Beeswax - Part Two - The Chemistry and Uses of Beeswax
(This is the second part of our Beeswax mini series contributed by Bernice. Part one is here.)
I joined the family bee business about 9 years ago, although I had been helping out for a long time before that. There are many aspects to the job and dealing with the surplus beeswax from the honey extracting is one of them. The filtering, cleaning and re-milling of the wax to go back into the hives I find enjoyable and very satisfying. The wax is a valuable part of the harvest for both beekeepers and the bees. We depend on the bees and they depend on the wax.
The primary chemical components of beeswax are esters, fatty acids, and hydrocarbons. Beeswax esters are unique to beeswax and give it its characteristic properties. They are formed through the reaction between the fatty acids secreted by the wax glands and long-chain alcohols produced by bees. This chemical composition is what sets beeswax apart from other waxes and results in several distinct properties, such as its malleability, water-repellent nature, and its ability to remain solid at a wide range of temperatures. This makes it ideal material for a huge range of applications.
















