8 Facts About Honey

When archaeologists opened sealed vessels inside Tutankhamun's tomb in 1922, they found honey approximately 3,000 years old. It was still edible. This is not legend or approximation. It is one of the most striking demonstrations of honey's natural chemistry in recorded history.

Honey resists spoilage because of three simultaneous properties. It is naturally acidic, with a pH typically between 3.2 and 4.5. It contains very little moisture, usually under 20 percent water content. And it produces small amounts of hydrogen peroxide through the enzyme glucose oxidase. Together, these properties create an environment where bacteria and microorganisms simply cannot survive.

The practical implication for everyday storage is straightforward. Honey in a sealed jar at room temperature will not go off. Crystallisation may occur over time, but that is a natural physical process rather than spoilage. We return to this in Fact 8.

A worker bee lives for approximately six weeks during summer. In that time she will visit somewhere between 50,000 and 100,000 flowers and contribute roughly one twelfth of a teaspoon of honey to the hive. That is less than half a gram. From an entire lifetime of work.

Worker bees inside the hive. Each one will contribute less than half a gram of honey across her entire lifetime.

This context is part of what distinguishes artisanal honey from mass-produced blends. When you buy a raw, single-origin variety, the price reflects not just the beekeeper's labour but the accumulated effort of tens of thousands of bees across an entire season. That arithmetic looks entirely different once you understand it.

Honey is not simply sugar dissolved in water. Analysis has identified more than 180 distinct substances in raw honey, including enzymes, amino acids, B vitamins, several minerals, and a range of polyphenols and flavonoids that vary depending on which flowers the bees visited.

The enzyme invertase converts sucrose into fructose and glucose during production. Glucose oxidase produces hydrogen peroxide when honey is diluted, contributing to its antimicrobial properties. Diastase breaks down starch. These are not trace elements. They are functional compounds that do measurable things.

The specific composition of any jar of honey is a direct record of where the bees foraged. Our Acacia Honey, harvested from Robinia pseudoacacia trees in Transylvania, has a markedly different polyphenol profile from our Heather Honey from the Yorkshire Moors. Same species of bee. Completely different product.

Honey was used as a wound dressing in ancient Egypt, Greece, and Rome. This was not folk medicine based on hope. It worked, and modern research has confirmed exactly why.

Raw honey inhibits bacterial growth through several mechanisms simultaneously. Its high sugar concentration draws moisture out of bacterial cells through osmosis. Its low pH suppresses microbial activity. And its glucose oxidase enzyme produces hydrogen peroxide when diluted. Some varieties, notably Manuka, also contain methylglyoxal, a compound with particularly strong additional antimicrobial action.

Our Heather Honey from the Yorkshire Moors. Bold, aromatic, and harvested in August when the moorland is in full bloom.

This is one reason the distinction between raw and processed honey matters practically. Heavy heating during commercial processing reduces enzyme activity. A jar of raw honey and a jar of heavily processed supermarket honey may look similar, but they are not chemically equivalent.

Source: Molan PC. The antibacterial activity of honey. Bee World, 1992.

Pinocembrin is a flavonoid found in raw honey and propolis. Research has linked it to neuroprotective effects, including reduced inflammatory responses in brain tissue and potential cognitive benefits. This research is ongoing and focused on pinocembrin as an isolated compound rather than as a dietary intervention. It is important to be clear: eating honey is not a treatment for neurological conditions.

What the research does confirm is that raw honey contains biologically active compounds of genuine scientific interest, and that the flavonoid content of raw honey is measurably greater than that of processed honey.

Pinocembrin is also found in propolis, the resinous substance bees use to seal and sterilise the interior of their hives. This connection between honey's antimicrobial environment and its flavonoid content is not coincidental. The hive produces what the hive needs.

Source: Shi X et al. Pinocembrin protects blood-brain barrier integrity. Brain Research, 2011.

The flavour, colour, aroma, and texture of honey are entirely determined by the nectar the bees collected. This is not a subtle variation. The difference between a pale, almost-transparent Acacia honey and a deep, near-treacle Buckwheat honey is as marked as the difference between a Sauvignon Blanc and a Cabernet Sauvignon. Same process. Completely different result.

Our Transylvanian Acacia Honey. Pale gold, floral, and slow to crystallise. Harvested in late spring before the summer heat concentrates the nectar.

Acacia honey, produced from Robinia pseudoacacia blossoms, is light, floral, and slow to crystallise because of its high fructose content. Our Transylvanian Acacia is harvested in late spring, before the summer heat concentrates the nectar, which preserves the lighter floral notes that define the variety at its best.

Heather honey is a different animal entirely. It is thixotropic, meaning it sets firm in the jar but becomes liquid again when stirred. It is bold, slightly tannic, and deeply aromatic. Our Yorkshire Moors Heather is harvested in August when the moorland is in full bloom, producing a honey that is genuinely unlike anything available from commercial sources.

The first is 10 July: Don't Step on a Bee Day. It exists because bee populations globally have declined significantly over the past four decades. The causes are well-documented: habitat loss, pesticide use particularly neonicotinoids, the Varroa destructor mite, and the fragmentation of wildflower meadows that once provided continuous forage through the season.

The second is September, recognised internationally as National Honey Month. It originated in the United States but is now observed more broadly. September marks the end of the main harvesting season in the Northern Hemisphere, when beekeepers extract the summer's surplus and begin preparing colonies for winter.

Heather moorland in full August bloom. The landscape our bees forage from every summer to produce our Yorkshire Heather Honey.

The decline in bee populations is not a background concern for beekeeping enthusiasts. Approximately one third of global food production depends on pollinator activity. The stakes are agricultural, economic, and ecological simultaneously.

This is one of the most widespread misunderstandings about honey. When honey crystallises and turns from a clear liquid to an opaque, granular solid, many people assume it has gone off and discard it. This is a waste of good honey based on a misreading of what is actually happening.

Crystallisation is a natural physical process driven by the ratio of glucose to fructose in the honey. Glucose is less soluble than fructose, so it tends to come out of solution over time and form crystals. Honeys with a higher glucose content, such as Rapeseed and Sunflower, crystallise quickly and firmly. Honeys with higher fructose content, such as Acacia, remain liquid for much longer.

Raw honey straight from the comb. Crystallisation is not spoilage. It is raw honey doing exactly what raw honey does.

To return crystallised honey to a liquid state, place the jar in warm water below 40 degrees Celsius for 20 to 30 minutes. Above 40 degrees, heat begins to degrade the enzymes. The aim is to gently warm it, not cook it.

Our Soft Set Honey takes this further. By controlling the crystallisation process deliberately, we produce a honey with a smooth, spreadable texture that retains all the properties of raw honey while being easy to use every day.