I have been using my cloud a lot more than I thought I would. Been having many multi-person sessions with it. It seems like there is no rebound time. It can be passed and hit as fast or faster than a bong and lighter. I am really happy with it, certainly my favorite vape.
I have noticed two things that could pose an annoyance/problem for some.
1: at full temp the unit gets too hot to hold comfortably. I mean HOT. Though at low settings it is fine.
2: even at full temp my abv still comes out lighter than my Solo at #7, perhaps even lighter than my rockzap.
I think it indicates overall lower temp of the Cloud. It makes underpressure in the ELB while you draw decreasing the boiling point of goodies so it can extract more with lower temperature. It doesn't need to cook to almost black to extract massively. For example the "opposite", the MFLB doesn't make underpressure and doesn't produce huge thermal mass, so it need relative high temperatures to extract satisfying vapor.Light ABV? Does that indicate a not-so-thorough extraction of goodies?
I think it indicates overall lower temp of the Cloud. It makes underpressure in the ELB while you draw decreasing the boiling point of goodies so it can extract more with lower temperature. It doesn't need to cook to almost black to extract massively. For example the "opposite", the MFLB doesn't make underpressure and doesn't produce huge thermal mass, so it need relative high temperatures to extract satisfying vapor.
But I've already seen some pics of dark ABV, so that unit could be a bit cold.
I have noticed two things that could pose an annoyance/problem for some.
1: at full temp the unit gets too hot to hold comfortably. I mean HOT. Though at low settings it is fine.
2: even at full temp my abv still comes out lighter than my Solo at #7, perhaps even lighter than my rockzap.
EDIT: and for those who will say that the Solo is also conduction, it's VERY partially conduction and it depends on whether you leave the stem in between hits or you remove before finishing the hit and empty and cool down the tube to finish the draw... All convection vaporisers are a bit conduction and even more infrared.
THCMuscle said:2: even at full temp my abv still comes out lighter than my Solo at #7, perhaps even lighter than my rockzap.
ili said:When the ABV is lighter coloured it means there still is juice in that plant
It makes underpressure in the ELB while you draw decreasing the boiling point of goodies so it can extract more with lower temperature. It doesn't need to cook to almost black to extract massively. For example the "opposite", the MFLB doesn't make underpressure and doesn't produce huge thermal mass, so it need relative high temperatures to extract satisfying vapor.
Well, the airpath design must create some underpressure in the ELB (the hole) and more as hard you draw. But don't know to how much extent. Maybe it is insignificant, but I think I've read this somewhere in the thread. Don't know if it was official. And for most normal materials underpressure lowers boiling point.
Well, the airpath design must create some underpressure in the ELB (the hole) and more as hard you draw. But don't know to how much extent. Maybe it is insignificant, but I think I've read this somewhere in the thread. Don't know if it was official. And for most normal materials underpressure lowers boiling point.
If you leave the stem in it becomes apparent real fast that it's not just very partially conduction. I don't even wanna think about how many grams i've lost to conduction
maybe a tiny bit, but most of the cannabinoids are in the trichomes which are ON the plant, not IN the plant. So it should be possible to fully extract the meds without darkening the ABV.
With the Cloud, the herb is at the end of the heater, so for sure most of the thermal energy is coming from the moving air stream, rather than radiating from the heater element. Only if the temp is set high enough to get the ELB hot from hot glass contact would the ABV darken.
Last I heard chlorophyll doesn't get you high.
This discussion about ABV color is quite interesting to me ...
the question i have is: when the ABV does get dark, what else is being extracted from the herb BESIDES the cannabinoids.
ili said:About the cannabinoids... Do we know for sure how much is out of the plant and how much inside as a percentage? If it's less than 5% then I guess it's not so important to get the ABV dark. If it's more and you have minimal quantities of weed, then EVERY BIT counts
THC Accumulation in the glands of cannabis said:CONCLUSIONS
1. THC accumulated in abundance in the secretory cavity where it was associated with the: a) cell walls, b ) surface feature of secretory vesicles, c) fibrillar material released from disc cell wall, and d) cuticle. It was not associated with the content of the secretory vesicles. The association of THC with structural components, particularly the wall, fibrillar matrix and surface feature of vesicles, suggests that it may be chemically bound to them rather than being free in the cavity. If THC and other cannabinoids are bound to components in the cavity, their presence and movement may require a source of energy in the cavity. Additional studies are necessary to determine their bound or free status.
2. Little or no THC was detected in the cytoplasm of the disc cells. This suggests that the terpene and phenol precursors, which must occur in the disc cells at some interval, may form the cannabinoids at the surface of the plasma membrane, or in the cell wall facing the secretory cavity.
3. Some THC was present in the cell walls of other cells. Genes for cannabinoid synthesis are present in all cells of the plant, but tissues other than glands produce low levels of these compounds.
4. Reduction or elimination of glands by mutation procedures will reduce significantly the quantity of THC in the plant. However, the pathway for cannabinoid synthesis is controlled genetically: glands are specialized to synthesize high levels of cannabinoids. Thus, a glandless plant can be expected to synthesize very low levels of cannabinoids. We do not know the roles of cannabinoids in the glands. They may be involved in some way with "protection", or other role. The absence of glands may or may not alter the functional role. Since other cells also synthesize these compounds, at very low levels, the quantity may be sufficient to perform the functional role. Therefore, a glandless mutant(s) would serve our purpose to reduce the THC concentration for utilization of such strains in the hemp industry.
i love it. nice vid played it without soundtrack subtitles were awesome.Gotta say I'm LOVING the cloud, so much I made this funy video, please watch!
Gotta say I'm LOVING the cloud, so much I made this funy video, please watch!
After two bowls of Pinneaple Kush this is what I produced last night: