Over the past year, increased regulatory pressure in multiple regions like UK OFCOM and Australia's eSafety has led to higher operational costs, including infrastructure, security, and the need to work with more specialized service providers to keep the site online and stable.
If you value the community and would like to help support its continued operation, donations are greatly appreciated. If you wish to donate via Bank Transfer or other options, please open a ticket.
Donate via cryptocurrency:
Bitcoin (BTC):
Ethereum (ETH):
Monero (XMR):
MethodArgon vs Nitrogen
Thread starterpiopio
Start date
You are using an out of date browser. It may not display this or other websites correctly. You should upgrade or use an alternative browser.
It is really hard to find a flow regulator compatible with Nitrogen in Europe. Because of that, is Argon just superior?
Or is Argon worse for the exit bag method?
It is really hard to find a flow regulator compatible with Nitrogen in Europe. Because of that, is Argon just superior?
Or is Argon worse for the exit bag method?
Flow regulators that are combined with flow meters devices can all be used for Helium, Nitrogen, Air, Oxygen, Argon and CO2. However, each regulator + flow meter is calibrated specifically for a certain gas. You can use the regulator + flow meter for other gases if you use a conversion calculation. For example, if you use an Argon regulator for Nitrogen, you need to multiply the reading by 1.19
I think both Nitrogen and Argon are recommended by the PPH but since the air we breath is about 80% Nitrogen, its more natural to breath.
One doubt that I have about the use of argon is that it's supposed that one of the points of which gas to use is that one lighter than air would guarantee (as it would accumulate top to down) that it would push all air out of bag. That's why Helium was such a good option when it was easily available. If I'm not wrong, Nitrogen is still lighter, but Argon isn't.
Wouldn't that make Argon potentially worst as there are more chances of normal air being mixed with the gas in the bag, or that the residual co2 expelled after pushing down the bag won't be expelled as optimally as expected?
And now that I have access to the search functionality, I can answer myself with this post by TiredHorse himself the master of all of us interested in this method.
If someone else is interested:
TL;DR Argon shouldn't be less reliable than Nitrogen.
This site uses cookies to help personalise content, tailor your experience and to keep you logged in if you register.
By continuing to use this site, you are consenting to our use of cookies.