Extraction Methods & Purification
Why Our Hemp Extract Is Better!
Why Supercritical CO2 Extraction makes our CBD products better?
Extraction
Some companies will use toxic solvents to extract CBD from their hemp, which will leave additional contaminants in their end products. CO2 extraction uses carbon dioxide to remove higher percentages of CBD from the plant without exposing it to additional chemicals. Supercritical CO2 has gained a reputation for being the cleanest, safest, and most cutting-edge method of extracting natural products.
CO2 extraction works at lower temperatures. This method is better at preserving CBD and terpenes, or flavors, and beneficial botanical compounds of the hemp plant. This often makes the finished product more desirable since all the compounds remain. CO2 extraction is also much better for the environment.
Our patent-pending hemp extraction process ensures the preservation of nearly all beneficial phytocannabinoids and terpenes while eliminating undesirable compounds, such as THC. Our state-of-the-art extraction and purification process ensures that our products contain all the synergistic compounds necessary for the entourage effect, essential for to work better harmoniously!
- Employ high quality ethanol and supercritical CO2
- High CBD, low THC, and high terpene plant genetics lead to high-quality extract
- No external additives
Purification
Chromatographic purification process has been able to selectively remove the only psychoactive component, Delta 9-THC, from our hemp oil. Since our purification process is able to selectively remove Delta 9-THC, while leaving intact the other synergistic components of the oil, the resulting hemp extracts is non-psychoactive while still delivering the entourage effect for biological activity and efficacy.
THC is removed to a non-detectable level of 0.0%
All other components, minor cannabinoids, terpenes, and flavonoids are preserved.
NO detectable solvents
NO heavy metals, meeting the toughest regulatory requirements
NO pesticides, meeting the toughest regulatory requirements
