- Broad spectrum Watermelon Delta 8 THC gummies with natural terpenes
- Delta 8 THC Content: 250 mg ( 10 gummies per pack)
- Extraction Material: Hemp
- No Delta 9 THC Content
- Plant-Derived Terpenes
Hhemp Delta 8 THC Watermelon Gummies
$25.00
Out of stock
Out of stock
Description
The Hhemp Watermelon Delta 8 THC gummies contain a broad spectrum hemp extract with Delta 8 THC, other cannabinoids (CBD, CBC, CBN, CBDv, CBG, etc), and terpenes that help with effectiveness.
Delta 8 THC, or tetrahydrocannabinol, is a naturally occurring cannabinoid in cannabis (hemp and marijuana) and is commonly abbreviated as Delta 8 THC, Δ8THC, Δ8, D8, D8 THC, and D8THC. It’s an isomer of both cannabidiol (“CBD”) and Delta 9 tetrahydrocannabinol (“D9THC”), sharing a chemical formula of C21H30O2 and a molar mass of 314.464 g/mol.
It exists naturally and can also be produced by converting CBD or Delta 9 THC via a chemical reaction typically using heat, catalysts, altered pH environments, or solvents.
Hhemp Delta 8 THC Watermelon Gummies were made legal by H.R. 2: The Agricultural Improvement Act of 2018, commonly referred to as the 2018 Farm Bill. It was specifically made legal when hemp allowed for all derivatives, isomers, and cannabinoids of hemp that were not Delta 9 THC.
Up to that point, Hhemp Delta 8 THC Watermelon Gummies would have been illegal and would have been specifically named in the Controlled Substances Act. However, in addition to making all hemp cannabinoids, isomers, and derivatives legal, H.R. 2 specifically includes text to remove all confusion between laws by amending the Controlled Substances Act to exclude Delta 8 THC from hemp.
Hhemp Delta 8 THC Watermelon Gummies are federally legal and legal in most states, but they are not legal in all states. Delta 8 THC is legal in most states that have hemp laws mirroring H.R. 2, however not all states do this. Some states specifically exclude Delta 8 THC or have laws that do not specifically make all cannabinoids, isomers, and derivatives of hemp legal, creating a grey area for the compound.