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THCA is naturally produced by cannabis plants, not synthetic. Learn to spot real vs sprayed flower, verify cart quality, and understand why laws use confusing labels.

November 4th, 2025
THCA is naturally produced by cannabis plants—it's not synthetic. But when you heat it, THCA becomes THC and creates the familiar cannabis effects we all know.
We understand the confusion though.
Some products are altered, some laws use "synthetic" as a regulatory category, and the online debate can get heated.
Let's clear this up with practical verification steps you can actually use when shopping for THCA flower or carts.
THCA Is Naturally Produced by Cannabis Plants, Not Made in Labs
When You Heat THCA, It Becomes THC
Why Some THCA Products Are Called Synthetic When the Compound Is Natural
How to Tell If THCA Flower Is Naturally Grown or Sprayed With Isolate
What Makes THCA Oils and Carts Different From Flower
Reading Lab Reports to Verify THCA Product Quality
State Laws That Restrict THCA Despite Federal Hemp Rules
THCA Will Make You Fail a Drug Test After Heating
Storing THCA Flower to Maintain Potency
Your Next Step With THCA Products
THCA forms in plant trichomes as the precursor to THC, present in all cannabis varieties. Think of it as THC in waiting—activated by heat rather than created in a lab.
Every cannabis plant produces THCA naturally during growth.
The plant converts a compound called CBGA to THCA through its natural biosynthesis process, just like how tomatoes produce lycopene or how citrus creates vitamin C.
Cannabis trichomes—those crystal-like structures on flower—are where THCA lives.
These tiny factories produce and store the compound until you decide to heat it up.
This explains why eating raw cannabis flower won't get you high. Without heat, THCA stays in its natural, non-psychoactive form.
Smoking or vaping THCA produces the same effects as traditional cannabis. That's because heat transforms THCA into Delta-9 THC instantly.
Raw THCA doesn't cause intoxication. Heat acts like an on-switch for psychoactive effects, which is why that same flower that does nothing when eaten raw will absolutely get you high when smoked.
At temperatures above 220°F, THCA becomes more potent and transforms into THC. This happens whether you're using a lighter, vape, or oven.
We call this process "THCA becomes THC when heated" or "THCA becomes more powerful when burned." The key point: temperature controls everything.
Here's where things get confusing—and we need to separate three distinct concepts.
First, there's the natural THCA compound that all cannabis plants produce.
Second, some sellers spray CBD hemp with THCA isolate, creating products that are altered but still contain natural THCA. Third, state laws sometimes label all hemp-derived cannabinoids as "synthetic" for regulatory purposes, regardless of their actual origin.
The compound itself is always natural. But product alterations like spraying THCA onto CBD flower create skepticism about authenticity.
When states write bills banning "synthetic hemp," they're using regulatory language, not chemistry terms. This political categorization has nothing to do with whether THCA is actually synthetic (it's not).
Visual inspection tells you a lot. Natural THCA flower has uniform trichome coverage without sticky spots or visible droplets.
The color should be consistent throughout, and there shouldn't be any chemical smell.
If you see uneven coating, tacky texture, or crystalline deposits that look out of place, you might be looking at sprayed product.
Check the Certificate of Analysis (COA) for these indicators: THCA as the dominant cannabinoid, compliant Delta-9 levels under 0.3%, and matching batch numbers between the product and test results.
Natural flower will also show minor cannabinoids like CBG or CBC in reasonable amounts.
Red flags include mismatched or missing test dates, unusually high THCA percentages with zero terpenes, or COAs that don't match the product packaging.
At Mood, every product comes with transparent batch testing you can verify.
We understand the community skepticism around oils and carts.
Many are reconstituted or concentrated differently than flower, which can affect the experience.
Extraction and concentration processes create variation in effects and purity.
Some producers use CO2 extraction to maintain terpenes, while others use methods that strip everything but the THCA.
Quality depends on producer practices, not the format itself.
Well-made THCA diamonds or dab badder can deliver clean, potent effects.
The key is finding producers who test for residual solvents and maintain the full spectrum of cannabinoids.
Avoid products that seem too cheap to be true—quality extraction costs money.
For flower COAs, look for a cannabinoid profile with THCA dominant, a recent harvest date, and passed contaminant screens.
The report should test for pesticides, heavy metals, and microbials.
Cart COAs need extra attention. Check the potency breakdown, residual solvents testing, and a clear ingredient list excluding cutting agents like vitamin E acetate.
Legitimate COAs have consistent lot numbers between the package and report.
The testing date should be recent—within the last few months for flower, more recent for concentrates.
Look for third-party lab names you can verify exist.
Mood provides batch-specific COAs for all our products, so you know exactly what you're getting.
Federally, hemp-derived THCA is legal if Delta-9 THC stays under 0.3%.
The 2018 Farm Bill created this framework, and THCA products sold by Mood comply with these requirements.
But states have their own rules. North Carolina recently passed legislation targeting "synthetic" hemp products, while Texas Governor Abbott vetoed similar restrictions, supporting legal hemp-derived cannabis.
California has complex regulations around hemp products.
Tennessee recently restricted certain cannabinoids.
The practical impact? Retailers may pause sales to ensure compliance, and availability shifts quickly. We keep our shipping map updated so you know where we can legally deliver.
Let's be clear: smoking, vaping, or cooking THCA creates THC metabolites that standard tests detect.
If you're subject to testing, assume heated THCA will cause a positive result.
Only raw, unheated consumption avoids THC conversion, but this is uncommon usage. Most people heat their THCA products, which means drug test risk.
Standard panels test for THC metabolites, not THCA itself. But once you apply heat, you're creating the exact same metabolites as traditional cannabis.
There's no way around this—if you need to pass a drug test, avoid THCA products that you plan to smoke, vape, or cook. Even THCA vapes will trigger positives.
Keep your THCA flower in cool, dark, airtight containers to slow degradation. Heat, light, and oxygen gradually convert THCA to THC then CBN over weeks to months.
Glass jars in a drawer work better than plastic bags on a shelf. The cooler and darker the storage, the longer your flower maintains its original cannabinoid profile.
At room temperature in proper storage, THCA flower stays stable for months. But leave it in a hot car or sunny windowsill, and conversion accelerates significantly.
This natural aging process happens to all cannabis.
Proper storage just slows it down to maintain the potency and effects you paid for.
Now you have the tools to distinguish natural from altered products and make informed choices. THCA is plant-made, heat activates it, and quality varies by producer—not by the compound itself.
Apply these COA and visual checks to any product you consider. Whether you're shopping for top-shelf THCA flower or trying classic hash, you now know what to look for.
We believe in transparency, which is why every Mood product comes with comprehensive testing and clear labeling.
Check out our full selection and find the perfect THCA product for your needs—with confidence that you're getting exactly what's on the label.