Heat-induced chemical transformation of sugar creating rich flavors and dark coloration.
Chemical reaction where sugars are heated to high temperatures (160-180°C), causing breakdown and polymerization into caramel compounds. Creates complex flavors and brown color.
Caramelization occurs when sugar reaches temperatures above its melting point, causing complex chemical reactions including dehydration, condensation, and polymerization. This produces hundreds of new flavor compounds and brown pigments called melanoidins. Unlike browning reactions involving proteins (Maillard reaction), pure caramelization involves only sugar chemistry. The longer sugar cooks, the more bitter and darker it becomes, progressing from light amber (soft-crack stage) to dark brown (hard-crack stage).
Develops complex flavors and appealing brown coloration while creating texture variations from liquid to brittle candy states.
Monitor temperature carefully as caramel transitions quickly from perfect to burnt. Use a candy thermometer for consistency. Add cream carefully as it may splatter on hot sugar.
Caramelization transforms sugar into complex-flavored compounds through precise heat application.
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