I wouldn't call it fluidization really. Most vapes kinda do something like this by melting the resins to liquid then quickly to aeresol which is then inhaled at whatever the temp is. Most vapes worry a lot about the temp being very constant to make that happen. With the sub constant temp defeats the whole purpose. Very hot air is being rushed over the material very quickly. The very stable fibers and sugars are lightly touched by the short hit, while the super hot air takes care of the complete extraction. This super high temp is the "danger" area that we will not go down that is where the sublimation claim comes from.(Not relevant to your question) The atomizer works by compressing and reheating the large vapor particles through a 2mm chokepoint and breaks them into tiny bits that then expand like crazy through the bottom of the part of your atomizer
The even extraction comes from the hot chamber not cooling any of the incoming air. That mix with the super hot swirling air and small shallow loads leads to the thorough extraction. In all honesty I think someone really early in this thread said it best when he/she said the sub is the first actual "vaporizer" as without the reheating process i don't believe the aerosol is ever actually turned to vapor, even with very high temps used.. don't claim to be an engineer,scientist, or anything that would give me a particularly deep insight, just thoughts
The even extraction comes from the hot chamber not cooling any of the incoming air. That mix with the super hot swirling air and small shallow loads leads to the thorough extraction. In all honesty I think someone really early in this thread said it best when he/she said the sub is the first actual "vaporizer" as without the reheating process i don't believe the aerosol is ever actually turned to vapor, even with very high temps used.. don't claim to be an engineer,scientist, or anything that would give me a particularly deep insight, just thoughts