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THCA Products (THC Concentrate, Frozen Sugar Crumble)

THCA, short for tetrahydrocannabinolic acid, is the precursor to the famous THC. Although it itself is not psychoactive, it becomes THC, the famous psychoactive compound, after undergoing decarboxylation, which involves heating the compound causing a chemical reaction. It can be decarbed via lighting a pre-roll, vaporizing vape oil, and more. 
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Collection - Sezzle

Customer Reviews

Love it! ❤️ This product is easy to work with. It's not sticky and messy like the other types. Very pleased with the purchase. Will definitely purchase again.
No terp sauce, just diamonds. Love mixing this into bowls and joints. Always keep this around to push the flower a little further.
It's was amazing way better than I thought the buzz from this was great I had no idea that it would be this good

Common Questions

THCA Products - Meet the Maker

If you’re into cannabis, or quite frankly, if you haven’t been living in an isolated cabin devoid of any access to human contact for the past couple years, you've probably already heard of THC, the most famous psychoactive compound in the plant.

You may have even heard of less popular cannabinoids, like delta 8 or THCP, but if you think you’re caught up with the latest developments in the world of hemp, you've got another thing coming. Enter THCA, a compound not quite well-known, especially in comparison to its evolution, THC. Let’s explore the brave new world of THCA products.

What is THCA?

THCA, short for tetrahydrocannabinolic acid, is commonly recognized as the precursor to THC. This cannabinoid acid is present in the fresh cannabis plant.

During the growth of cannabis plants, a variety of cannabinoids are generated based on the specific plant strain. Most of these cannabinoids initially exist as carboxylic acids, including THCA. They then transform into non-acidic compounds through a process called decarboxylation or "decarbing." The acidic form of each cannabinoid typically produces distinct effects compared to its decarboxylated counterpart.Read More