THCA is the precursor* to THC — meaning it’s the compound THC starts as before being exposed to heat.
In its natural form, THCA is non-psychoactive
Through a process called decarboxylation* (heating via smoking, vaping, or cooking), THCA converts into THC, unlocking the familiar effects associated with cannabis.
Smoking/Vaping — THCA flower or concentrates are heated, converting THCA to THC.
Dabbing — THCA diamonds and extracts deliver high potency when vaporized.
Infusions — When cooked or baked, THCA transforms into THC, infusing edibles or oils.
Naturally occurring in fresh, raw cannabis plants.
Found in high concentrations in freshly harvested flowers before curing or heating.
Preserved in concentrates* like diamonds and high-grade extracts for maximum potency.
While research is ongoing, early studies and user reports suggest THCA may have:
Anti-inflammatory properties
Neuroprotective potential
Anti-nausea effects
Possible support for joint and muscle comfort
THCA is the precursor* to THC — meaning it’s the compound THC starts as before being exposed to heat.
In its natural form, THCA is non-psychoactive
Through a process called decarboxylation* (heating via smoking, vaping, or cooking), THCA converts into THC, unlocking the familiar effects associated with cannabis.
Smoking/Vaping — THCA flower or concentrates are heated, converting THCA to THC.
Dabbing — THCA diamonds and extracts deliver high potency when vaporized.
Infusions — When cooked or baked, THCA transforms into THC, infusing edibles or oils.
Naturally occurring in fresh, raw cannabis plants.
Found in high concentrations in freshly harvested flowers before curing or heating.
Preserved in concentrates* like diamonds and high-grade extracts for maximum potency.
While research is ongoing, early studies and user reports suggest THCA may have:
Anti-inflammatory properties
Neuroprotective potential
Anti-nausea effects
Possible support for joint and muscle comfort