The overwhelming majority of candles sold in the United States are made from paraffin wax. Walk into any home goods store, browse any mass-market candle brand, and what you are almost certainly buying is a petroleum byproduct. Paraffin is inexpensive, easy to work with, and holds fragrance well, which explains its commercial dominance. It is also not something most people would choose to burn in their home if they understood what it actually is.
Beeswax candles predate the petroleum industry by several thousand years. They were prized by royalty, churches, and craftspeople throughout history for their clean burn, long life, and naturally pleasant scent. When petroleum became cheap and paraffin took over in the twentieth century, beeswax was gradually repositioned as a specialty product. That repositioning obscures what is really a straightforward comparison between a natural material and a petrochemical byproduct. Here is what you should understand about the difference.
What Is Paraffin?
Paraffin wax is produced as a residual byproduct of petroleum refining. When crude oil is processed to make gasoline and other fuel products, paraffin is one of the materials recovered along the way. In solid form it is not particularly hazardous, but its combustion chemistry is a different matter. When burned, paraffin releases compounds including toluene and benzene, both classified as known human carcinogens by the Environmental Protection Agency, along with other volatile compounds and particulates.
Research on indoor air quality has shown that paraffin candles produce measurable concentrations of these compounds in enclosed spaces, particularly in poorly ventilated rooms. The candle industry has contested aspects of this research, and the literature is not entirely uniform in its findings. But the underlying chemistry is not seriously disputed: burning petroleum-derived wax generates a more complex mixture of combustion byproducts than burning natural wax. For anyone burning candles regularly in bedrooms or small spaces, that distinction is worth thinking about carefully.
What Is Beeswax?
Beeswax is a natural substance produced by worker honey bees through specialized glands on their abdomens that secrete wax in thin scales. Bees use this wax to build the hexagonal comb cells where they store honey, pollen, and developing larvae. During a honey harvest, beekeepers remove the wax cappings from each comb cell before extracting the honey. That recovered wax, once cleaned and filtered, becomes the raw material for beeswax candles.
The conversion ratio is worth understanding: bees must consume approximately six to eight pounds of honey to produce one pound of usable wax. This biological cost is a significant reason why genuine beeswax commands a price premium over paraffin, and why candles marketed as beeswax at suspiciously low prices often contain only a small fraction of actual beeswax.
How Beeswax Burns Differently
The practical differences between beeswax and paraffin combustion are noticeable to anyone who takes the time to compare them directly.
Cleaner burn. Beeswax has a substantially higher melting point than paraffin and burns at a correspondingly higher temperature. This means it combusts more completely, producing less soot and fewer unburned particles. The flame tends to be brighter and more stable than a comparable paraffin flame.
Longer burn time. Because beeswax is denser and requires more energy to combust, beeswax candles of comparable size consistently outlast paraffin candles by a significant margin. The higher unit cost is partially offset by how much longer they last.
Natural scent. Pure beeswax retains trace amounts of honey and pollen from its origin in the hive, which gives it a subtle, naturally sweet, faintly floral scent during burning. It is understated rather than perfumed, and many people find it far more pleasant than the aggressive synthetic fragrances common in paraffin candles.
Surface bloom. A white, powdery coating that develops on the outside of a beeswax candle over time is not a defect. This is called "bloom," and it results from natural oils within the wax gradually migrating to the surface. It is actually considered a sign of authenticity and can be buffed off with a soft cloth if you prefer the original appearance. It does not affect how the candle burns.
The Soy Candle Option
Soy wax deserves a mention as a legitimate alternative to paraffin. It is derived from soybean oil, it is biodegradable, and it burns more cleanly than paraffin. It represents a meaningful step up from petroleum-derived wax.
That said, soy wax has its own considerations. Most commercially grown soy in the US is genetically modified, and large-scale soy agriculture carries a significant environmental footprint. Soy candles also lack the natural aromatic character of beeswax and typically require added synthetic or natural fragrances to produce any scent at all. They tend to be softer and have shorter burn times than beeswax.
The straightforward comparison: soy is better than paraffin, and beeswax is better than soy, particularly in terms of combustion quality, burn duration, and the naturalness of the source material. The tradeoff is price, since beeswax costs more to produce for the reasons described above.
Why Small-Batch Beeswax Candles Are Worth Paying For
When you buy a beeswax candle from a small apiaries, you are buying wax that originated in hives the candle maker directly manages. There is no complicated supply chain. The beekeeper harvested the honey, recovered the wax from the same frames, cleaned it, and poured it into the finished candle. The entire origin is traceable and verifiable.
That stands in sharp contrast to beeswax candles from large commercial brands. Industrial beeswax supply chains often involve wax from multiple international sources of variable quality, potential blending with other wax types, and minimal disclosure requirements about what percentage of the candle is actually beeswax. Current labeling rules permit a candle to be sold as a beeswax candle while containing only a minimal amount of actual beeswax, and that loophole is widely used.
When you buy directly from a beekeeper who produces candles from their own hive wax, you know exactly what you are getting.
Our Candles
At Thy Will Bee Done, we make our beeswax candles from wax recovered during honey harvests at our North Central Florida hives. When we extract honey, we collect the cappings wax from those frames, clean it thoroughly, and use it directly in our candle line. No dyes, no synthetic fragrances in our pure beeswax varieties, and no additional ingredients.
We also carry honey-scented soy candles for customers who prefer that option, and we think they are a solid choice for anyone who wants a stronger fragrance experience. But our beeswax candles are the ones that trace most directly back to our hives, and they are the ones we are most proud to offer.
If you have never burned a genuine beeswax candle, the comparison is worth experiencing firsthand. The flame behaves differently, the scent is different, and the overall quality of the burn is noticeably cleaner and quieter. Once you have made that comparison directly, paraffin becomes a difficult sell.
Thy Will Bee Done is a veteran-owned, family-run apiaries in High Springs, Florida. You can find our candles on our website, on Etsy, through Faire, and at farmers markets around Alachua County. We offer free local delivery within 25 miles of High Springs if you would rather not wait on a package. Follow us on Facebook and Instagram for updates on where we will be next.