D9-THC-O - Tetrahydrocannabinol-Acetate
Our D9-THC-O - Tetrahydrocannabinol-Acetate is a premium cannabinoid synthesized for maximum purity and potency. Known for its strong and long-lasting effects, D9-THC-O may promote deep relaxation, enhanced mood, and a sense of balance. This product is ideal for tinctures, capsules, and edibles.
Product Overview
D9-THC-O - Tetrahydrocannabinol-Acetate is an acetylated form of Delta-9 THC, designed to increase bioavailability and prolong the duration of effects. Produced through advanced synthesis techniques, D9-THC-O achieves maximum purity, providing a clean and highly potent cannabinoid solution for custom wellness and recreational products.
Detailed Product Description
Product Background
Our D9-THC-O - Tetrahydrocannabinol-Acetate is synthesized to eliminate impurities such as THC, terpenes, and flavonoids. This process results in a pure and refined cannabinoid that delivers prolonged, potent effects. Known for its delayed onset, D9-THC-O interacts strongly with receptor pathways in the body, promoting enhanced relaxation and balance.
Each batch undergoes rigorous third-party testing to ensure maximum purity, potency, and safety, making it a reliable ingredient for advanced formulations.
Ingredients and Formula
Our D9-THC-O - Tetrahydrocannabinol-Acetate is THC-free and free from terpenes, heavy metals, pesticides, and other additives. This ultra-pure cannabinoid is designed to integrate seamlessly into various product types.
Key Features & Benefits
- Maximum Purity: Synthesized for unmatched refinement and quality.
- Enhanced Potency: Known for its delayed onset and extended effects on mood and relaxation.
- Lab-Tested Quality: Verified for safety and purity by independent laboratories.
- Promotes Relaxation and Well-Being: May enhance mood, reduce stress, and promote calmness.
- Versatile Applications: Ideal for tinctures, edibles, and capsules.
Usage Instructions & Applications
Suggested Dosage: Start with a low dose of 1-5 mg due to the delayed onset and high potency of D9-THC-O. Adjust dosage gradually as needed.
Recommended Applications
- Add to tinctures or oils for controlled sublingual use.
- Incorporate into capsules or edibles for precise dosing with prolonged effects.
Related Products and Terms
CBC - Cannabichromene: A versatile cannabinoid with potential mood-boosting and skin-supportive benefits.
CBDA - Cannabidiolic Acid: Known for its potential anti-inflammatory properties and wellness support.
Cannabinoid Pathways: Explore how cannabinoids like D9-THC-O interact with receptor pathways to support body balance.
FAQ Section
What is D9-THC-O - Tetrahydrocannabinol-Acetate?
D9-THC-O is an acetylated form of Delta-9 THC. It provides delayed onset effects that are often stronger and longer-lasting than regular Delta-9 THC.
Why is D9-THC-O produced through synthesis?
Synthesis ensures that D9-THC-O achieves maximum purity by removing unwanted compounds like THC, terpenes, and other impurities.
Can D9-THC-O produce psychoactive effects?
Yes, D9-THC-O can produce strong psychoactive effects, though they may take longer to onset and last longer than those of standard Delta-9 THC.
Is D9-THC-O legal?
Yes, D9-THC-O is federally legal as it is derived from hemp. However, local regulations may vary, so always check your area's laws.
Additional Safety Note
While D9-THC-O - Tetrahydrocannabinol-Acetate is ideal for tinctures, capsules, and edibles, it should not be used in vape products. Heating acetates can lead to the formation of harmful ketene gas, making this form unsuitable for inhalation-based applications.
Discover the Benefits of D9-THC-O - Tetrahydrocannabinol-Acetate
For a deeper dive into the unique properties, benefits, and potential applications of D9-THC-O, explore how this cannabinoid supports relaxation and balance—read more...
Curious to learn how D9-THC-O - Tetrahydrocannabinol-Acetate compares to other cannabinoids or looking for answers to common questions? Explore our Glossary and FAQ sections to better understand cannabinoids and their applications. For in-depth and scientific insights, visit our Cannabinoid Research and Blog pages.