Ok - I officially talk to much
annnnd here I go again
I’ve been playing around with the Tempest for a while but I wanted to “science” a few things like, how much of a hybrid is the Tempest, we know it’s convection dominant but how much conduction and radiant heat’s is passed from the cap, which really does retain heat for a very long time, as someone said there is a chance for people to accidentally get burnt and some of my cooling magnets have had the glue that holds them in place melt because of the Tempest.
Regardless, to the science….
One old and simple way of seeing how much conduction and or radiant heat is part of a vaporizers system is to put the herbs into the oven, run a heat cycle, let it cool, and look at the changes to the herbs.
A convection only system, there should be no change to the herb colour after a heat cycle if no air is pulled through the system.
If there is conduction or radiant heat then there should be some change to the herbs, slight browning.
If it’s heavily conduction dominant then the herb should be changed, brown and spent even though no air was pulled through the system.
For comparison I used my Anvil and did the same thing. I heated it using the method I always do. For the Anvil I wait for the second cool down click to empty it, for the Tempest I just waited for both the uncalibrated visual indicator to go all the way down but also I waited until I could undo it with my fingers.
Here’s the results :
The Tempest has some, but very little, radiant heat or conduction.
The Anvil has some significant radiant heat and or conduction (using the 0.1 normal bowl)
** Pictures or it didn’t happen ** (as the kids say)