What is HHC and why is it so popular?

There are so many new cannabinoids out there these days! Contemporary approaches have revealed new compounds to investigate, progressing beyond the old school mainstays.

Many people are interested in HHC (Hexahydrocannabinol) due to its potential health advantages.

As a result, let’s take a deeper look at this intriguing new hemp-derived finding.

HHC Meaning & History

Hexahydrocannabinol was produced by Roger Adams, the scientist who discovered and isolated CBD in the 1940s. HHC is a hydrogenated form of tetrahydrocannabinol, or THC (THC). Adams hydrogenated delta-9-THC by adding hydrogen atoms, resulting in the formation of HHC. HU 211, 7-OH-HHC, and HU243 are only a few of the more than a dozen variations on the original hexahydrocannabinol.

 

HHC, unlike THC, contains no double bonds in its structure. Two additional hydrogen atoms have been added to it instead. Unlike CBN, which is formed when THC accumulates more double bonds as it degrades, CBD is the exact opposite. THC’s CB1 and CB2 receptor binding affinity is altered when the double bonds are broken, and hydrogen atoms are substituted for carbon atoms in HHC.

While delta-9-THC loses its efficacy more quickly, HHC keeps a higher proportion of its potency for a longer time. When subjected to heat and UV radiation, it becomes substantially more durable.

How is HHC produced?

There are several phases involved in the procedure. CBD is purified from raw hemp by first being extracted, distilled, and then ground into a powder. Things only grow more complex from there.

Hemp-derived CBD serves as the foundation for the chemical interaction that forms HHC.

To produce HHC, a chemical reactor must be used. It’s possible to go into great depth and provide a thorough explanation, but keep it simple. HHC is produced when CBD is fed into a reactor.

Before distillation, HHC is a thick, golden oil.

Is THC present in HHC?

As previously stated, HHC has a psychoactive impact; however, it is not the same as THC. It may still contain 0.3 percent Delta-8 THC and cannabinoids like CBC and CBN. Cannabinoid receptors in your body are activated by these substances, which operate in tandem with the HHC to provide a distinct high sensation.

Benefits of HHC

There are currently numerous studies being conducted to evaluate the potential applications of HHC; therefore, the following list is only the beginning of what the drug may be able to do. HHC seems to have comparable advantages to other forms of THC, such as:

  • Reduce the overall inflammation in the body.
  • Reduces stress and anxiety by calming the mind and body.
  • It can aid in the maintenance of a healthy appetite and alleviate nausea.
  • Restorative sleep may be improved with the use of this product.
  • Involves assisting with pain control

Is the use of HHC legal?

This may be the most difficult HHC question to answer. This is because HHC is generated from hemp and not THC. According to this, HHC should be safe. There are no federal laws that prohibit the use of HHC gummies, candies, or vapes. According to other justifications for its legitimacy, hemp pollen and seeds may contain HHC. Because it is not synthetic, it is lawful to use in the United States.

As of right now, hemp-derived cannabidiol (THC) products are navigating the legal grey area between hemp (which is lawful) and cannabis (which is illegal) (which is not). Retailers and manufacturers will continue to sell HHC on the assumption that it is lawful until specific legislation is established.

Conclusion

Hexahydrocannabinol is derived from tetrahydrocannabinol (THC) and chemically hydrogenated to create all HHC derivatives. The current study indicates that HHC itself poses no health risk, but the process by which it is manufactured may be hazardous. When the hydrogenation process is done incorrectly, your purchase’s HHC product may be contaminated with impurities and other pollutants. It’s essential to buy HHC items from trustworthy and respectable sellers that have their products tested by third parties.

 

 

Leave a Reply

Your email address will not be published. Required fields are marked *