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15th International Fiber and Polymer Research Symposium
Air permeability of printed medical masks including various layers
Authors :
Gonca ALAN
1
Ayşe ŞEVKAN MACİT
2
Sevcan ÜSTÜN
3
1- Usak University Textile Engineering Department 64200 Uşak
2- Usak University Textile Engineering Department 64200 Uşak
3- Usak University bVocational School of Technical Sciences
Keywords :
Spunbond،Thermobond،Spunlace،Medical Mask،Air Permeability
Abstract :
Epidemic diseases that have emerged in the last century pose a great risk to human health. The use of medical masks has gained great importance, especially for the purpose of protection from respiratory diseases. There are many studies to increase the protection of medical masks and a wide variety of masks on the market. The aim of this study is to evaluate the change in air permeability properties of printed kids masks compared to unprinted masks. This evaluation was made by examining the air permeability of various medical masks according to the outer and inner layers of the masks, the number of layers and the type of outer layers (printed or unprinted). 3-layer and 4-layer masks were composed by using spunbond, meltblown, spunlace and thermobond layers in compatible weights to evaluate the air permeability feature. Thus, the effects of printed masks on air permeability could be revealed out, and the results were determined in terms of the number and type of layers on both the outer and inner of the mask in printed and unprinted medical masks. As a result of tests it was observed that the outer and inner air permeability values were slightly differed from each other and the difference between them was statistically insignificant. In addition, it can be said that there is no statistically significant decrease in the air permeability values of printed medical kids masks prepared compared to unprinted medical masks with compatible total weight in grams.
Papers List
List of archived papers
Air permeability of printed medical masks including various layers
Gonca ALAN - Ayşe ŞEVKAN MACİT - Sevcan ÜSTÜN
Investigation of effects of MoEpPOSS nanoparticle on the morphological and rheological properties of PA6/TPE blends
İpek Yakar
Geri dönüştürülmüş akrilik liflerinin iplik özelliklerine etkisinin incelenmesi
Behzat Yıldırım - Dilara Muhacır - Muhammed İdris Aktaş - Mehmet Topalbekiroğlu
Hidrofobik Ve Biyo Esaslı Polimerlerin Kumaş Yüzeylerine Uygulamaları
Levent Babayiğit - Recep Furkan Turan - Cemil Dızman
YUMUŞAK ÖRME KUMAŞLARIN ÜRETİMİNE YÖNELİK HİBRİD İPLİKLERİN TASARIMI VE ÜRETİMİ (G-SOFT)
Gonca YILDIZ PABUŞÇU - Ayşe TÜRKTAŞ ALİ - Timur ATİK
Grafen oksit, karbon nanotüpler ve bor nitrür katkılarının karbon fiber takviyeli kompozitlerin mekanik özellikleri üzerine etkileri
Samet ALTINTAŞ
Fiber-based Materials Used in Tissue Engineering Applications
Nur Beril US
Degrade boyama yöntemi ile döşemelik kumaş geliştirilmesi
Sümeyra Oğuz - Hakan Altuncu
A STUDY ABOUT DIFFERENT FIBERS USABILITY ON FLAT KNITTED FABRICS IN AUTOMOTIVE TEXTILES
Benamir FIDANCI - Emir BALTACIOGLU - Osman AYDIN
Enhancing Mechanical and Thermal Properties of PLA by Incorporating Ulexite and Colemanite Minerals
Oğulcan Kocagül - Merve Mocan
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