Making Candles with Beeswax
D. Sammataro, 2002
Candles were once the only source of light in homes all over the world. The
basic components for candles are fuel, wicking and holder. Today, making candles
is not only fun, but can be an art form or used in places of worship.
Many types of waxes, fats, and oils were used as fuel for candles. These fuels
were collected from plants (bayberry wax), animal fats, insects (beeswax) and
whale oil. Today, petroleum in the form of paraffin is the main source of candle
wax. But while paraffin has its good qualities, beeswax has its own unique color
and scent that make it a popular source of candle-making today.
It has been used for thousands of years, first in the Old World, then as bees
were brought over with the early colonists, in the New World. Its value as a
candle fuel comes from the high melting point; beeswax candles will not bend
in hot weather. They also burn with a clear, smokeless light and give off that
wonderfully sweet odor while burning.
The methods most commonly used for making beeswax candles are to pour molten
wax into molds, to dip wicking into the melted wax or to roll a sheet of beeswax
foundation around a wick.
THE WICK
Ancient candles, called splinter candles, used straight-grained pine sticks
as wicks. Soon strings of linen or flax, then wool shearings were use in ancient
Greece and Rome. Egyptians dipped reeds in beeswax and Eskimos used animal tissues
for their stone blubber lamps.
Cotton was the next plant fiber to be used and was found to be superior for
it's long lasting burning. However, the first wicks remained upright when burned,
allowing a black mass or "cauliflower" to form which, unless trimmed off, dimmed
the light and emitted dark smoke. It wasn't until 1825 when a Frenchman discovered
that by braiding strands of cotton to make the wick, that it would bend over
when burning, thus coming into contact with the hot, outer part of the flame.
The "cauliflower" was then completely consumed, and did not need to be snuffed
or trimmed.
When selecting wicking, make sure you purchase wicks for beeswax candles, not
paraffin candles. Usually a square wick works best. In general, double the thickness
of wick used for paraffin candles, but experiment or buy your wicking from bee
supply stores. Make a test candle before preparing a larger batch. If your candles
smoke, drip or form cauliflowers, change the wick.
Wicks for dipped, poured or rolled candles must be pre-waxed. Make a loop in
the wicking and immerse it in 160 F (70C) beeswax until the air bubbles cease
to rise. Hang the wicks by the loop until dry.
THE WAX
Many people don't realize they can get beeswax from local beekeepers. Look for
beekeepers in your area, or from honey or bee supply shops.
If you are a beekeeper and want to sell wax, here is a simple guideline.
The best and lightest colored wax if from wax cappings, a by-product from honey
extraction. Take the drained cappings and soak them in rainwater overnight.
The next day, drain out the water, then place wet cappings in a stainless bucket
or other wax melting device. DO NOT use iron or aluminum, as this will darken
the wax. Heat over a double boiler, NOT on direct fire. Once the wax has melted,
pour the molten wax through a filter and set it to cool.
The lightest wax is from honey cappings, seen on this frames
of honey.
You can also melt the cappings in a solar wax melter. This is wooden box with a glass cover and a metal pan. Place the cleaned cappings in an old stocking or cheesecloth bag to filter out the impurities. If you melt comb in a wax melter, the wax may be darker. Collect the drippings in a loaf pan for easy cleaning and re-melting.
Solar wax melter with old frames.
A. Wax that is first melted or even cleaned, can be poured
into milk cartons for storage. Rip off the cardboard and you get a manageable-sized
block of wax (left).
A. Many kinds of molds from metal tapers to plastic 'bear'
molds. The variety is endless.
B. Pour over a tray filled with sand so the molds and stand upright and you
won't wreck a table top if the wax spills.
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