THCA Flower is Smooth & Strong (Top Shelf)
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THCA Flower (Top Shelf)

Shop our premium collection of THCA Flower and experience a safe and legal high. Enjoy smooth THCA flower in a variety of strains.
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Customer Reviews

Has a good strength. Only take a couple minutes to feel the effects. Makes for a good relaxation but still able to function. If you can get at a good price, buy it.
all i can say is i have smoked weed my entire life, and i will say from the first tiny bud i put in my herb pipe, i felt the effects immediately, i bought these as they were BOGO and i`m not dissapointed in the least., i highly recommend this if your a sativaRead More
Was really surprised by this bud. It’s Reggie no doubt but it’s top quality regs for sure. Taste isn’t great and it doesn’t look like anything special but damn it packs a punch. I smoke a lot of kush and I most def approve of this batch. Def look forward toRead More

Common Questions

THCA Flower - Let Your Buzz Bloom

THCA, short for tetrahydrocannabinolic acid, is a natural compound found in cannabis plants. Unlike its psychoactive counterpart THC, THCA remains inert in its raw state. However, once ignited, it transforms into the familiar high-inducing THC.

But how does this cannabinoid acid exert its effects? What distinguishes THCA flower from regular THC flower? And what advantages do THCA products bring to the table?

These are the queries we aim to address and satisfy your curiosity!

What is THCA Flower?

First identified in 1969 by Dr. Raphael Mechoulam, a renowned cannabis researcher and chemist often referred to as the godfather of cannabis research, THCA is the precursor to THC. Dr. Mechoulam meticulously studied a minute amount of THCA extracted from a specific hashish sample.

THCA flower essentially refers to hemp flower with a substantial THCA concentration. While raw THCA doesn't induce psychoactive effects, it metamorphoses into THC (delta-9-tetrahydrocannabinol) when exposed to heat.

So, why does smoking THCA result in a high if it's not inherently psychoactive? The answer lies in a process called decarboxylation.

A Crash Course onRead More