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Title: Research of Operational Properties of Household Fabrics for Production of Protective Masks
Other Titles: Дослідження експлуатаційних властивостей побутових тканин для виготовлення захисних масок
Authors: Cheberiachko, Serhii
Knysh, Ivan
Pustovoi, Dmytro
Sharovatova, Olena
Keywords: Penetration Rate, Pressure Drop, Protective Mask, Resistance to Dust, Respiratory Resistance
Issue Date: Jul-2021
Citation: Materials Science Forum. Vol. 1038. Problems of Emergency Situations. 221-232.
Series/Report no.: Vol. 1038.;
Abstract: Experimental studies have been conducted to determine the operational properties of fabrics used for the manufacture of protective masks. For the experimental study, 22 different fabrics were used, which are available in everyday life. Determination of the operational properties was carried out according to three indicators: the penetration coefficient of the test aerosol, paraffin oil (filtering property), breathing resistance (ergonomic property), resistance to dusting (protective action period) in accordance with the requirements of DSTU EN 149-2017 standard. According to the results of the experimental study to determine the operational properties of fabrics: breathing resistance, penetration coefficient and resistance to dust, it was found that out of the twenty-two samples tested, only eight can be used for the manufacture of protective masks, since their characteristics are able to provide a sufficient level of protection from minimal physiological impact on human (wool, two-thread cloth, velor, tricotin, jersey, frieze and satin). Theoretical calculation of the operational properties of protective masks, which can be made of these fabrics, based on experimental data allowed to make their compliance with the first class of protection according to the requirements of DSTU EN 149-2017. The scientific novelty is to clarify the relationship between the operational properties of fabrics and the operational properties of protective masks.
ISSN: DOI:10.4028/ 221-232.
Appears in Collections:Кафедра охорони праці та техногенно-екологічної безпеки

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