What is HHC? Does it have a long-lasting effect?

What is HHC

What is HHC?

A hydrogenated form of THC naturally found in cannabis with effects roughly 70-80% as strong as THC, HHC is nonacidic, nonflammable, and nontoxic.

Hexahydrocannabinol – or HHC – is a naturally occurring chemical compound known as a cannabinoid. The most well-known cannabinoid is THC, but it is not the only type. HHC is a semi-synthetic version of THC and is stronger than delta-8 and delta-10, which are the most common cannabinoids in cannabis. HHC shows promise for several therapeutic and medicinal benefits, making it a promising research subject.

HHC is a cannabinoid-based product that was not specifically designed for human consumption. It is an industrial hemp extract and the makers of the substance primarily sell it as a solvent, though some bio-hackers claim that it became an effective treatment for anxiety and depression once ingested.

What is the difference between natural and synthetic HHC?

It is both a natural and semi-synthetic cannabinoid depending on where it comes from and how it is created. Due to the range of supply, feeling medicated can vary in intensity from one dose to the next, but you should feel relief no matter which product you choose.

HHC is short for delta-8 homohopacannabiorcol or, more commonly, “Homohopolaricannabivarin.” THC oxidizes into CBN as it undergoes prolonged exposure to oxygen. It has been shown to counter the anxiety effects and amnesia effects of THC in lab rats. Unlike THC or CBD, it does not activate the CBN1 receptors in the brain on its own.

In natural cannabis, THC is joined by a host of medically valuable compounds like Cannabinol, Cannabidiol, and various terpenes. These compounds accentuate THC’s therapeutic effects. However, since the natural concentration of the most important compound – THC – is so low, producers are unable to produce those full-spectrum products from it. What do they do instead? The THC is hydrogenated.

Concentrating the medicinal and psychoactive components of cannabis through Hydrogenation is a simple process. THC is chemically saturated with hydrogen atoms, exposed to a nickel or zinc catalyst, and then converted into HHC. Due to the addition of hydrogen, HHC cannabinoid is more stable than THC and has higher heat and UV resistance.

HHC is a compound derived from the THC molecule. As THC undergoes chemical modification during decarburation (heating), the original configuration of natural THC is altered. It results in a cannabinoid that is a mixture of several different compounds. The unique mix of compounds found in HHC gives it properties distinct from those of other cannabinoids.

How strong are the effects of HHC? Does it cause a high?

HHC is a high-quality organic, non-toxic, cannabis oil created by a competition-winning Amsterdam seed bank. HHC provides you with the relaxing and sedating qualities of delta-8 oil (and perhaps delta-10 as well).

THC, delta-8, and they are all cannabinoids that are known as having high binding affinity. This means they can bind to cannabinoid receptors with a decent level of efficiency. The major difference between THC, delta-8, and HHC is their size. Another difference is that compounds of this size often are common phytocannabinoids, meaning they will be found in the natural world and will not require the use of bacteria to produce artificially. To know more about HHC try visiting wildorchardhemp.com.

Mild to moderate doses are likely to cause euphoria, visual distortions, and cognitive impairment. How overwhelming any of these effects may be is unclear.

HHC is a recently described cannabinoid that has been identified in some food products. It has been reported to be approximately 70-80% as potent as THC, the primary psychotropic constituent of cannabis. It contained in cannabis extract or other food products may induce both behavioral and physiologic effects that are indistinguishable from those seen after THC exposure. These results suggest that consumption of certain foods high could result in psychotropic effects characteristic of Δ9-THC intoxication.


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