THC-B vs. THC-H: what are the major differences?

THC-B vs. THC-H : quelles différences majeures ?

You already know CBD well and are perhaps looking to discover other cannabinoids. That's when you realize that the world of alternative cannabinoids is vast and confusing at the same time with all these acronyms! Let's explore together two molecules that are similar yet different: THC-B and THC-H.

Molecules with different structures

The two molecules THC-B (tetrahydrocannabuterol) and THC-H (tetrahydrocannabihaxol) are THC-derived cannabinoids. Their common ground ends here because their molecular structure is different. While THC-B consists of a butyl side chain (with 4 carbon atoms), THC-H has a hexyl chain (i.e., 6 carbon atoms).

So what? Well, this fundamental structural difference in the molecule can influence how the molecule interacts with the endocannabinoid system. The longer the chain, the stronger the molecule's interaction with CB1 receptors. In the Puffy range, you will find these molecules, THC-B and THC-H, in the form of THC vape and cartridges!

Differences in effects

It should be noted that every experience remains personal and it is difficult to generalize. It all depends on your consumer profile, the quantity, the cannabinoids, the context... Nevertheless, some consumers mention certain trends that can be highlighted here.

THC-B

This cannabinoid is more often associated with targeted effects. It is generally said that the sensation would be faster and also more precise.

However, for experienced consumers, THC-B would offer a milder experience than traditional THC. It would further limit the psychotropic effects associated with THC, making it an interesting alternative for those looking for potency without the feeling of euphoria. However, do not underestimate its potency, THC-B could cause quite strong lethargy.

This cannabinoid could therefore bring you deep relaxation, free from the psychotropic effects of THC. If you are looking to fight stress or anxiety, or to improve your sleep, THC-B could help you. The same goes for pain relief. In short, a general well-being without too much euphoria caused by THC.

This molecule could suit you if you are looking for something stronger than CBD but without psychotropic effects, turn to our THC-B products.

THC-H

Often associated with the light cannabis market, this molecule is found in cannabinoid blends. At Puffy in particular, products are often formulated by mixing several cannabinoids to benefit from the entourage effect.

THC-H presents itself as a more stable and more powerful molecule developed from THC. Its effectiveness would be quite high: its effects are described as long-lasting and powerful. This is what places it among the cannabinoids with intense effects.

According to some consumers, THC-H would be more sedative than other cannabinoids. Compared to CBD, THC-H would cause more noticeable psychotropic effects.

For a new experience, if you are looking for prolonged effects, with a slower onset, THC-H could suit you. THC-H would also be ideal if you want stronger effects than those associated with traditional CBD.

As for the effects reported by consumers, we can mention deep relaxation, help falling asleep, help reducing smoking, decreasing THC consumption... Motivated to discover the benefits of THC-H? Take a look at  our collection of THC-H products.

THC-B and THC-H: Common points

While THC-B would rather be at the origin of targeted and fast effects, but with medium intensity, THC-H would have a deeper and more lasting effectiveness, with a more powerful intensity. But, beyond these differences, the two cannabinoids have certain aspects in common: 

  • Both molecules are derived from the hemp plant.
  • They are less known than CBD or traditional THC, but nevertheless sought after as alternative molecules.
  • They are rather intended for experienced consumers.
  • They are often consumed in the same way, that is, in the form of puffs or with refillable vape pens using cartridges that are easy to vape.

With Puffy products, you will find both molecules, in formulas developed for a progressive and controlled experience.