The 'KSAMASK' Reusable Face Mask Kills 99.9% of Pathogens
Michael Hemsworth — September 21, 2020 — Lifestyle
References: indiegogo & thegadgetflow
The 'KSAMASK' reusable face mask is a specialized solution that makes use of materials that will work to keep the wearer as well as everyone around them healthier. The mask features an antiviral fiber construction that will work to kill 99.9% of the pathogens that come into contact with it; this will prevent a wearer from spreading illness, while also protecting them from the pathogens of those around them. The fiber consists of silver ion (Ag+) and titanium dioxide (TiO2) materials on the surface membrane, the inner layer and the chin piece.
The 'KSAMASK' reusable face mask provides a triple-filter design that will deliver enhanced peace of mind to the wearer by blocking pathogens as well as particular matter in the air.
The 'KSAMASK' reusable face mask provides a triple-filter design that will deliver enhanced peace of mind to the wearer by blocking pathogens as well as particular matter in the air.
Trend Themes
1. Antiviral Face Masks - Opportunity for developing and selling face masks with specialized antiviral materials to protect against pathogens and prevent the spread of illness.
2. Triple-filter Design - Opportunity for creating face masks with triple-filter designs to provide enhanced protection against pathogens and particulate matter in the air.
3. Silver Ion and Titanium Dioxide Materials - Opportunity for using silver ion and titanium dioxide materials in various products to create antiviral and antimicrobial properties.
Industry Implications
1. Healthcare - Opportunity for healthcare companies to incorporate antiviral face masks into their product offerings to protect staff and patients from pathogens.
2. Personal Protective Equipment (PPE) - Opportunity for PPE manufacturers to produce and distribute face masks with triple-filter designs for the general public to safeguard against airborne pathogens.
3. Textiles - Opportunity for textile industry to explore the use of silver ion and titanium dioxide materials in the production of antiviral fabrics for various applications, including face masks.
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