Thats not an entirely accurate statement
Tropical Blossom Honey Co. Inc.
More information on Honey Crystallization (Granulation)
Sooner or later anyone who deals with pure honey will encounter “granulation”, or “crystallization”, when the honey takes on a semi-solid state. One of the biggest misconceptions is that something is wrong with the honey, either it is not pure or it has spoiled.
Crystallization is a natural phenomenon that happens when glucose, one of the three main sugars is honey, spontaneously precipitates out of the honey and takes the form of a crystal.
Many factors influence the crystallization of honey. Some varieties of honey almost never crystallize, such as sage or tupelo, because of their low natural glucose content. Other honeys, such as alfalfa, cotton, mesquite and rapeseed, crystallize extremely quickly.
Controlling crystallization is accomplished mainly through proper storage, with emphasis on proper storage temperatures. Taking the honey through wide temperature fluctuations, such as from a cool storage room to a warm retail shelf, back to a cool store room, should be avoided.
Generally, temperatures from 45-60 degrees F. encourage crystallization. Storage temperatures from 70-80 degrees F. discourage crystallization.
It is important to remember, however, that honey does not spoil, as many foods do. It remains wholesome after decades. Crystallization is a natural physical change in the honey. It’s main fault if that honey loses consumer appeal.
Liquid honey that crystallizes can easily be reliquified following the tips noted above. The best practice, however, is to avoid crystallization by proper storage at even room temperatures.
More tips, recipes, research topics, and everything else you ever wanted to know about honey is available from the National Honey Board’s award-winning website.