Improving the Functional Performance Properties of Non Terry Prayer Rugs by Using Microfiber | ||
| International Design Journal | ||
| Article 29, Volume 15, Issue 1 - Serial Number 65, January and February 2025, Pages 437-446 PDF (1.67 M) | ||
| Document Type: Original Article | ||
| DOI: 10.21608/idj.2025.395726 | ||
| Authors | ||
| Heba Abd El-Aziz Shalaby1; Nehal Ahmed Fath Elbab Mohamed2; Marwa Yassin3 | ||
| 1Professor and Head of Textile Design Spinning, Weaving and Knitting Dept, Faculty of Applied Arts, Benha university | ||
| 2Teaching Assistant in Spinning, Weaving and Knitting Dept, Faculty of Applied Arts, Benha University, | ||
| 3Lecturer, Department of Apparel Design and Technology, Faculty of applied arts, Benha University, marwa.yassin@fapa.bu.edu.eg | ||
| Abstract | ||
| The use of microfibres in the production of prayer Rugs is a recent development in the carpet industry, as it adds functional and aesthetic properties to the prayer Rug, Microfibres are very soft compared to their Other Textile Fibers, such as wool or nylon makes these fiber prayer Rugs comfortable in Usage. It is also characterized by its strength, durability, longevity even with frequent use, lightweight, ease of carrying and cleaning, and its ability to resist bacteria and allergies, as it is naturally resistant to bacteria and fungi, which reduces the possibility of accumulating unpleasant odors or cause allergies, and therefore a healthy carpet for repeated use, all of these characteristics make it a practical choice. And because of that, the research turned to producing Prayer Rugs Using Mozdawg and Weft Backed methods , where microfibers used in face and back wefts, and Polyester number 450 and 600 were used in the filling wefts. The research was based on producing 8 samples using 3 variables: First, the use of two methods (Mozdawg and Weft Backed), Second, the use of two numbers of bristles in the cross section of the Microfibers Wefts, which are (300/288 and 300/576), Third, the use of two numbers of the filling Wefts(450 and 600) and the use of a fixed weaving structure in all samples, which is satan 8. These samples were laboratory tested and statistically analyzed. Research problem : Due to people being outside the home for long periods of time while working and their need to perform prayer duties, with the spread of many viruses, the trend has begun to use portable prayer rugs that are specific to each prayer duty, which calls for a study on improving the performance properties of non-Terry prayer rugs, which calls us to the following question: 1-To what extent is it possible to improve the performance properties of folded prayer rugs by using microfiber and different implementation methods. Research aims: 1-Improving the comfort properties of non-pile prayer Rugs using different implementation methods. 2- Producing non-Terry Prayer Rugs using microfiber to reduce the microbial activity. Research importance: 1- Improving the marketing of specialty textiles(prayer Rugs). 2-Expanding the use of modern fibers (microfiber). 3- Raise the logo of a product made in Egypt. Hypothesis: 1- Using operational methods that are statistically significant in achieving the research goal. 2. The number of filling wefts are statistically significant in achieving research goal. 3- The use of microfibres in the production of non-terry prayer Rugs helps reduce microbial activity in the carpets. Research Methodology: This research follows the experimental and analytical method. | ||
| Keywords | ||
| Microfiber; Portable Prayer Rug; Double Weft Style; Weft Quilted Style | ||
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| References | ||
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1- Safaa hammad Jamal Irahim: A study on tracking microbial activity on the prayer rug, Alexandria Journal of Agricultural Research, Volume 61, Issue 4, December 2016. 2- Dr. Attiat Ali Abdul Hakim: Taking advantage of the method of synthesis of materials in implementing elderly salas carpets, International Design Journal, Volume 8, Issue 2, April 2018. 3- Ramakrishnan G., “ An Investigation into the Properties of Knitted Fabrics Made from Viscoce Microfibers”, Journal of Textile and Apparel, Technology and Management, vo17, Issue 9, 2009,. Page 1-5. 4-Taher F.A., “ Industrial Impact Via Nano Dyeing Technology of Polyester and Nylon-6 Micro-fabrics: Comparative Investigations of Kinetic and Thermodynamic Parameters”, Australian Journal of Basic and Applied Science, vol 6, Issue 10, 2012,. Page 596-607. 5- “ Microfibers from your Jacket are a menace” website: www.wastelessfuture.com. 6-Abd Al Hady, “Enhancing the Functional Properties of Weft Knitted Fabrics Made from Polyester Microfibers for Apparel Use”, International Design Journal, vol 4, Issue 2, 2013. 7-Weam Mohamed Hamza: Producing fabrics suitable for making woven masks using microfiber treated with environmentally friendly phycocyanin ,Journal of Research in the Fields of Specific Education, Volume8, Issue 41,2002, page 520. 8-Hand- Related Characteristics of Micro Polyester Woven Fabrics, Journal of American Science, vol 8, Issue 3, 2012, page 2-8. 9-The Influence of Number of Filaments on Physical and Mechanical Characteristics of Polyester Woven Fabrics, Life Science Journal, vol 9, Issue 3, 2012, page 6-9. 10-Demin Sun, “ Towels of Microfibers of Polyester/Polyamide Bi-Components and the Method of Making ”, United States Patent, vol 4, Issue 7, April 2014, page 4-9. 11-Prof.Dr.Ghazy bin Saeed bin Hamod Al-matrafy: Jurisprudential rulings related to the carpet, Al-Madina International University Magazine, Issue 38, July 2021, Page 91. 12-Dr. Mohamed Mostafa: Trkish Prayer Rugs, Ministry of Education Press, 1953, Page 16. 13-Hassan Mohamed Nour: Studies on Iranian, Turkish and Caucasian Carpets, Dar Al-Wafaa for the World of Printing and Publishing, Alexandria, 2019. 14-Osama Ezz El-Din Halawa: Jackquard fabric production technology, first edition, 2010. 15-T.Rowe.Interior textiles Design and developments, wood head publishing in Textiles Number 92, 2009. 16-Dr.V.Subramaniam, fabric structure and design, Department of textile technology, page 67, 2009. 17-Prof.Dr.Mostafa Mostafa Al-Gamal: Applied methods for decorated quilted fabrics. 18- ASTM-D3776-09, Standard Test Methods for Mass Per Unit Area(Weight) of Fabric. 19- ASTM-D 3884, Standard Guide for Abrasion Resistance of Textile Fabrics. 20-Egyptian Standard No 661: Method for determining the bending length and bending Resistance (stiffness) of fabrics. | ||
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