Boiling Point Variance
Boiling Point Variance refers to the range of temperatures at which different cannabinoids and terpenes volatilize during extraction or combustion. Cannabis plant material contains compounds with distinct thermal profiles—THC vaporizes around 157°C, CBD near 160–180°C, while limonene begins volatilizing around 176°C and myrcene around 167°C. Understanding boiling point variance is critical for extraction methods, as temperature precision directly affects which compounds are selectively captured or lost. Breeders and processors working with specific chemotypes often document this variance to optimize extraction yields and preserve desired terpene profiles.
Boiling Point Variance strains
No strains tagged into Boiling Point Variance yet — they'll appear here as breeders submit lineage records under this family.
Boiling Point Variance refers to the range of temperatures at which different cannabinoids and terpenes volatilize during extraction or combustion. Cannabis plant material contains compounds with distinct thermal profiles—THC vaporizes around 157°C, CBD near 160–180°C, while limonene begins volatilizing around 176°C and myrcene around 167°C. Understanding boiling point variance is critical for extraction methods, as temperature precision directly affects which compounds are selectively captured or lost. Breeders and processors working with specific chemotypes often document this variance to optimize extraction yields and preserve desired terpene profiles.
Breeders monitor boiling point variance indirectly through terpene and cannabinoid profiling, as chemotype composition determines the compound volatility window. Extraction-focused breeding programs use this knowledge to select for plants whose secondary metabolite profiles remain stable across processing temperatures.
Educational reference · Cultivar metadata only · No medical claims