Textile and Apparel Science

Thermal Wear Comfort of a Reusable Zinc-Ion Face Masks for COVID-19

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Abstract

The COVID 19 pandemic increased the demand for surgical face masks leading to scarcity at its peak, prompting the need for alternatives, especially in non-medical settings. This resulted in the use of fabric or cloth masks as a lower cost, accessible, and reusable alternative to surgical masks. However, the comfort of fabric mask beyond breathability still needs to be investigated as studies have shown that fiber, yarn, and/or fabric properties and finish, as well as mask design can impact the comfort of wearing mask. Therefore, this study was designed to assess the thermal wear comfort of a reusable Zinc-Ion face mask as prototype. The findings show that compared to the control (reusable mask without Zinc-Ion), the prototype mask showed excellent protection capabilities against viruses such as nylon-based zinc ion masks. 

 

 

Keywords: Face Mask, Wear Comfort, COVID-19, Zinc-Ion, Reusable

How to Cite:

McQuerry, M. & Bolaji, J., (2025) “Thermal Wear Comfort of a Reusable Zinc-Ion Face Masks for COVID-19”, International Textile and Apparel Association Annual Conference Proceedings 82(1). doi: https://doi.org/10.31274/itaa.21677