American Cookies – 40mg CC9 (3-Pack) – The perfect balance of flavor and relaxation
American Cookies with CC9 – Flavor and Relaxation in One
Discover the irresistible combination of flavor and relaxation with our American Cookies, infused with a unique blend of CC9 cannabinoids. These cookies provide the perfect treat, whether you’re new to cannabis or an experienced user. With a total of 40mg of CC9 (approximately 13.3 mg per cookie), enjoy a gradual, long-lasting relaxation that helps ease daily stress.
Key Specifications
- Contents: 3 cookies per pack, total 40mg CC9
- Dosage: Approximately 13.3mg CC9 per cookie
- Texture: Soft and chewy, authentic American style
- Effect: Gradual onset with long-lasting effects
Benefits and Applications
What is CC9?
CC9 is a unique blend of cannabinoids that offers a smooth, balanced effect, similar to THC, but often described as more manageable. With a carefully measured dose per pack, you can enjoy its benefits reliably, without feeling overwhelmed.
Delicious Flavor Experience
Our American Cookies are crafted for sweet tooths and relaxation lovers alike. The classic soft texture and rich flavor make each bite a delight, while the CC9 infusion provides a tasty way to enjoy the benefits of cannabinoids.
How to Use
Start with one cookie and wait 30-60 minutes for effects to kick in. As the effects are gradual, we recommend beginning with one cookie and assessing your tolerance before consuming more.
Why Choose American Cookies – 40mg CC9?
- Discreet and Convenient: Perfect for on-the-go without needing to smoke or vape.
- Tasty and Potent: Classic American cookie flavor paired with the relaxing effects of CC9.
- Consistent Dosage: 40mg of CC9 per pack ensures reliable effects every time.
Perfect for Any Occasion
Whether you’re relaxing at home, with friends, or on the go, our American Cookies with CC9 are the ideal choice for a discreet and delicious cannabis experience. With 3 cookies per pack, you have full control over your intake to fully enjoy the calming effects of cannabinoids.