As research on cannabis continues to advance, an increasing number of cannabis varieties and components have been identified. Among these newly discovered components are THC-P, THC-V, THC-O, HHC, and others. In this discussion, our attention will be on HHC.
What Is HHC？
HHC is one of the derivative elements of cannabis, but it is not THC and is not very directly related to THC, but it will provide a THC-lite experience.
HHC stands for hexahydrocannabinol, a synthetic cannabinoid with a structure different from THC, which is most distinguished by its unique properties for medicinal and therapeutic use, it is also chemically similar to THC, which is primarily a psychoactive compound.
According to current research, HHC interacts with the endocrine system in the body, such as relieving pain, calming emotions, and increasing appetite, etc. The research on HHC is still in its early stages, but some current studies show that it has potential as a pain reliever, anti-inflammatory agent, and appetite stimulant.
What Does It High Like?
HHC, or Heavy Hashish Consumption, can gradually improve your mood and increase activity levels, without completely taking over your sense of control. The cognitive and headspace changes are similar to those experienced with THC, but not as overwhelming.
Interestingly, the effects of a Delta-8 THC high are quite similar to those of HHC. Both offer a milder psychoactive experience compared to Delta-9 THC, without the associated paranoia and negative side effects. Therefore, an HHC high is comparable to a Delta-8 high in terms of the level of intoxication it provides.
What Is the Difference Between HHC and THC？
Although HHC and THC are both elements found in the cannabis plant, there are some differences between them
While THC and HHC share many similarities, the presence of additional hydrogen atoms in HHC provides distinct chemical advantages that may even surpass those of THC. Despite their seemingly small size, these hydrogen atoms can offer significant benefits in terms of chemical properties.
By adding an additional hydrogen molecule, the binding affinity of HHC is increased for the CB1 and CB2 endocannabinoid receptors, as well as the TRP pain receptors. These receptors play a vital role in regulating various bodily processes.
HHC attaches to both CB1 and CB2 endocannabinoid receptors, which respectively govern metabolism and cognitive processes, and immune cells and inflammation. This attachment can provide psychoactive benefits such as pain relief, appetite-support, and euphoric feelings similar to THC's "high."
Hydrogenation also improves HHC's stability. THC can degrade upon exposure to oxygen, resulting in the formation of CBN, which is less potent than THC. However, HHC is more stable and doesn't lose its potency when exposed to oxygen, heat, or light, which can cause flower and edibles to spoil.
Both HHC and THC have isomers, with HHC having its own variants, including Cannabiripsol and other isomers with long chemical names like 9α-hydroxyhexahydrocannabinol and 7-oxo-9α-hydroxyhexan-hydrocannabinol.
Most importantly, HHC and THC can function differently in the body, although they both target the endocannabinoid system.
What Are the Effects of HHC?
THC and HHC are two compounds found in cannabis that have different effects on the body. While HHC can produce a milder high, it has a stronger affinity for both the CB1 and CB2 receptors. This can moderate some of the psychoactive effects associated with cannabis use. HHC has been reported to induce relaxation and euphoria, and it may have therapeutic benefits for pain management, anxiety, and other conditions.
Compared to delta-9 THC, HHC is estimated to be about 80% as potent, but more potent than delta-8 and delta-10. Delta-8 has a weaker affinity for CB1 receptors, while delta-10 does not appear to have any particular affinity for CB receptors.
HHC is also said to be more bioavailable than THC and CBD, which means the body is better able to absorb and utilize it. This may be due to its ability to metabolize more efficiently in the human body, leading to more beneficial effects. Some users have claimed that HHC is undetectable in drug tests, but this has not been conclusively proven.
In addition to its recreational use, HHC has been studied for its potential medical applications. A 2011 study suggested that HHC may have anti-tumor properties, indicating that it could be a promising treatment option for cancer patients in the future.
How To Vape HHC?
Vaping HHC involves using a vaporizer that is specifically designed for use with concentrates or cartridges that contain HHC. Here are some general steps to follow for vaping HHC:Choose a compatible vaporizer: HHC requires a vaporizer that is compatible with concentrates or cartridges, so make sure to choose a device that can handle these types of products.
Charge your vaporizer: Make sure your vaporizer is fully charged before use, as this will ensure that you get the best vaping experience possible.
Load the cartridge: If you are using a cartridge, attach it to your vaporizer according to the manufacturer's instructions. If you are using a concentrate, load a small amount of HHC into the vaporizer's heating chamber.
Adjust your temperature: HHC vaporizes at a slightly higher temperature than THC, so adjust your vaporizer's temperature accordingly. Start at a lower temperature and gradually increase it until you find your preferred setting.
Inhale and enjoy: Once your vaporizer is ready, inhale the vapor slowly and steadily. Take small, controlled hits to avoid overdoing it.
