What is THC-O Acetate?
THC-O Acetate was first produced in the 1970s and it does not naturally occur in hemp or cannabis plants but a derivative of the hemp plant. THC-O acetate can be produce via a chemical reaction from Delta-8 THC.
- Smoother experience
- More potent! Around 5 times stronger than Delta-8
- Lasts longer!
THC-O and Drug Test
With THC-O having minimal drug testing research, it is not clear if a consumer taking these products would fail or pass a drug test. Since it is so closely related to Δ9 THC, it is possible it can show up positively on a drug test. It is advised that the use of any products that contain THC content should be used at your own discretion.
Is THC-O Legal?
The Farm Bill legally defines hemp as all parts of cannabis plants (that contain less than 0.3% Delta-9 THC), including isomers and derivatives. Delta-8 is both an isomer and a derivative. THC-O Acetate is not an isomer but is legally protected because it is, in fact, a derivative. However, we do not guarantee that this product is legal in your state or territory and it is up to you to determine that. We retain the right to not ship to any states or territories where local laws conflict with H.R. 2: The Agricultural Improvement Act of 2018, also known as the 2018 Farm Bill. DENEX is not responsible for knowing whether this product is legal in your state or territory and you assume full responsibility for all parts pertaining to your purchase.
Note that the information contained on this page and website is for informational purposes only. It is not legal advice. While we try to stay as up to date as possible on all state and federal laws, the laws, especially at the state level, are constantly changing. You should do your own due diligence and work with a legal professional to ensure you are operating legally in your state or territory at all times.
2 thoughts on “What is THC-O Acetate?”
Do you use vitamin E acetate in your THC-O distillate?
Vitamin E acetate isn’t involved in any THC-O production. The word acetate shouldn’t imply that the two substances are similar in any regard.