HelixTM Filter Media is an ideal filter to be incorporated into consumer anti-pollution face masks.
An example of a current face mask using HelixTM Filter Media is the MEOTM Mask. In collaboration with leading fashion designer, Karen Walker, and the creators of the MEOTM Mask, HelixTM Filter Media has been specifically designed and developed with efficient capture of micron-sized airborne particles (e.g. PM2.5 particles) and superior comfort to breathe through. This combination makes an ideal filter for the anti-pollution mask application.
HelixTM Filter Media is scientifically developed and manufactured in New Zealand combined with the science of the DNA genetics from specially selected sheep flocks that have been bred in NZ to produce a truly unique and high performing wool fibre.
The research behind Lanaco and HelixTM Filter Media combines over 150 years of sheep farming history and decades of scientific research from New Zealand and Australasian organizations to create the science and innovation capability in the new natural materials technology and make Lanaco a Centre of Innovation & Excellence in Respiratory Filtration in the world stage.
“HelixTM Filter Media has been scientifically tested and developed to meet the highest standards in respiratory protection” – Lanaco CEO & Founder Mr. Nick Davenport
The functionalities of the filter material are derived from the alpha helical molecule in the wool fibre, which has evolved over centuries to protect the animal (sheep) in the high-country from harsh environments, and now has been extracted and harnessed by Lanaco to protect human health.
High performing air filtration of PM2.5 particles
Moisture absorbing and releasing properties
Extreme ease to breathe through
|HelixTM Filter Media||Synthetic Filter Media|
|Derived from naturally grown wool||Derived from petrochemicals|
|Performance from nature's chemistry||Performance from manufactured ingredients|
|Easy to breathe through - low energy requirements||Difficult to breathe through - higher energy requirements|
|Feels dry when exposed to water vapour||Water droplets accumulate on surface|
|Keeps user warm in winter||Thin with no insulating effect|
|Stops bacterial growth||Allows bacterial growth|
|Reduces dangerous gases in air||Allows dangerous gases to enter|