Plastic foam is general going to be organic, unless you’re dealing with some seriously exotic polymers. And it’s going to have a hell of a lot fewer chemicals leaching out of it than tanned leather, of all things…
Correct… but the air in your house (unless you’re living in a hyperbaric chamber) is already loaded with particulate. The substrate is present, regardless of the temp you’re vaping at.
In a vacuum, sure. Your typical home atmosphere has more than enough particulate floating around for vapor to immediately condense, regardless of particulate being released from the flower.
Because there’s more vapor being extracted? Honestly, “particulates” is a vague enough term that it’s not really worth getting into a debate about (fwiw, you can count me among those finding high temp vape hits to be less irritating than low).
Wow, calling that a design flaw is an understatement. Rubies that aren’t actively being heated are going to be dissipating heat, which is the last thing you’d want in this sort of situation. I’m sure it “works”, but simply not filling the chamber to the top would be a functional improvement.
What double standard? Everyone in this thread has been civil but you. If you have off-site drama with people on this board, leave it off site. If you’re unfamiliar with the site rules here, read them (and then follow them). You’re honestly acting like a twelve year old that’s never been on the...
If we’re going to go high dudgeon over people “laughing at” your presence, I’d like to remind you that your reaction to a potential customer saying “this behavior is unprofessional” was a laughing emoji. I think you might want to take a good hard look at how you come across before continuing...
I do 550f (which is pretty high, tbh); and for heat-up I wait for the PID to hit target temp and then wait for two minutes to fully heat soak. Total time is roughly five minutes.
Oh thank god, I was starting to think I was the only one that wasn’t rocking the low temps (550f works perfect for two-hit bowls, no charring whatsoever).