abdullin, I. Sh., & Shagivilieva, R. R. (2006). Chemistry and Technology of Leather and Fur: A Textbook. Kazan. p. 139.
