Every candle we pour at Beeswax Bay Farm begins the same way — not in our workshop in Atherstone, Warwickshire, but in a field somewhere in Devon, with a bee landing on a wildflower.
That connection between the flower and the finished candle is one of the things we find most remarkable about what we do. It is worth understanding properly. So let us take you through the whole journey — from the field to the hive, from the hive to the wax, and from the wax to the flame.
Inside every honeybee colony, there are three types of bee: the queen, the drones, and the worker bees. The workers — all female — are responsible for almost everything that keeps the hive alive. Foraging, building, nursing, guarding, cleaning. They do it all.
A worker bee lives for approximately 35 days during the summer months. In that short life, she will fly the equivalent of one and a half times around the world, visiting up to 1,500 flowers on a single foraging trip. By the time she reaches the end of her life, her wings are literally worn through from the effort.
It is worker bees who produce beeswax. But not all of them, and not at all times. Beeswax production is age-dependent — a worker bee only produces wax during a specific window of her life, roughly between days 10 and 16. During this period, special wax-producing glands on the underside of her abdomen become active.
Here is the part that surprises most people: beeswax does not come from flowers. It does not come from pollen or propolis. It comes from honey.
When a worker bee consumes honey, her body converts the sugars into wax through a biological process that scientists still find extraordinary. The wax is secreted through tiny pores on her abdomen as microscopic flakes — each one thinner than a human hair, and initially as clear as glass.
To produce just one pound of beeswax, bees must consume approximately six to eight pounds of honey. That is an enormous amount of energy for what amounts to a tiny quantity of wax. It is one of the reasons why pure beeswax is never the cheapest option — and why any candle sold cheaply and labelled as beeswax deserves a closer look at the ingredients.
Once the wax flakes appear on the bee's abdomen, she uses her hind legs to transfer them to her mandibles — her mouthparts — where she chews and softens them with saliva. This process, called mastication, gives beeswax its characteristic flexibility and begins to introduce the golden colour that comes from the pollen and propolis present in the hive. The wax starts clear, becomes white after chewing, and gradually deepens to gold as it absorbs the richness of the hive environment.
The softened wax is applied to the hive structure to build honeycomb — the iconic hexagonal lattice that has fascinated mathematicians, engineers and naturalists for centuries.
The hexagon is not an accident. It is, quite literally, the most efficient shape in nature for the purpose. Hexagonal cells use the minimum possible amount of wax while creating the maximum possible storage space. They are strong enough to hold many times their own weight in honey, yet light enough that the overall comb does not become too heavy for the hive structure.
Bees build their comb without blueprints, rulers or any central instruction. Each bee contributes to the structure guided by instinct and chemical signals. The result — thousands of perfectly identical hexagonal cells, built simultaneously from multiple directions and meeting in the middle without a gap — is one of the most astonishing feats of collective intelligence in the natural world.
The honeycomb serves several purposes inside the hive. It stores honey and pollen as food for the colony. It provides cells in which the queen lays her eggs. And it forms the physical structure around which the entire life of the hive is organised.
The beeswax that comes out of a hive is not yet ready to pour into a candle. It needs to be cleaned — filtered to remove debris, bee parts, and impurities — and then melted down and purified.
At Beeswax Bay Farm, we source our wax from Devon already filtered and purified, but we take care to ensure that what we receive is genuinely 100% pure beeswax — not a blend, not a treated product, not something that has been chemically bleached to produce an artificially white colour.
Natural beeswax ranges in colour from pale yellow to deep amber, depending on the flowers the bees have been foraging and the age of the comb. The colour is a sign of authenticity. Brilliant white beeswax has usually been bleached — a process that strips the wax of some of its natural qualities and introduces chemicals we have no interest in burning in your home.
Our wax arrives golden. It leaves our workshop as a candle that carries the natural warmth and gentle honey scent of the Devon countryside. Nothing added. Nothing removed.
Understanding how beeswax is produced changes how you think about buying candles.
It takes an enormous amount of bee energy — and a significant quantity of honey — to produce even a small amount of wax. A single candle represents thousands of flower visits, hundreds of foraging flights, and the work of many bees across the most active days of their short lives.
That is not something to be produced cheaply or carelessly. It is something to be used well — poured into a candle that burns cleanly, lasts properly, and respects the effort that went into making it.
It is also why we do not blend our beeswax with paraffin, even though doing so would reduce our costs significantly. Blending would dilute the wax, reduce the burn quality, and compromise everything the bees worked to produce. We are not willing to do that.
If you would like to understand more about how the honey-making process works alongside wax production, have a read of our companion post How Do Bees Make Honey? — the two processes are deeply connected and equally fascinating.
You can also read about how we source our beeswax directly in our post The Journey from Hive to Home, which covers our relationship with our Devon supplier and how we choose the wax we pour.
Once the purified beeswax arrives at our smallholding, the process of making a candle is — compared to what the bees go through — relatively straightforward.
We melt the wax carefully at a controlled temperature. We prepare each mould or container with a natural cotton wick, centred and held in place. We pour the wax slowly, at the right temperature to ensure an even set. We allow it to cool gradually. And then we inspect each candle before it goes anywhere near a box.
That is it. No synthetic fragrance added. No artificial colourant. No paraffin to fill out the volume. Just pure beeswax, a cotton wick, and time.
The result is a candle that burns more slowly than a paraffin equivalent, produces no black soot, and fills a room with the faint, warm scent of honey — the same scent the bees worked so hard to create.
Now that you know what goes into a real beeswax candle, we hope you will appreciate yours a little differently when you light it.Browse our full range of handmade beeswax candles, or explore our Signature Collection for our most distinctive designs. If you are buying as a gift, our Candle Gift Sets are beautifully presented and ready to give.
And before you light your candle, please take a moment to read our Candle Care and Safety guide — a few simple habits will help your candle burn beautifully and safely for every hour of its life.