@immortalcombat ..." picking out convenient parts of the...

@immortalcombat ..." picking out convenient parts of the company's announcements from 2 years ago"

Except it's not 2 years ago, it's a couple of months ago in the announcement 17/3/21!!

Because rampers like yourself don't like to look at exactly what the company has been saying recently!!

"Read the Patent claiming they can reduce the build up of ethylene for fresh produce"

How about you acknowledge that Purifloh don't own the right for agricultural purposes??

BTW, using in coolrooms was one of the first uses that I was personally interested in, but further research shows that there would be accelerated breakdown of plastic and rubber parts exposed to ozone, so it again became a do not use device for me!!

"Tiny traces of ozone in the air will attack double bonds in rubber chains, with natural rubber, polybutadiene, styrene-butadiene rubber and nitrile rubber being most sensitive to degradation. Every repeat unit in the first three materials has a double bond, so every unit can be degraded by ozone."

From Wikipedia ... https://en.wikipedia.org/wiki/Ozone_cracking

For plastic, ozone effect ...
https://polymerdatabase.com/polymer chemistry/Ozone.html

"Elastomers are particularly susceptible to ozone attack, particularly those with electron donating side groups (e.g. methyl groups in isoprene), whereas rubbers with electron-withdrawing side groups (e.g. chlorine in neoprene) are noticeably less susceptible to ozone attack due to the deactivating effect of the halogen on the double bond."

Which is also why I wouldn't use a purifloh device on/in air conditioners as they have plastic/rubber components. But you dreamers keep dreaming...