The 'O2 Nano Mask' Blocks 99.9% of PM2.5 Particles
Michael Hemsworth — June 18, 2020 — Lifestyle
References: indiegogo & thegadgetflow
The 'O2 Nano Mask' is a reusable nanofiltration mask that will work effectively to keep wearers comfortable and safe when going about their daily routine. The mask is rated to block out 99.9% of PM2.5 particles thanks to a triple-layer nanofiltration membrane on the interior. This will keep an array of pathogens at bay, while also blocking out pollution that could cause breathing problems with continuous exposure.
The 'O2 Nano Mask' is also focused on a one-for-one model with a mask being donated for each one the organization sells to support those who need it most. The mask, despite its filtering capabilities, is focused on allowing as much air to pass through as possible to keep wearers comfortable at all times.
The 'O2 Nano Mask' is also focused on a one-for-one model with a mask being donated for each one the organization sells to support those who need it most. The mask, despite its filtering capabilities, is focused on allowing as much air to pass through as possible to keep wearers comfortable at all times.
Trend Themes
1. Reusable Nanofiltration Masks - Opportunity for disruptive innovation: Develop advanced nanofiltration membrane technology to improve filtration efficiency and comfort.
2. One-for-one Model - Opportunity for disruptive innovation: Implement social impact initiatives with a one-for-one model to support communities in need.
3. Comfortable Airflow Design - Opportunity for disruptive innovation: Create innovative airflow systems for masks to enhance comfort while maintaining effective filtration.
Industry Implications
1. Healthcare - Opportunity for disruptive innovation: Apply nanofiltration technology to develop advanced medical masks with higher filtration efficiency.
2. Fashion and Apparel - Opportunity for disruptive innovation: Merge fashion with functionality to design stylish and comfortable reusable nanofiltration masks.
3. Manufacturing and Materials - Opportunity for disruptive innovation: Develop new nanofiltration membrane materials and manufacturing techniques to enhance mask performance.
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