Honey is made from a complex combination of sugars that have a moisture content of about 15%. As the moisture content decreases, crystals form. The structure of sugars in some honeys are hygroscopic, meaning they attract moisture, rather than allow it to evaporate. The more hygroscopic in nature a honey is, the lest likely, and longer it will take for it to crystallize.
Unpasteurized honey does.
All honey eventually will crystallize. It is a natural process of aging. However, if you would like to speed up the process to make creamed honey, there are a couple of methods you can use. The easiest is to just leave a container of uncovered honey in the refrigerator for several weeks. The more scientific method is called the Dyce Process (discovered in 1928 by Professor Elton J. Cyce, Cornell University). See related links for details about how to make your honey crystallize using a controlled method.
The freezing point of honey is 40-50 0C. But honey may crystallize and under this temperature depending on a specific composition, content of water, presence of centers for nucleation, etc.
Water and honey DO mix. Honey absorbs a certain amount of water. Water will dissolve honey.
Honey is comprised mainly of sugar and some sort of solvent. Sugar is a highly polar molecule. This means that when you look at honey on a molecular level, you see that there are certain parts of the sugar molecule that attracts another part of a different molecule (something like magnetic poles).
Unpasteurized honey does.
The sugar in honey will often crystallize on the sides of the jar.
Leave a good quality honey for a few months and it will crystallize and become chewy.
All honey eventually will crystallize. It is a natural process of aging. However, if you would like to speed up the process to make creamed honey, there are a couple of methods you can use. The easiest is to just leave a container of uncovered honey in the refrigerator for several weeks. The more scientific method is called the Dyce Process (discovered in 1928 by Professor Elton J. Cyce, Cornell University). See related links for details about how to make your honey crystallize using a controlled method.
You can, but you don't need to refrigerate honey. Refrigeration may make the honey crystallize sooner, but it will not harm the honey. Keep the honey in a sealed container to prevent evaporation in a frost-free refrigerator.
Eventually, all honey will crystallize. However, this does not harm the honey. Just heat it gently to turn it back into a liquid. Or, just eat the crystallized honey, it will not harm you.
The freezing point of honey is 40-50 0C. But honey may crystallize and under this temperature depending on a specific composition, content of water, presence of centers for nucleation, etc.
You can't actually "dry" honey. In time, it will crystallize, and heating it will cause it to return back to it's original liquid state. Honey is considered a perfect food. It does not spoil, and has antiseptic properties.
Modern Day Marketing Ploy: The company you bought the honey from wants to encourage you to throw it away after a certain date so that they can sell you some more! They're sneaky! However, pure honey, (not honey that has been thinned with some other liquid) does not go bad. Honey will crystallize after a year or so, and you simply put the honey into a microwave safe container and nuke it until it becomes liquid again. The same thing applies to real Maple syrup, too.
Honey made by bees that draw pollen from acacia flowers has a milder, more floral taste than regular (clover) honey. It is also much softer in consistency, with an almost glasslike appearance. Unlike clover honey, it does not crystallize.
you find it in honey trees, rarely though...
mostly simple sugars, predominately glucose. There are some enzymes and acids in there as well from the process bees use to actually make the honey. Interesting fact, honey is a supersaturated, which is shy it will crystallize if left siting for too long