I chose to work with beeswax because of its simplistic and natural purity. In 2007 I set out to make superlative beeswax candles because up until then I was wasting money on beeswax candles that were poor quality and didn't burn properly.
I had the fortunate opportunity to learn from a master chandler who, for 15 years, made it his mission to develop new beeswax candle making techniques and put to rest old myths of beeswax chandlery. Gone were the days of half burned, inferior-quality beeswax candles made with coarse natural fibre wicking that gave off a pungent scent when burning.
It all begins at the hive. I procure Canadian cappings wax from beekeepers who haven't scorched or overheated the wax when separating out the honey. Then, in order to maintain the integrity of the wax, I filter it down to one micron through a gentle and thorough cleaning process.
When making the candles, in order to keep alive it's full-bodied aroma, rich yellow colour and texture, the beeswax is heated carefully in small batches until melted. The filtered wax is then poured into the candle moulds to cool. Each candle is fitted with an appropriate sized 100% cotton wick.
As a former chef I've always been passionate about what I put on your plate - I want your approval so this demands my best offering. When you burn my beeswax candles, I'd like your personal time and space to be enhanced because of their superior quality.
Carol Kubassek, Master Chandler at Your Time Boutique
Why burn a beeswax candle?
It is common knowledge that candles can be made from a variety of waxes. Perhaps the most common are paraffin and vegetable based waxes. Beeswax is one of the purest and most natural waxes. It is one of the only waxes that is being used primarily in its raw form with only filtering for processing. Unlike other inferior waxes, beeswax is all natural. Beeswax candles are intrinsic to a healthy home and lifestyle. When burning, beeswax candles give off a warm golden glow.
Summer garden party - lantern lit with a beeswax tea-light.
A warm golden glow from a beeswax tea-light candle flame.
What are the benefits of beeswax candles over paraffin or gel candles?
Beeswax candles burn brighter, longer and cleaner then any other candles. Having their own natural honey aroma, they are the perfect alternative especially for people who have asthma, allergies or headaches made worse by paraffin or any artificially scented candles.
Paraffin is a petroleum by-product. There is a danger lurking behind this seemingly innocuous product. It is a known fact, and studies have shown that paraffin candles, especially scented ones, can release far more soot and toxic emissions into the air when burning compared to any other candle. Many people experience headaches and dizziness from burning paraffin candles not to mention potential damage to home interiors and contents from candle soot deposits on everything.
Beeswax candles are clearly superior to paraffin candles in numbers of negative ions produced. Plus, they don't produce any carcinogenic petrochemical pollutants.
Pure beeswax candles made from properly cleaned cappings wax, along with 100% cotton wicking, are the healthiest, most economical candles you can burn.
3 inch burning beeswax pillar candle
Twelve burning beeswax tea-lights
Is it true that beeswax candles purify the air when burning?
Burning beeswax candles emit a significant amount of negative ions. The negative ions produced by them circulate in the room, attracting and neutralizing pollutants, (positive ions). Negative ions are nature's air purifiers, cleaning the air of dust, mould, bacteria, viruses, and other pollutants.
All burning candles produce negative ions.
A Japanese laboratory tested the number of negative ions given off by beeswax candles versus "regular" paraffin candles. According to the lab measurements, paraffin candles produced an average of 72,972 negative ion particles per cc of air. Beeswax candles, on the other hand, emitted an average of 101,276 negative ion particles per cc of air. At their peak, the paraffin candles released 79,790 particles per cc, and beeswax produced 126,800 particles per cc.
*For the technically inclined: the test was performed using the KST-900 made by Kobe Electric Wave Company. The room air was 24.3 degrees Celsius, the room air moisture content was 41%, and the background negative ion count was 89 per cc. (Beeswax and Paraffin Candle Test - Japan)
So according to this study, burning beeswax candles release a much higher amount of negative ions than candles made from other waxes.
What we have found is that after burning several beeswax candles in the same room for a few hours the air has a charged feeling which can be likened to the atmosphere after a Spring rain; odours seem to dissipate and the air feels "cleaner".
Where do you source your beeswax from?
Our beeswax hails from small apiaries across Canada: Ontario, Quebec, Alberta, New Brunswick. We source our wax from beekeepers who employ more natural methods of beekeeping in order to keep their bees as healthy as possible. These beekeepers use little to no toxic chemicals in the hive, and they are careful not to scorch or overheat the wax when separating out the honey. Starting at the hive, careful handling of the wax throughout the entire creative process is paramount in yielding excellent quality candles.
Beehives and busy bees on a sunny day
Doug the beekeeper with a honey frame
Quality: are beeswax candles all the same?
The way beeswax is filtered is a critical step in producing top quality, clean burning candles. During the extraction of the honey, the beekeeper removes the "cappings" wax from the comb recovering as much honey as possible. We procure the cappings wax from the beekeeper and proceed to render it carefully. This entails removing any left over honey and hive debris. It is at this critical stage of the process that the quality of the cappings can be determined.
Some chandlers claim to triple filter their beeswax. They pour the melted wax through three layers of "cloth" or nylon pantyhose. Filtering the wax this way is highly ineffective as the pores in the fabrics are too large to filter out the microscopic suspended particles that would clog the 100% cotton wicking.
The most effective ways of filtering beeswax are by using an uncomplicated, gentle method of gravity and patience; then finally filtering the wax through 1 micron filters or through a pressurized 5 micron screen system.
The beeswax arrives in our shop in it’s raw form as cappings or, it comes as partially cleaned crude beeswax. We then proceed to purify it further through this gentle settling and one-micron filtration process. This process guarantees a high-quality raw material which we then use to make our candles.
Raw cappings wax from beehive with crystalized honey
Filtered beeswax ready for pouring into candle moulds
Why are your Beeswax Candles such a bright yellow colour?
Our candles are made from pure high quality carefully cleaned yellow cappings wax from bees. The colour of our candles is totally natural and usually a blend of two or more different colours of beeswax. The beeswax we use to make our candles is sourced from different regions in Canada. The colour of the wax will even vary from field to field. We love to blend the different colours of beeswax to create a luscious yellow colour for our candles.
Some of our beeswax hails from Quebec and New Brunswick hives situated near blueberry fields; our Ontario wax, may come from hives situated near goldenrod, wildflower and dandelion meadows. Our Alberta beeswax is a blend from hives near alfalfa and clover fields. The blueberry and goldenrod fields yield a rich deep orangey yellow coloured beeswax, and the clover, a soft, buttery yellow. By combining the different colours we get a vibrant, juicy yellow shade.
That said, the region or location the beeswax came from is not necessarily what will determine the quality or colour of the candles. To help you understand our process better, read on.
Inside the hive the bees use the comb to store honey and raise their brood. Once the comb is filled with honey, the bees seal the honey with a thin layer of wax known as the "cappings". Because of this activity there are different grades and colours of beeswax available: cappings, old honeycomb and brood comb wax.
2.5 inch Pure Beeswax Pillar Candle
Pure Beeswax Taper Candles
Honeycomb and brood comb are usually a dark brown or green-brown colour. (These kinds of wax are not suitable for our candles.)
When the bees first secrete the wax from glands on their abdomen the wax is white. It is this thin layer of "cappings" wax we cherish to make our candles.
How the cappings wax is cleaned and filtered, from start to finish, makes all the difference in colour and aroma of the end product. If heated too high and also if heated for extended periods of time, the honey in the wax will darken and the dirt will bond to the wax. The resulting scorched wax will be poor quality and cannot be used to produce quality candles.
By carefully cleaning the wax at low temperatures we preserve the full bodied aroma and the integrity of the beeswax; also preserved is the natural yellow colour and texture of the wax.
When we make our candles we work in small batches. This way we are only heating the beeswax for a minimal amount of time.
Not all beeswax chandlers make their candles using quality cappings wax. To make the expensive cappings wax "go further" some will actually combine the lower grade wax like old honeycomb and brood comb, to make their candles. That explains why beeswax candles vary so much in colour. As for those ‘tan coloured’ and ‘brown’ beeswax candles, well, quite simply, those are just made from scorched and overheated beeswax; this includes those extra dark brown beeswax candles which are masqueraded as being made from "buckwheat" beeswax or beeswax coming from "exotic" nectars - this dark brown wax is extra scorched beeswax.
Once upon a time in our candle lab, we had a small amount of wax overheat. The the wax turned from bright yellow to a dull brown. One day we purchased some candles made by another candle manufacturer and only when we compared the colours did we discover those candles were the same hue as our scorched beeswax.
Scorched beeswax vs bright yellow beeswax
What makes a successful burning beeswax candle?
Not only the type and quality of wax, but also the type and size of the wicking used, and, how the candle is cared for while it’s burning, will determine how successful a candle will burn.
When a candle burns it is vaporized wax that is actually burning. The solid wax first has to be melted by the heat of the flame and through the capillarity action of the wicking, be drawn up to the combustion zone where the wax is vaporized and then burned.
Presuming a candle is made with clean cappings wax, along with a properly matched, 100% pure cotton wicking, the wax will be consumed efficiently. As long as there is no draft in the room while the candle burns, the candle won't require a lot of maintenance, rather, it will produce a bright, clear, steady flame and beautiful illumination.
Given the fact that our beeswax candles are made with wax that is filtered down to one micron, we are able to use 100% cotton wicks exclusively in all styles of our candles. Cotton wicking isn’t tolerant of dirt in the wax. By cleaning the wax as well as we do it lends to a superior burning candle. Our candles have been tested extensively making sure we’ve married the perfect wick to each different candle size.
There are chandlers who use lower grades of beeswax to make their candles. This wax isn’t filtered adequately in order for the candle to burn successfully with a cotton wick. Normally, a jute, hemp, or hand-rolled coarse "natural fibre" wicking will be used as this type of wick compensates for the poor quality wax and is more tolerant of dirt in the wax. Moreover, not only are these types of twine wicking decidedly irregular, they also contain oils within the fibers which, when burning, produce somewhat of a pungent odour, and unlike the 100% cotton wicking, the liquid wax around this wicking will darken as the candle burns. Due to the unevenness in the weave of these natural fibre wicks, at times the candle flame will reach a spot where the wick is clogged and refuses to burn any further. Undeniably, these kinds of candles are not the most successful burning candles.
Recycled wine barrel stave with beeswax tea-light candles
How does a candle flame work?
The English scientist Michael Faraday once said, "All the natural forces encountered in space can be found in the chemical history of a candle".
William Shakespeare in his play, "The Merchant of Venice", wrote, "That light we see is burning in my hall. How far that little candle throws his beams! So shines a good deed in a naughty world."
Definitely intriguing, here, we examine the (beeswax) candle flame in a scientific way.
Zone 1 (Non-Luminous Zone, approx. 600°C) When we light the wick of a candle, fuel on the wick evaporates. There is insufficient oxygen for the fuel to burn.
Zone 2 (Blue Zone, approx. 800°C) There is a surplus of oxygen and the flame burns clean and blue. The heat from this zone melts the nearby wax to allow for wicking. The liquid wax then rises up along the wick by means of the capillary action.
Zone 3 (Dark Zone, approx. 1,000°C) As the liquid wax rises, it is exposed to higher temperatures causing it to vaporize when it reaches the end of the wick. Due to the shortage of oxygen, pyrolysis (cracking) of the fuel begins, creating minute carbon particles.
Zone 4 (Luminous Zone, approx. 1,200°C) As the carbon particles rise through the flame the heat increases causing the carbon to emit light and burn. When they reach this bright yellow area there is still insufficient oxygen for complete burning so pyrolysis continues and larger carbon particles are produced.
Zone 5 (Veil, approx. 1,400°C) There is oxygen surplus in this non-luminous zone and when the burning carbon particles reach the edge of the flame the available oxygen causes the heat to increase, allowing the carbon particles to burn faster and more completely at the boundary between Zone 4 and Zone 5. The square braid wicking we use in our candles, is designed to curl which broadens the flame and exposes the tip of the wicking to this hottest part of the flame. This allows the wicking to burn away cleanly.
The convection current created by the rising of the hot fuel draws more oxygen into the flame. If a draft lowers the temperature, the flame will be affected. The resulting flame, not allowing the carbon particles to be burned away cleanly, will produce soot particles which end up being collected on the tip of the wicking and/or distributed into the air.