What’s in Your Honey—and Is It Real?

By Eliza Ward

Honey is composed primarily of the simple sugars fructose and glucose, known as monosaccharides, and approximately 17% to 20% water. It also contains smaller amounts of other sugars, organic acids, amino acids, proteins, minerals, enzymes, pollen, phenolic compounds, and other trace components.

In other words, honey is mostly sugar and water.

But not just sugar and water.

Sucrose, the sugar most of us think of as table sugar, is a disaccharide made from fructose and glucose linked together. Honey usually contains only a small amount of sucrose, along with other disaccharides such as maltose and other more complex carbohydrates known as oligosaccharides. These are medium-sized carbohydrates made from several sugar units joined together.

Before your eyes start to glaze over, this short chemistry lesson will help you understand why one honey is dense and spreadable, while another honey is loose and pourable, and possibly even why you prefer one honey over another.

Why Honey Tastes Sweet in Different Ways

Fructose tastes sweeter than sucrose. Glucose tastes less sweet. Maltose tastes less sweet still.

So the “sweetness” of a monofloral honey—a honey made primarily from a single flower source—depends partly on the ratio of fructose to glucose, along with the larger balance of sugars created as bees process the nectar of a particular flower.

The more fructose-forward a honey is, the sweeter it may seem on the palate. Fructose is also highly soluble, which is one reason high-fructose honeys often stay liquid longer. Glucose, on the other hand, is less soluble and more likely to crystallize.

Most supermarket honey is blended to create a consistent flavor, color, texture, and sweetness profile. That does not automatically make it bad. Blending can be useful. But it does mean the honey is designed to taste the same from bottle to bottle, season to season, year to year.

Single-varietal and raw honeys are often more interesting because they are less standardized. They may be lighter or darker, smoother or grainier, floral or earthy, delicate or bold. The sugar balance affects not only how the honey tastes and looks, but also how it behaves in cooking and baking.

Why Honey Resists Spoilage

Honey also contains organic acids and other minor compounds that affect its flavor, aroma, and stability. Honey is naturally acidic and has very low water activity, which makes it difficult for many microorganisms to grow.

That is one reason honey keeps so well when stored properly. It is also one reason honey has been studied for antimicrobial activity, especially in medical-grade honey products used in wound-care settings.

But pantry honey is food, not a medical product. It should be enjoyed as food and used in the kitchen, not treated as a substitute for medical care.

Occasionally, you may see honey with number ratings such as UMF, MGO, or NPA. These are most commonly associated with mānuka honey, and different systems measure different things. UMF is a quality and authenticity certification system for New Zealand mānuka honey. MGO refers to methylglyoxal content, one of the compounds associated with mānuka honey’s non-peroxide activity. These ratings are not universal honey grades and should not be applied casually to all honeys.

The Little Things That Make Honey Interesting

Honey contains small amounts of minerals, proteins, amino acids, enzymes, pollen, organic acids, and plant compounds. These minor components may sound tiny, but they help shape the final color, texture, aroma, and flavor of individual honey varieties.

Now we’re getting down to business.

Because this is where honey stops being just sweet and starts being something you can taste, compare, and obsess over.

Crystallization vs. the Squeezable Pooh

Many people who come into our shop in Seattle are curious about why some honeys are smooth and pourable, while others are thick, grainy, creamy, or spreadable.

The answer begins with crystallization.

The components of honey vary with the sources of nectar the bees collect, which in turn are affected by weather, location, season, plant life, and the beekeeper’s handling. Crystallization is a completely natural process that occurs when glucose separates from honey’s supersaturated sugar solution.

Honey is supersaturated because it contains a lot of sugar and relatively little water. Over time, glucose can lose water and form crystals. Those crystals then act as seeds for more crystals, and the result can be anything from a light cloudiness to a creamy spread to a firm, semi-solid jar of honey.

Other small particles, such as pollen, tiny wax particles, propolis, dust, or even small air bubbles, can also act as starting points for crystal formation. That is one reason raw and minimally filtered honeys often crystallize more readily than heavily filtered honeys.

So the tendency for honey to crystallize depends on the glucose content, moisture level, floral source, storage temperature, processing, and the many small substances naturally present in the honey.

Some honeys crystallize quickly. Others stay liquid for a very long time. Some years a honey may be more prone to crystallization than another year’s honey from the same beekeeper. That is not strange. That is honey being honey.

Is Crystallized Honey Good or Bad?

It is good. Or, more accurately, it is normal.

Liquid honey is easier to handle and package, and the squeezable bear has trained many of us to believe that clear, pourable honey is the natural state of fresh, high-quality honey.

But that is not always true.

Filtering and heat-treating can be used to slow crystallization, improve clarity, reduce yeast, and make honey easier to bottle. These are common parts of large-scale honey processing, especially for honey that needs to stay liquid and uniform on a grocery shelf.

There is nothing wrong with wanting pourable honey. But a honey that crystallizes is not spoiled, fake, old, or inferior. Many people prefer crystallized honey for its spreadable texture and eye appeal. It is wonderful on toast, biscuits, cornbread, yogurt, cheese, apples, and anything else that benefits from honey without the drip.

If you prefer liquid honey, you can gently liquefy crystallized honey by placing the jar in warm water and letting it soften slowly. Avoid high heat, which can dull flavor, change aroma, and affect some heat-sensitive qualities of raw honey. Honey may crystallize again later, and that is perfectly normal.

⮞ Read more: Why Is My Honey Crystallized?

A Side Note on Creamed Honey

Crystallized honey should not be confused with honey that has been intentionally creamed.

Creamed honey is not honey with cream added. It is honey that has been guided into a smooth, fine-crystal texture through controlled crystallization. The goal is to encourage very small crystals instead of large, grainy ones, creating a spreadable honey with a silky, creamy feel.

In other words, creamed honey is not a flaw and not a trick. It is texture management. Very delicious texture management.

When It Comes to Honey, It’s a Question of Color and Flavor

There's a wide range of colors and an almost infinite nuance of flavors in honeys produced from different floral nectars. There are more than 300 unique types of honey in the U.S. alone, and many more around the world, from clover and orange blossom to buckwheat, chestnut, heather, thyme, leatherwood, lavender, sunflower, and forest honeys.

The sugar balance of a honey has a major impact on texture. But the minerals, acids, aromatic compounds, pollen, phenolic compounds, and other minor components have a major effect on color and flavor.

Honey color can range from nearly clear to pale straw, gold, amber, reddish brown, dark brown, and almost black. Honey can also darken over time, especially if stored warm or exposed to light.

As a general rule, lighter honeys tend to have milder, more delicate flavors, while darker honeys are often more robust, aromatic, earthy, bitter, or complex. But there are always exceptions, because bees are not reading our tasting notes.

The range of flavor in monofloral honeys is remarkable. Acacia honey can be almost ethereally light. Sicilian citrus blossom honey may be mildly floral and pleasantly sweet. French lavender and rosemary honeys can be boldly floral and herbal. Sunflower honey can be assertive and bright. Leatherwood honey from Tasmania can be intensely aromatic and distinctive. Tree and forest honeys, such as chestnut, oak, pine, and other honeydew-style honeys, are often darker and more complex, with flavors that can lean toward caramel, molasses, resin, smoke, dried fruit, or even bitterness.

In many cases, they are an acquired taste.

Which, to my mind, makes them even more interesting.

So, Is Your Honey Real?

What’s all the fuss, you might ask? Why not just stick to the cheap little squeeze bear and be done with it?

The squeeze bear is fine if what you want is a honey that tastes more or less the same every time, and if all you are going to use it for is an occasional cup of tea or a simple marinade. In other words, if it is just the “sweet” aspect of honey that interests you, then by all means, stick with the squeeze bear.

But if you want honey that tastes like flowers, forests, fields, weather, region, and season, then there should be more to honey than just sweet.

Texture and color can tell you a lot about honey, but they cannot prove authenticity. Crystallized honey is not automatically “more real,” and clear liquid honey is not automatically fake. There is no simple home test that reliably proves whether honey has been adulterated with syrup or mislabeled.

That is why sourcing matters.

Look for honey with a clear origin, floral source, beekeeper, producer, importer, or retailer you trust. Look for honeys that tell you something. Taste widely. Notice texture. Notice aroma. Notice how the honey changes from one jar to the next.

The range of flavors and textures is astounding, and most importantly, it is easy to taste and enjoy.

Real honey should taste like more than sweet.

⮞ See our selection of raw honeys from around the world

⮞ Next article: Raw Honey Benefits, Uses, and What Honey Can Do in the Kitchen

Frequently Asked Questions

What is honey made of?

Honey is mostly fructose, glucose, and water, with smaller amounts of other sugars, organic acids, amino acids, proteins, minerals, enzymes, pollen, phenolic compounds, and other trace components.

Why does honey crystallize?

Honey crystallizes when glucose separates from the liquid portion of the honey and forms crystals. Glucose level, moisture, floral source, pollen, wax particles, tiny air bubbles, processing, and storage temperature can all affect crystallization.

Is crystallized honey fake?

No. Crystallized honey is not fake or spoiled. Crystallization is a natural process and many raw or minimally filtered honeys crystallize over time.

Is liquid honey better than crystallized honey?

No. Liquid and crystallized honey are simply different textures. Liquid honey is easier to pour, while crystallized honey is easier to spread. Which one is better depends on how you want to use it.

What is creamed honey?

Creamed honey is honey that has been guided through controlled crystallization to create a smooth, fine-crystal, spreadable texture. It does not contain cream.

How can I tell if honey is real?

There is no simple home test that reliably proves honey authenticity. The best practical steps are to buy from trusted producers and retailers, look for clear origin and floral-source information, and avoid anonymous honey that seems suspiciously cheap.

Why do different honeys taste different?

Honey flavor depends on floral source, region, season, climate, handling, and the honey’s natural balance of sugars, acids, minerals, pollen, aromatic compounds, and other trace components.

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