Extraction Temperature

Extraction temperature refers to the heat applied during solvent-based or solventless cannabis processing methods, ranging from sub-zero (−40°C) to moderate heat (60–80°C). Temperature directly influences which cannabinoids, terpenes, and plant compounds are dissolved or separated, affecting the final product's chemical profile and texture. Lower temperatures generally preserve volatile terpenes and heat-sensitive compounds, while higher temperatures increase yield but may degrade aromatic profiles. Breeders and processors use extraction temperature as a critical control variable when developing stable, reproducible extraction genetics and standardizing production methods. Understanding extraction temperature is essential for any breeding or processing program seeking to isolate or concentrate specific cannabinoid or terpene ratios.

Breeders selecting for extraction genetics prioritize strains with robust, stable cannabinoid and terpene profiles that remain consistent across different extraction temperatures. Genetics optimized for cold extraction often exhibit high resin density and terpene retention, while heat-tolerant profiles may support broader processing applications without profile degradation.