Honey Fraud: What the FDA’s Testing Found, and What “Raw” and “Pure” Actually Mean

Last updated: October 20, 2026

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The short version

Honey is one of the most adulterated foods in the world, and the FDA tests for it with a method most shoppers have never heard of. The fraud is simple: add a cheaper syrup made from sugarcane, corn, rice or sugar beet, and sell the result as honey.

In its most recent sampling, the FDA tested 102 samples — 54 domestic, 48 imported from 20 countries — and found 4% violative. An earlier survey of 144 imported samples from 32 countries found 10% violative.

The words on the jar do not address this. “Raw”, “pure” and “natural” describe processing and marketing; none of them is a test result. What catches adulteration is an isotope analysis in a laboratory, and what protects you as a shopper is knowing which sellers are subject to it.

What the testing found

How the fraud works, and why honey is such a target

Economically motivated adulteration means adding something cheap to a valuable product to increase volume or weight. Honey is an unusually attractive target for three structural reasons.

• It is expensive relative to the substitute. Sugar syrups cost a fraction of honey, and they blend in without changing appearance.
• It is a commodity with long supply chains. Honey is blended, re-packed and traded across borders, so the product in a jar may have passed through several hands and several countries.
• It is chemically variable by nature. Real honey differs by floral source, season and region, which gives adulteration room to hide inside the natural range.

The FDA’s sampling program exists because of exactly that, and it describes the adulteration as products labeled as honey containing undeclared sweeteners that are less expensive than honey — syrups derived from sugarcane, corn, rice or sugar beets.

SCIRA: the test that catches it

The method the FDA uses is Stable Carbon Isotope Ratio Analysis, and understanding roughly how it works explains why the fraud is detectable at all.

Plants fix carbon by different photosynthetic pathways, and those pathways leave different ratios of carbon isotopes in the sugars they produce. Corn and sugarcane are one type; most nectar-producing plants are another. Add cane or corn syrup to honey and the isotope ratio of the mixture shifts away from what honey alone would show.

The FDA’s refinement is to analyze both the honey and its protein extract. Honey’s own proteins provide an internal reference from the same jar, so the comparison does not depend on assumptions about what a typical honey looks like.

The agency is careful about interpretation: where a sample’s isotope levels did not match expectations, experts reviewed the result more closely, considering natural variation in honey composition and the margin of error of the test, before concluding adulteration. That caution is why a violation rate of 4% is a meaningful figure rather than an artifact.

What happens next depends on origin. For domestic violations, the FDA works with firms on corrective actions including voluntary recall. For imports, it stops shipments at the border and places the firm and product on Import Alert 99-47 — the same import alert mechanism used in the cinnamon case we cover in our explainer on lead in cinnamon and ground spices, and it targets products appearing adulterated for economic gain.

What “raw”, “pure” and “natural” actually mean on a honey jar

None of these words addresses adulteration, and it is worth being precise about what each does describe.

The uncomfortable implication: a jar of adulterated honey can legitimately carry “pure”, “natural” and an attractive floral name, because those words are not claims a laboratory checks. Our organic honey guide reads what each listing states about origin, processing and testing, and the honest finding is that very few say anything a laboratory could verify.

Raw honey: what it genuinely changes

Having said that raw is not an anti-fraud claim, it does describe real differences worth knowing.

Crystallization. Raw honey granulates faster and more completely, which many people mistake for spoilage. It is the opposite: crystallization is characteristic of unprocessed honey, and gentle warming reverses it.

Pollen content. Raw honey retains pollen grains, and pollen is what allows a laboratory to identify floral and geographic origin. Ultra-filtered honey has had that removed, which improves clarity and shelf appearance while erasing the evidence of where it came from.

Heat-sensitive components. Enzymes and some aromatic compounds are affected by heating. The practical difference is mostly flavor and aroma rather than nutrition, and it is genuine for anyone who has compared a local raw honey with a commodity jar.

One safety point that applies regardless: honey of any kind should not be given to infants under twelve months, because of the risk of infant botulism. That is not a processing question and raw honey does not change it in either direction.

Why a long supply chain is the real risk factor

Adulteration does not usually happen at the hive. It happens somewhere between the hive and the jar, which is why the shape of the supply chain predicts risk better than any label.

Commodity honey is aggregated: many beekeepers sell to a collector, collectors sell to exporters, exporters sell to packers, and packers blend to a consistent color and flavor for retail. Each transfer is an opportunity for a cheaper input to enter, and each blend makes the result harder to trace back.

This is why “blend of honeys from more than one country” appears on so many labels. The phrase is honest — it is required when the contents come from multiple origins — and it tells you the chain is long. It is not evidence of wrongdoing; it is a description of a structure in which wrongdoing is harder to detect.

The inverse also holds. A beekeeper selling at a market, a single-apiary brand naming its location, or a packer publishing the specific origin of a batch has removed most of the opportunities. That is the practical value of buying local, and it has nothing to do with the honey being intrinsically better.

Floral source claims, and what pollen has to do with it

Single-floral honeys — manuka, acacia, orange blossom, buckwheat — command higher prices, and the premium creates a second kind of fraud separate from syrup adulteration: passing off ordinary honey as a prized varietal.

Pollen analysis is the traditional check. Bees carry pollen from the flowers they visit, and the pollen profile of a honey is a record of its floral source and region. A laboratory can compare that profile against what a claimed origin should look like.

Which is where ultra-filtration becomes relevant. Removing pollen produces a clearer, slower-crystallizing product with a longer shelf appeal — and it also removes the evidence. A brand may filter for entirely ordinary commercial reasons; the effect on verifiability is the same either way.

So for varietal honey the questions worth asking are whether pollen was retained, whether the floral source is stated with a region rather than a marketing name, and whether the seller can say which apiary or district it came from. Our organic honey guide looks for exactly those statements in the listings.

What organic certification covers on honey, specifically

This is more interesting than in most categories, because bees are mobile and that creates a genuine standards problem.

Certification for honey addresses the hives and their management — the materials used in hive construction and treatment, the practices of the beekeeper, and the forage area around the hives. The complication is obvious: bees forage over a wide radius and nobody can fence them. A standard therefore works with the land around the apiary rather than the flight of individual bees.

Two consequences worth understanding:

• Certified organic honey is a claim about a managed area and a set of beekeeping practices, not a guarantee that no bee ever visited a sprayed field.
• It still says nothing about adulteration. Syrup added after the honey leaves the hive is a supply chain question, and the organic standard governs production rather than authenticity testing.

That is not an argument against buying certified organic honey. It is an argument for reading it as one claim among several, which is the approach we take to certification throughout this site — see understanding organic certifications for the general framework.

Storing honey, and the myths worth dropping

Honey is one of the few foods that genuinely does not spoil under normal conditions, because its low water content and acidity make it inhospitable to microbes. A few practical notes follow from that.

• Store at room temperature, sealed. Refrigeration accelerates crystallization; freezing is unnecessary.
• Reverse crystallization gently. A jar in warm water works. Boiling or microwaving damages aroma and, in raw honey, the heat-sensitive components that were the point of buying it.
• Keep water out. A wet spoon introduces moisture, which is the one thing that can allow fermentation.
• Ignore expiry-date panic. A best-before date on honey reflects quality expectations and packaging regulations rather than safety.

The one genuine safety rule remains infant botulism: no honey before twelve months, in any form, including in baking given to infants and including raw or certified organic honey. That is the single non-negotiable in this category, and it is worth repeating because the marketing around raw and natural products can imply the opposite.

How to buy honey with a better chance of being honey

You cannot test a jar at home, so the strategy is to buy where the supply chain is short enough to be accountable.

1. Buy local and single-origin where possible. A beekeeper selling their own honey is the shortest supply chain available, and the one with the least room for a blender to intervene.
2. Prefer jars that name a floral source and a region specifically, rather than “blend of honeys from more than one country”, which is a legitimate label and also tells you the chain is long.
3. Treat implausibly cheap honey as a signal. Honey is expensive to produce; a price far below the category average has to be explained somewhere.
4. Expect crystallization in raw honey, and treat a product that never granulates as more processed rather than better.
5. Read organic certification correctly: it addresses the hives and the forage area under the standard, not whether syrup was added afterwards.
6. Ask about testing. A packer that tests for adulteration will say so, and the question is worth asking of anyone selling at scale.

What the import alert system actually does

The enforcement mechanism behind these findings is worth understanding, because it is the same one that appears in several other categories we cover and it explains why some products vanish from shelves quietly.

When the FDA finds a violative imported product, it can place the firm and product on an import alert, which subjects future shipments to detention without physical examination. In practice that means the burden flips: rather than the agency testing each consignment, the importer must demonstrate that the product complies before it is released.

Import Alert 99-47 covers products appearing adulterated for economic gain, and it is the same alert applied in the cinnamon lead case. Two features make it effective:

• It is public. Import alerts list firms and products, so the record is inspectable rather than a private enforcement conversation.
• It is persistent. Removal requires evidence, so a firm cannot simply wait out a bad test result.

For a shopper, the relevance is indirect but real: a long, opaque supply chain is one where this mechanism is doing the work invisibly, and a short one is where you can verify things yourself. Neither is a guarantee. Both are better than trusting the word “pure” on a label.

What good honey costs, and why

Price is an imperfect signal in most categories and an unusually informative one here, because the economics of the fraud are so simple.

Honey requires bees, forage, seasons and labor. Syrup requires a tank. When a product undercuts the category by a wide margin, the difference has to come from somewhere: lower-cost origin, larger-scale blending, or dilution. The first two are legitimate and the third is not, and the price alone cannot distinguish them — but an implausible price is a reason to look harder rather than to celebrate.

Conversely, a high price guarantees nothing. Premium varietal honey is precisely the category where passing off is most profitable, which is why the provenance questions in the section above matter more at the top of the market than at the bottom.

The sensible posture is the one we recommend for spices, supplements and oils: buy from sellers who tell you where the product came from, expect to pay something realistic for a labor-intensive agricultural product, and treat unverifiable adjectives as decoration regardless of where they sit on the price scale.

A short checklist for the jar in your hand

1. Origin: does the label name a country, region or apiary — or does it say a blend of honeys from more than one country?
2. Floral source: is a specific flower named, and is it plausible for the stated region?
3. Processing: raw, filtered, or unstated? Does it crystallize over time?
4. Seller: local beekeeper, single-apiary brand, or commodity packer?
5. Price: in the normal range for the category, implausibly low, or premium with provenance to match?
6. Certification: present or not — and read as a production claim, not an authenticity test.

Nothing on that list is a laboratory. It is a set of questions that, taken together, make it much harder for a long anonymous supply chain to end up in your cupboard — which is the only lever a shopper actually has.

Where honey sits among the sweeteners

Since the practical decision is usually which sweetener to buy rather than which honey, it is worth placing it alongside the alternatives we cover.

Maple syrup has a grading system based on color and flavor, and it is a single-ingredient product from a defined source, which makes adulteration harder to hide — although it happens. Our organic maple syrup guide covers the grade names.

Cane sugar and coconut sugar are what they are, with no processing claim to misread beyond refining level. See organic cane sugar and coconut sugar.

Stevia and monk fruit are a different category: high-intensity sweeteners where the question is what they are blended with, since most retail products are mostly bulking agent. Our organic stevia and monk fruit guides read the ingredient lists for exactly that.

And nutritionally, honey is sugar. It carries trace compounds that refined sugar does not, and the difference is small enough that the case for honey is flavor and provenance rather than health. That is the same conclusion our explainer on juice labels reaches about fruit juice, and it is worth saying plainly on a site that could easily sell the opposite.

Manuka, and the one honey with its own grading system

One varietal deserves separate treatment because it has developed the testing infrastructure the rest of the category lacks, and because it is the most expensive honey most people will encounter.

Manuka honey is produced from the nectar of a New Zealand and Australian shrub, and its premium rests on compounds associated with that nectar. Because the premium is large, the incentive to pass off ordinary honey as manuka is correspondingly large — and the industry’s response was to develop numeric grading based on marker compounds rather than relying on the word alone.

The practical implication for a shopper is unusually clear: a jar with a stated grading number and a certifying scheme is making a checkable claim, and a jar saying only “manuka honey” is not. This is the rare case in our coverage where the premium category is better evidenced than the commodity one.

The same logic transfers to other varietals without formal schemes. Where a brand states a measurable characteristic rather than a name, it has given you something to hold it to.

Reading the nutrition panel honestly

Since honey is bought partly for health reasons, it is worth being blunt about what the panel shows.

Honey is predominantly sugars — fructose and glucose — with water and trace amounts of other compounds. A tablespoon contains roughly the sugar of a tablespoon of sugar, adjusted for water content. The trace components are real and are the reason honey tastes of something while refined sugar does not, but they are present in quantities that do not change the nutritional character of the product.

Where that matters most is in claims. Honey marketed for immunity, allergies or energy is being sold on properties the nutrition panel does not support, and our position is the same one we take on juice: enjoy it for what it is, and do not pay a premium for a health claim the product cannot carry.

The local-honey-for-allergies idea is worth one sentence because it comes up constantly: the pollens that cause seasonal allergies are wind-borne, and the pollens in honey are largely those carried by insects, which is why the mechanism people assume is not the one at work.

None of this is an argument against honey. It is an argument for buying it as a food rather than as a supplement, and for spending the difference on provenance rather than on claims — which brings the question back to where this page started.

A last word on why this category rewards attention. Honey is unusual among the foods we cover in that the fraud is both common and invisible: an adulterated jar looks, pours and largely tastes like honey, and no amount of careful shopping at the shelf will reveal it. What the FDA sampling gives us is a rough rate, a detection method, and a public enforcement record. What a shopper can add is a preference for short supply chains, specific origin statements and sellers who answer questions. Neither half is sufficient on its own, and together they are considerably better than the word pure printed on a lid. The same logic runs through our explainers on spice adulteration and supplement testing, because the underlying problem is identical: when a product is valuable, variable and hard to inspect, the label is the last place to look for the truth about it.

Common questions about honey fraud and labels

How common is fake honey?

In the FDA’s most recent sampling, 4% of 102 samples were violative, with two domestic and two imported. An earlier import-focused survey of 144 samples from 32 countries found about 10% violative.

What is honey adulterated with?

Undeclared sweeteners cheaper than honey, typically syrups derived from sugarcane, corn, rice or sugar beets.

How does the FDA detect it?

Stable Carbon Isotope Ratio Analysis, applied to both the honey and its protein extract. Different plants leave different carbon isotope signatures, so added cane or corn syrup shifts the ratio away from what honey alone would show.

Does “raw” mean it is real honey?

No. Raw describes processing — not heated beyond hive temperatures, pollen retained — and says nothing about whether syrup was added. It is a useful term for other reasons.

Is “pure honey” a regulated claim?

It is marketing language rather than a verified statement. Adulterated honey routinely carries the same wording, which is why it cannot function as a safeguard.

Does organic certification prevent adulteration?

No. Organic certification covers production practices for the hives and forage area. It does not require testing the finished honey for added syrups.

Why does my honey crystallize?

Because it is relatively unprocessed. Crystallization is normal and reversible with gentle warming, and honey that never granulates has usually been processed more heavily.

Does ultra-filtering matter?

It removes pollen, which improves clarity and removes the main forensic clue to a honey’s floral and geographic origin. It is not itself adulteration, but it makes origin harder to verify.

Can babies eat honey?

Not under twelve months, because of the risk of infant botulism. This applies to all honey regardless of processing or certification.

Is honey healthier than sugar?

Marginally, and not enough to change how you should treat it. Honey is sugar with trace compounds; the honest case for good honey is flavor and provenance.

Sources

• FDA: FY25 Sample Collection and Analysis of Honey for Economically Motivated Adulteration
• FDA: Report on Economically Motivated Adulteration in Honey

Related reading

• Organic Food and Pantry hub
• Best Organic Honey
• Lead in cinnamon and ground spices
• Understanding organic certifications
• Organic Product Database — compare brands across every guide

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