Boiling Point

Boiling point refers to the temperature at which a cannabis plant compound transitions from liquid to vapor state at standard atmospheric pressure. In cannabis breeding and extraction contexts, boiling point data is primarily used to understand terpene and cannabinoid behavior during processing, storage, and consumption methods. Different compounds within cannabis flowers—including major terpenes like myrcene (~167°C), limonene (~176°C), and pinene (~155°C)—have distinct boiling points that influence extraction efficiency and vapor production. Breeders and processors reference boiling point ranges when optimizing distillation techniques, selecting preservation methods, and designing consumption products. Understanding boiling point profiles helps distinguish between strain chemotypes and informs decisions about cultivation-to-consumer handling protocols.

Plant breeders working with terpene-focused selections track boiling point data to predict how volatile compounds will behave across different extraction and vaporization methods. Processors use boiling point information to design temperature-controlled workflows that preserve or isolate specific compounds without degrading adjacent cannabinoids or terpenes.